Clevo M740J, M740JU, M760J, M760JU Service Manual

Notebook Computer M740J/M740JU/M760J/M760JU

Service Manual

Preface

I

Preface

Notice

The company reserves the right to revise this publication or to change its contents without notice. Information contained herein is for reference only and does not constitute a commitment on the part of the manufacturer or any subsequent vendor. They assume no responsibility or liability for any errors or inaccuracies that may appear in this publication nor are they in anyway responsible for any loss or damage resulting from the use (or misuse) of this publication.

This publication and any accompanying software may not, in whole or in part, be reproduced, translated, transmitted or reduced to any machine readable form without prior consent from the vendor, manufacturer or creators of this publication, except for copies kept by the user for backup purposes.

Brand and product names mentioned in this publication may or may not be copyrights and/or registered trademarks of their respective companies. They are mentioned for identification purposes only and are not intended as an endorsement of that product or its manufacturer.

Version 1.0 June 2008

Trademarks

AMD Athlon™, AMD Sempron™ and AMD Turion™ are trademarks of Advanced Micro Devices, Inc.

Windows® is a registered trademark of Microsoft Corporation.

Other brand and product names are trademarks and./or registered trademarks of their respective companies.

II

About this Manual

This manual is intended for service personnel who have completed sufficient training to undertake the maintenance and inspection of personal computers.

It is organized to allow you to look up basic information for servicing and/or upgrading components of the M740J/ M740JU/M760J/M760JU series notebook PC.

The following information is included:

Chapter 1, Introduction, provides general information about the location of system elements and their specifications. Chapter 2, Disassembly, provides step-by-step instructions for disassembling parts and subsystems and how to upgrade elements of the system.

Preface

Appendix A, Part Lists Appendix B, Schematic Diagrams

Preface

III

Preface

IMPORTANT SAFETY INSTRUCTIONS

Follow basic safety precautions, including those listed below, to reduce the risk of fire, electric shock and injury to persons when using any electrical equipment:

1. Do not use this product near water, for example near a bath tub, wash bowl, kitchen sink or laundry tub, in a wet basement or near a swimming pool.

2. Avoid using a telephone (other than a cordless type) durin g an ele ctrical sto rm. There may be a remote risk of electrical shock from lightning.

3. Do not use the telephone to report a gas leak in the vicinity of the leak.

4. Use only the power cord and batteries indicated in this manual. Do not dispose of batteries in a fire. They may explode. Check with local codes for possible special disposal instructions.

5. This product is intended to be supplied by a Listed Power Unit with an AC Input of 100 - 240V, 50 - 60Hz, DC Output of 19V, 3.42A (65 Watts) minimum AC/DC Adapter for M740J/M760J computers, OR 19V, 4.74A (90 Watts) minimum AC/DC Adapter for M740JU/M760JU computers.

CAUTION

Preface

IV

Always disconnect all telephone lines from the wall outlet before servicing or disassembling this equipment.

TO REDUCE THE RISK OF FIRE, USE ONLY NO. 26 AWG OR LARGER,

TELECOMMUNICATION LINE CORD

This Computer’s Optical Device is a Laser Class 1 Product

Instructions for Care and Operation

The notebook computer is quite rugged, but it can be damaged. To prevent this, follow these suggestions:

1. Don’t drop it, or expose it to shock. If the computer falls, the case and the components could be damaged.

Preface

Do not expose the computer to any shock or vibration.

Do not place it on an unstable surface.

Do not place anything heavy on the computer.

2. Keep it dry, and don’t overheat it. Keep the computer and power supply away from any kind of heating element. This is an electrical appliance. If water or any other liquid gets into it, the co mputer could be badly damaged.

Do not expose it to excessive heat or direct sunlight.

Do not leave it in a place where foreign matter or moisture may affect the system.

Don’t use or store the computer in a humid environment.

Do not place the computer on any surface which will block the vents.

3. Follow the proper working procedures for the computer. Shut the computer down properly and don’t forget to save your work. Remember to periodically save your data as data may be lost if the battery is depleted.

Do not turn off the power until you properly shut down all programs.

Do not turn off any peripheral devices when the computer is on.

Do not disassemble the computer by yourself.

Perform routine maintenance on your computer.

Preface

V

Preface

4. Avoid interference. Keep the computer away from high capacity transformers, electric motors, and oth er strong mag- netic fields. These can hinder proper performance and damage your data.

5. Take care when using peripheral devices.

Preface



Power Safety

Warning

Before you undertake any upgrade procedures, make sure that you have turned off the power, and disconnected all peripherals and cables (including telephone lines). It is advisable to also remove your battery in order to prevent accidentally turning the machine on.

Use only approved brands of peripherals.

Unplug the power cord befor e attaching peripheral devices.

Power Safety

The computer has specific power requirements:

• Only use a power adapter approved for use with this computer.

• Your AC adapter may be designed for international travel but it still requ ires a steady, uninterru pted power supp ly. If you are unsure of your local power specifications, consult your service representative or local power company.

• The power adapter may have either a 2-prong or a 3-prong grounded plug. The third prong is an important safety feature; do not defeat its purpose. If you do not have access to a compatible outlet, have a qualified electrician install one.

• When you want to unplug the power cord, be sure to disconn ect it by the plug head, not by its wire.

• Make sure the socket and any extension cord(s) you use can support the total current load of all the connected devices.

• Before cleaning the computer, make sure it is disconnected from any external power supplies.

Do not plug in the power cord if you are wet.

Do not use the power cord if it is broken.

Do not place heavy objects on the power cord.

VI

Battery Precautions

• Only use batteries designed for this computer. The wrong battery type may explode, leak or damage the computer.

• Do not remove any batteries from the computer while it is powered on.

• Do not continue to use a battery that has been dropped, or that appears damaged (e.g. bent or twisted) in any way. Even if the computer continues to work with a damaged battery in place, it may cause circuit damage, which may possibly result in fire.

• Recharge the batteries using the notebook’s system. Incorrect recharging may make the battery explode.

• Do not try to repair a battery pack. Refer any battery pack repair or replacement to your service representative or qualified service personnel.

• Keep children away from, and promptly dispose of a damaged battery. Always dispose of batteries carefully. Batteries may explode or leak if exposed to fire, or improperly handled or discarded.

• Keep the battery away from metal appliances.

• Affix tape to the battery contacts before disposing of the battery.

• Do not touch the battery contacts with your hands or metal objects.



Battery Disposal

The product that you have purchased contains a rechargeable b attery. The battery is recycl able. At the end of its useful life, under various state and local laws, it may be illegal to dispose of this battery into the municipal waste stream. Check with your local solid waste officials for details i n your area for recycling options or p roper disposal.

Preface

Caution

Danger of explosion if battery is incorrectly replaced. Replace only with the same or equivalent type recommended by the manufacturer. Discard used battery according to the manufacturer’s instructions.

VII

Preface

Chapter 1: Introduction

Overview

This manual covers the information you need to service or upgrade the M740J/M740JU/M760J/M760JU series notebook computer. Information about operating the computer (e.g. getting started, and the Setup utility) is in the User’s Manual. Information about drivers (e.g. VGA & audio) is also found in User’s Manual. That manual is shipped with the computer.

Operating systems (e.g. Windows XP, Windows Vista, etc.) have their own manuals as do application software (e.g. word processing and database programs). If you have questions about those programs, you should consult those manuals.

The M740J/M740JU/M760J/M760JU series notebook is designed to be upgradeable. See “Disassembly” on page 2 - 1 for a detailed description of the upgrade procedures for each specific component. Please note the warning and safety information indicated by the “” symbol.

The balance of this chapter reviews the computer’s technical specifications and features.

Introduction

1.Introduction

Overview 1 - 1

Introduction

System Specifications

Feature Specification

1.Introduction

Processor AMD Turion™ X2 Ultra Dual Core Processor

(638-pin) Micro-PGA Package, Socket S1G2

ZM80/ ZM82/ ZM83/ ZM86

AMD Turion™X2 Dual Core Processor (638-pin) Micro-PGA Package, Socket S1G2

RM70/ RM72/ RM74

AMD Turion™X2 Dual Core Processor (638-pin) Micro-PGA Package, Socket S1G2

QL60/ QL62/ QL64

AMD Sempron™ Processor (638-pin) Micro-PGA Package, Socket S1G2

SI40/ SI42/ SI44

Core Logic ATI® RS780MN + SB700 LCD M740J/M740JU:

14.1" WXGA (1280*800)/ WXGA+ (1440*900) TFT LCD

Memory 64-bit Wide DDRII (DDR2) Data Channel

Two 200 Pin SO-DIMM Sockets Supporting DDRII (DDR2) 667MHz/ 800MHz Memory Expandable up to 4GB (1024MB/ 2048MB DDRII Modules)

Video Adapter M740J/M760J:

ATI® RS780M Integrated Video

High Preference 2D/3D Graphic Accelerator Shared Memory Architecture of up to 256MB Supports DirectX®10

65nm (65 Nanometer) Process Technology 2MB L2 Cache & 800MHz FSB, TDP: 35W

2.1/ 2.2/ 2.3/ 2.4 GHz 65nm (65 Nanometer) Process Technology

1MB L2 Cache & 800MHz FSB, TDP: 35W

2.0/ 2.1/ 2.2 GHz 65nm (65 Nanometer) Process Technology

1MB L2 Cache & 667MHz FSB, TDP: 35W

1.9/ 2.0/ 2.1 GHz 65nm (65 Nanometer) Process Technology

512KB L2 Cache & 667MHz FSB, TDP: 25W

2.0/ 2.1/ 2.2 GHz

M760J/M760JU:

15.4" WXGA (1280*800)/ WXGA+ (1440*900)/ WSXGA+ (1680*1050) TFT LCD

M740JU/M760JU:

A TI Mobility Radeon HD 3470 Hybird X2 Discrete Video On-Board

256MB of GDDR2 Video Memory On-Board

Integrated HDMI & Unified Video Controller Supports Cross Fire (In Windows Vista only) Supports DirectX® 10

Security Security (Kensington® Type) Lock Slot

BIOS One 8Mb SPI Flash ROM Phoenix™ BIOS

1 - 2 System Specifications

BIOS Password

Fingerprint ID Reader Module (Factory Option)

Feature Specification

Introduction

Storage

Audio High Definition Audio

Keyboard & Pointing Device

Interface Three USB 2.0 Ports

Card Reader Embedded 7-in-1 Card Reader (MS/ MS Pro/ SD/ Mini SD/ MMC/ RS MMC/ MS Duo) Note: MS Duo/ Mini SD/ RS

ExpressCard Slot One ExpressCard/34(54) Slot Mini-Card Slots

Communication 56K Fax Modem



UMTS Modes

Note that UMTS modes CAN NOT be used in North America.

One Changeable 12.7mm(h) Changeable 2.5" 9.5 mm (h)

3D Enhanced Sound System Sound-Blaster PRO™ Compatible

Winkey Keyboard Built-In TouchPad with Scrolling Function

One External Monitor Port One HDMI-Out Port (High-Definition Multimedia Interface) One Headphone-Out Jack One Microphone-In Jack One S/PDIF-Out Jack

MMC Cards require a PC adapter

One Mini-Card Slot for One Mini-Card Slot for

Built-in 10/100/1000Mb Base-TX Ethernet LAN

802.11b/g Wireless LAN Mini-Card Module Bluetooth 2.0 + EDR (Enhanced Data Rate) Module (Factory Option)

1.3M or 2.0M Pixel PC Camera Module with USB Interface (Factory Option)

3.5G Module:

UMTS/HSPDA-based 3.5G Mini-Card Module with USB Interface (Factory Option)

Quad-band GSM/GPRS (850 MHz, 900 MHz, 1800 MHz, 1900 MHz) UMTS WCDMA FDD (2100 MHz)

PATA

Optical Device (CD/DVD) Type Drive (see

SA TA

(Serial) HDD

Wireless LAN Module

3.5G Module

with USB/PCIe Interface (Option

“Optional” on page 1 - 4

S/PDIF Digital Output 2 * Built-In Speakers Built-In Microphone

One eSATA Port (supported in

AHCI mode supports hot swapping IDE mode does not support hot swapping

One RJ-1 1 Modem Jack One RJ-45 LAN Jack One DC-In Jack

)

Windows Vista

) Easy

only):

1.Introduction

Power Management

Supports ACPI v2.0 Supports Wake on LAN

System Specifications 1 - 3

Introduction

Feature Specification

1.Introduction

Power M740J/M760J:

Full Range AC/DC Adapter AC input 100 - 240V, 50 60Hz, DC Output 19V, 3.42A or 18.5V, 3.5A (65 Watts)

Battery 6 Cell Smart Lithium-Ion Battery Pack, 4000mAH OR 4400mAH Environmental

Spec

Dimensions & Weight

Optional P ATA Optical Drive Module Options:

Temperature

Operating: 5 Non-Operating: -20°C - 60°C

M740J/M740JU:

336mm (w) * 250mm (d) * 24.8-35.7mm (h) Around 2.3 kg With 6 Cell Battery

DVD/CD-RW Combo Device Module Super Multi Device Module

802.11b/g Wireless LAN Mini-Card Module Interface

1.3M or 2.0M Pixel PC Camera Module with USB Interface (Factory Option)

Fingerprint ID Reader Module (Factory Option) Bluetooth 2.0 + EDR (Enhanced Data Rate) Module

(Factory Option)

°C - 35°C

with USB/PCIe

M740JU/M760JU:

Full Range AC/DC Adapter AC input 100 - 240V, 50 60Hz, DC Output 19V, 4.74A (90 Watts)

Relative Humidity

M760J/M760JU:

359mm (w) * 268mm (d) * 24.8-37mm (h)

2.6 kg With 6 Cell Battery UMTS/HSPDA-based 3.5G Mini-Card Module with USB

Interface (Factory Option)

Operating: 20% - 80% Non-Operating: 10% - 90%

Quad-band GSM/GPRS (850 MHz, 900 MHz, 1800 MHz, 1900 MHz) UMTS WCDMA FDD (2100 MHz)



UMTS Modes

Note that UMTS modes CAN NOT be used in

North America.

1 - 4 System Specifications

Introduction

External Locator - Top View with LCD Panel Open

1

2

33

4

5

6

7

8

5

8

Figure 1

Top View

1

2

33

4

6

7

1. Optional Built-In PC Camera

2. LCD

3. Speakers

4. Power Button

5. Hot Key Buttons

6. Keyboard

7. Built-In Microphone

8. Touchpad & Buttons

9. Fingerprint Module (Optional)

10.LED Indicators

1.Introduction

10

9

10

M740J/M740JU M760J/M760JU

10

9

10

External Locator - Top View with LCD Panel Open 1 - 5

Introduction

Figure 2

Front Views

1. LED Indicators

Figure 3

1.Introduction

Right Side Views

1. S/PDIF-Out Jack

2. Microphone-In Jack

3. Headphone-Out Jack

4. USB 2.0 Port

5. Optical Device Drive Bay

6. RJ-11 Phone Jack

7. Security Lock Slot

External Locator - Front & Right side Views

1

15243

6

7

1 - 6 External Locator - Front & Right side Views

External Locator - Left Side & Rear View

1

2

3

4

5

7

6

Introduction

Figure 4

Left Side View

1. DC-In Jack

2. External Monitor Port

3. RJ-45 LAN Jack

4. e-SATA Port

7

8

9

5. HDMI-Out Port

6. Vent

7. 2 * USB 2.0 Ports

8. ExpressCard Slot

9. 7-in-1 Card Reader

1.Introduction

Figure 5

Rear View

1

1. Battery

External Locator - Left Side & Rear View 1 - 7

Introduction

Figure 6

Bottom View

1. Battery

2. Bluetooth Module Cover

3. RAM & CPU Bay Cover

4. Vent

5. Hard Disk Bay Cover

6. 3.5G USIM Card Cover

1.Introduction

External Locator - Bottom View

1

2

4

5

M740J/M740JU M760J/M760JU

6

4

3

1

2

4

3

5

6

4



Overheating

To prevent your computer from overheating make sure nothing blocks the vent/fan intakes while the computer is in use.

1 - 8 External Locator - Bottom View

Introduction

Mainboard Overview - Top (M74J/M76J-Key Parts)

1

2

Figure 7

Mainboard Top

Key Parts

1. LG-2402P-1

2. RTL81 11C

3. ExpressCard Connector

4. ITE IT8512E

1.Introduction

3

4

Mainboard Overview - Top (M74J/M76J-Key Parts) 1 - 9

Introduction

Figure 8

Mainboard Bottom

Key Parts

1. Mini-Card Connector (WLAN Module)

2. CPU Socket (no CPU installed)

3. Memory Slots DDR2 SO-DIMM

4. ALC662

5. South Bridge

6. ICS

7. North Bridge

1.Introduction

Mainboard Overview - Bottom (M74J/M76J-Key Parts)

1

2

7

6

3

4

1 - 10 Mainboard Overview - Bottom (M74J/M76J-Key Parts)

5

Introduction

Mainboard Overview - Bottom (M74JU/M76JU-Key Parts)

1

2

7

6

8

Figure 9

Mainboard Bottom

Key Parts

1. Mini-Card Connector (WLAN Module)

2. CPU Socket (no CPU installed)

3. Memory Slots DDR2 SO-DIMM

4. ALC662

5. South Bridge

6. ICS

7. North Bridge

8. ATI -VGA on Board

1.Introduction

3

5

4

Mainboard Overview - Bottom (M74JU/M76JU-Key Parts) 1 - 11

Introduction

Figure 10

Mainboard Top

Connectors

1. LCD Cable Connector

2. Speaker Cable Connector

3. Inverter Cable Connector

4. Fingerprint Cable Connector

5. TouchPad Cable Connector

6. Microphone Cable Connector

7. Keyboard Cable Connector

1.Introduction

8. Power board Connector

9. Audio Board Connector

Mainboard Overview - Top (Connectors)

1

2

3

4

5

8

7

6

1 - 12 Mainboard Overview - Top (Connectors)

9

Introduction

Mainboard Overview - Bottom (Connectors)

1

2

3

4

Figure 11

Mainboard Bottom

Connectors

1. Battery Connector

2. BT Cable Connector

3. Multi Board (Modem) Connector

4. CD-ROM Connector

5. HDD Connector

6. CMOS Bat. Connector

7. Debug Cable Connector

8. CPU Fan Cable Connector

1.Introduction

7 6

5

8

Mainboard Overview - Bottom (Connectors) 1 - 13

Chapter 2: Disassembly

Overview

This chapter provides step-by-step instructions for disassembling the M740J/M740JU/M760J/M760JU series notebook’s parts and subsystems. When it comes to reassembly, reverse the procedures (unless otherwise indicated).

We suggest you completely review any procedure before you take the computer apart.

Disassembly

Procedures such as upgrading/replacing the RAM, optical device and hard disk are included in the User’s Manual but are repeated here for your convenience.

To make the disassembly process easier each section may have a box in the page margin. Information contained under the figure # will give a synopsis of the sequence of procedures involved in the disassembly procedure. A box with a  lists the relevant parts you will have after the disassembly process is complete. Note: The parts listed will be for the disassembly procedure listed ONLY, and not any previous disassembly step(s) required. Refer to the part list for the previous disassembly procedure. The amount of screws you should be left with will be listed here also.

A box with a  will also provide any possible helpful information. A box with a  contains warnings.

An example of these types of boxes are shown in the sidebar.

2.Disassembly



Information



Warning

Overview 2 - 1

Disassembly

2.Disassembly

NOTE: All disassembly procedures assume that the system is turned OFF, and disconnected from any power supply (the battery is removed too).

Maintenance Tools

The following tools are recommended when working on the notebook PC:

• M3 Philips-head screwdriver

• M2.5 Philips-head screwdriver (magnetized)

• M2 Philips-head screwdriver

• Small flat-head screwdriver

• Pair of needle-nose pliers

• Anti-static wrist-strap

Connections

Connections within the computer are one of four types:

Locking collar sockets for ribbon connectors To release these connectors, use a small flat-head screwdriver to

gently pry the locking collar away from its base. When replacing the connection, make sure the connector is oriented in the same way. The pin1 side is usually not indicated.

2 - 2 Overview

Pressure sockets for multi-wire connectors To release this connector type, grasp it at its head and gently

rock it from side to side as you pull it out. Do not pull on the wires themselves. When replacing the connection, do not try to force it. The socket only fits one way.

Pressure sockets for ribbon connectors To release these connectors, use a small pair of needle-nose pli-

ers to gently lift the connector away from its socket. When replacing the connection, make sure the connector is oriented in the same way. The pin1 side is usually not indicated.

Board-to-board or multi-pin sockets To separate the boards, gently rock them from side to side as

you pull them apart. If the connection is very tight, use a small flat-head screwdriver - use just enough force to start.

Maintenance Precautions

The following precautions are a reminder. To avoid personal injury or damage to the computer while performing a removal and/or replacement job, take the following precautions:

1. Don't drop it. Perform your repairs and/or upgrades on a stable surface. If the computer falls, the case and other components could be damaged.

2. Don't overheat it. Note the proximity of any heating elements. Keep the computer out of direct sunlight.

3. Avoid interference. Note the proximity of any high capacity transformers, electric motors, and other strong mag- netic fields. These can hinder proper performance and damage components and/or data. You should also monitor the position of magnetized tools (i.e. screwdrivers).

4. Keep it dry. This is an electrical appliance. If water or any other liquid gets into it, the computer could be badly damaged.

5. Be careful with power. Avoid accidental shocks, discharges or explosions.

•Before removing or servicing any part from the computer, turn the computer off and detach any power supplies.

•When you want to unplug the power cord or any cable/wire, be sure to disconnect it by the plug head. Do not pu ll on the wir e.

6. Peripherals – Turn off and detach any peripherals.

7. Beware of static discharge. ICs, such as the CPU and main support chips, are vulnerable to static electricity. Before handling any part in the computer, discharge any static electricity inside the computer. When handling a printed circuit board, do not use gloves or other materials which allow static electricity buildup. We suggest that you use an anti-static wrist strap instead.

8. Beware of corrosion. As you perform your job, avoid touching any connector leads. Even the cleanest hands produce oils which can attract corrosive elements.

9. Keep your work environment clean. Tobacco smoke, dust or other air-born particulate matter is often attracted to charged surfaces, reducing performance.

10. Keep track of the component s. When re moving or replacing any p art, be careful not to le ave small part s, such as screws, loose inside the computer.

Disassembly



Power Safety

Warning

Before you undertake any upgrade procedures, make sure that you have turned off the power, and disconnected all peripherals and cables (including telephone lines). It is advisable to also remove your battery in order to prevent accidentally turning the machine on.

2.Disassembly

Cleaning

Do not apply cleaner directly to the computer, use a soft clean cloth. Do not use volatile (petroleum distillates) or abrasive cleaners on any part of the computer.

Overview 2 - 3

Disassembly

Disassembly Steps

The following table lists the disassembly steps, and on which page to find the related information. PLEASE PERFORM THE DISASSEMBLY STEPS IN THE ORDER INDICATED.

2.Disassembly

To remove the Battery:

1. Remove the battery page 2 - 5

To remove the HDD:

1. Remove the battery page 2 - 5

2. Remove the HDD page 2 - 6

To remove the Optical Device:

1. Remove the battery page 2 - 5

2. Remove the Optical device page 2 - 9

To remove the System Memory:

1. Remove the battery page 2 - 5

2. Remove the system memory page 2 - 11

To remove the Inverter Board:

1. Remove the battery page 2 - 5

2. Remove the inverter board page 2 - 13

To remove and install a Processor:

1. Remove the battery page 2 - 5

2. Remove the processor page 2 - 14

3. Install the processor page 2 - 16

To remove the Wireless LAN Module:

1. Remove the battery page 2 - 5

2. Remove the wireless LAN page 2 - 17

To remove the Bluetooth Module: :

1. Remove the battery page 2 - 5

2. Remove the Bluetooth page 2 - 18

To remove the Keyboard:

1. Remove the battery page 2 - 5

2. Remove the keyboard page 2 - 19

To remove the Modem:

1. Remove the battery page 2 - 5

2. Remove the HDD page 2 - 6

3. Remove the Optical device page 2 - 9

4. Remove the processor page 2 - 14

5. Remove the Wireless LAN Module page 2 - 17

6. Remove the Bluetooth Module page 2 - 18

7. Remove the keyboard page 2 - 19

8. Remove the modem page 2 - 20

2 - 4 Disassembly Steps

Removing the Battery

Disassembly

1. Turn the computer off, and turn it over.

2. Slide the latch in the direction of the arrow.

3. Slide the latch in the direction of the arrow, and hold it in place.

4. Slide the battery in the direction of the arrow .

1 2

3

6

a.

2

b.

4

3

Figure 1

Battery Removal

a. Slide the latch and hold

in place.

b. Slide the battery in the di-

rection of the arrow.

1

2.Disassembly

4



3. Battery

Removing the Battery 2 - 5

Disassembly

Removing the Hard Disk Drive

Figure 2

HDD Assembly

Removal

a. Locate the HDD bay

cover and remove the screw(s).

2.Disassembly

The hard disk drive can be taken out to accommodate other 2.5" serial (SATA) hard disk drives with a height of 9.5mm (h). Follow your operating system’s installation instructions, and install all necessary drivers and utilities (as outlined in Chapter 4 of the User’s Manual) when setting up a new hard disk.

Hard Disk Upgrade Process

1. Turn off the computer, and remove the battery (page 2 - 5).

2. Locate the hard disk bay cover and remove screw & .

a.

21

M740J/M740JU M760J/M760JU

1 2

21



HDD System Warning



•2 Screws

New HDD’s are blank. Before you begin make sure: You have backed up any data you want to keep from your old HDD. You have all the CD-ROMs and FDDs required to install your operating system and programs. If you have access to the internet, download the latest application and hardware driver updates for the operating system you plan

to install. Copy these to a removable medium.

2 - 6 Removing the Hard Disk Drive

Disassembly

For M740J/M740JU computers:

3

3. Remove the hard disk bay cover .

4. Grip the tab and slide the hard disk in the direction of arrow .

5. Lift the hard disk out of the bay .

6. Remove the screw and the adhesive cover from the hard disk .

6 6

7. Reverse the process to install a new hard disk (do not forget to replace all the screws and covers).

b.

3

c.

4

6

4

5

7

8

6

e.

7

Figure 3

HDD Assembly

Removal (cont’d.)

b. Remove the HDD bay

cover.

c. Grip the tab and slide the

HDD in the direction of the arrow.

d. Lift the HDD assembly

out of the bay.

e. Remove the screw and

adhesive cover.

2.Disassembly

6

8

d.



5

Removing the Hard Disk Drive 2 - 7

3. HDD Bay Cover

7. Adhesive Cover

8. HDD

•1 Screw

Disassembly

Figure 4

HDD Assembly

Removal (cont’d.)

f. Remove the HDD Bay

Cover.

g. Grip the tab and slide the

HDD in the direction of the arrow.

h. Lift the HDD assembly

out of the bay.

i. Remove the screw and

adhesive cover.

2.Disassembly

For M760J/M760JU computers:

3

8. Remove the hard disk bay Cover .

9. Grip the tab and slide the hard disk in the direction of arrow .

10. Lift the hard disk out of the bay .

11. Remove the screws & and the adhesive cover from the hard disk .

6 7 6

12. Reverse the process to install a new hard disk (do not forget to replace all the screws and covers).

f.

3

g.

4

6

4

5

8

9

6

i.

8

7

6

9

h.



3. HDD Bay Cover

8. Adhesive Cover

9. HDD

•2 Screws

2 - 8 Removing the Hard Disk Drive

5

Disassembly

Removing the Optical (CD/DVD) Device

1. Turn off the computer, and remove the battery (page 2 - 5).

2. M740J/M740JU: (see over for M760J/M760JU)

Locate the component bay cover and remove screws - .

1

3. Carefully (a fan and cable are attached to the under side of the cover) lift up the bay cover.

4. Carefully disconnect the fan cable , and remove the cover

5. Remove the screw at point , and use a screwdriver to carefully push out the optical device at point .

6 8 7

5

1

.

6. Insert the new device and carefully slide it into the computer (the device only fits one way. DO NOT FORCE IT; The screw holes should line up).

7. Restart the computer to allow it to automatically detect the new device.

a.

3

2

4

c.

1

6

M740J/M740JU

2 4

Figure 5

Optical Device

Removal

a. Remove the screws. b. Disconnect the fan cable

and remove the cover. c. Remove the screw. d. Push the optical device

out off the computer at

point 7.

2.Disassembly

b.

c.

d.



1

8

7

5

Removing the Optical (CD/DVD) Device 2 - 9

1. Component Bay Cover

8. Optical Device

•4 Screws

Disassembly

Figure 6

Optical Device

Removal (cont’d.)

e. Remove the screws. f. Remove the cover. g. Remove the screw. h. Push the optical device

out off the computer at point 7.

2.Disassembly

8. M760J/M760JU: Locate the hard disk bay cover and loosen screws & .

9. Remove the hard disk bay cover .

10. Remove the screw at point , and use a screwdriver to carefully push out the optical device

1

6

1

2

3

8

at point .

7

1 1. Insert the new device and carefully slide it into the computer (the device only fits one way. DO NOT FORCE IT ; Th e

screw holes should line up).

12. Restart the computer to allow it to automatically detect the new device.

e.

g.

6

1

32

7

M760J/M760JU

f.

h.



1. HDD Bay Cover

8. Optical Device

1

•3 Screws

2 - 10 Removing the Optical (CD/DVD) Device

8

7

Disassembly

Removing the System Memory (RAM)

The computer has two memory sockets for 200 pin Small Outline Dual In-line Memory Modules (SO-DIMM) supporting DDR2 667/800MHz. The main memory can be expanded up to 4GB. The SO-DIMM modules supported are 1024MB, and 2048MB and DDRII Modules. The total memory size is automatically detected by the POST routine once you turn on your computer.

Memory Upgrade Process

1. Turn off the computer, remove the battery (page 2 - 5).

2. Locate the component bay cover , and remove screws - .

3. Carefully (a fan and cable are attached to the under side of the cover) lift up the bay cover (page 2 - 9).

4. The RAM module(s) will be visible at point on the mainboard.

a.

3

2

1

5

2 4

b.

4

2

3

1

5

4

Figure 7

RAM Module

Removal

a. Remove the screws. b. Remove the cover.



Contact Warning

Be careful not to touch the metal pins on the module’s connecting edge. Even the cleanest hands have oils which can attract particles, and degrade the module’s performance.

2.Disassembly

M740J/M740JU

M760J/M760JU



1. Component Bay Cover

•3 Screws

Removing the System Memory (RAM) 2 - 11

Disassembly

Figure 8

RAM Module

Removal (cont’d.)

c. Pull the release

latch(es). d. Remove the module(s). e. Properly re-insert the

bay cover pins.

2.Disassembly

5. Gently pull the two release latches ( & ) on the sides of the memory socket in the direction indicated by the

6 7

arrows (Figure 8c).

c.

d.

6 7

8

6. The RAM module(s) will pop-up (Figure 8d), and you can then remove it.

8

7. Pull the latches to release the second module if necessary.

8. Insert a new module holding it at about a 30° angle and fit the connectors firmly into the memory slot.

9. The module’s pin alignment will allow it to only fit one way. Make sure the module is seated as far into the slot as it will go. DO NOT FORCE the module; it should fit without much pressure.

10. Press the module in and down towards the mainboard until the slot levers click into place to secure the module.

11. Replace the bay cover and screws (make sure you reconnect the fan cable before screwing down the bay

cover). Note for M760J/M760JU computers that there are four - cover pins which need to be aligned with slots in

the case, to insure a proper cover fit, before screwing down the bay cover .

9 12

1



8. RAM Module(s)

12. Restart the computer to allow the BIOS to register the new memory configuration as it starts up.

2 - 12 Removing the System Memory (RAM)

e.

9

1

10

11

12

Disassembly

Removing the Inverter Board

1. Turn off the computer, and remove the battery (page 2 - 5).

2. Remove any rubber covers, screws - (Figure 9a), then run your finger around the middle of the frame to carefully unsnap the LCD front panel module from the back.

3. Discharge the remaining system power (see “Inverter Power Warning” below).

4. Remove screw (Figure 9b) from the inverter, and carefully lift the inverter board up slightly.

5. Disconnect cables & (Figure 9c) from the inverter, then remove the inverter (Figure 9d) from the top

8

9 10 11

case assembly.

a. b.

2 5

3

1

7

1

6

7

4

8

c.

6

9

10

Figure 9

Inverter Board

Removal

a. Remove the 6 screws

and unsnap the LCD front panel module from the back.

b. Remove the screw and

discharge the remaining power from the inverter board and lift the board up slightly.

c. Disconnect the cables

from the inverter.

d. Remove the inverter.

2.Disassembly



Inverter Power Warning

In order to prevent a short circuit when removing the inverter it is necessary to discharge any remaining system power. To do so, press the computer’s power button for a few seconds before disconnecting the inverter cable.

d.

11



7. LCD Front Panel

11.Inverter Board

•6 Screws

Removing the Inverter Board 2 - 13

Disassembly

Removing and Installing the Processor

Figure 10

Processor Removal

a. Remove the cover and

Iocate the heat sink.

b. Remove the screws in

the order indicated.

c. Remove the heat sink.

2.Disassembly



B. Heat Sink

Processor Removal Procedure

1. Turn off the computer, remove the battery (page 2 - 5) and the component bay cover (page 2 - 9).

2. The CPU heat sink will be visible at point on the mainboard.

3. Remove screws

4. Carefully lift up the heat sink (Figure 10c) off the computer.

a.

A

b.

1

, , (Figure 10b) the reverse order as indicated on the label.

3 2 1

B

2

3

A

c.

B

M740J/M760J

B

•3 Screws

2 - 14 Removing and Installing the Processor

M740JU/M760JU

Disassembly

5. Turn the release latch towards the unlock symbol , to release the CPU (Figure 11a).

6. Carefully (it may be hot) lift the CPU up out of the socket (Figure 1 1b).

C

D

7. See page 2 - 16 for information on inserting a new CPU.

8. When re-inserting the CPU, pay careful attention to the pin alignment, it will fit only one way (DO NOT FORCE IT!).

d.

C

Unlock

Lock

e.



D

Caution

Figure 11

Processor Removal

(cont’d)

d. Turn the release latch to

unlock the CPU.

e. Lift the CPU out of the

socket.

2.Disassembly

The heat sink, and CPU area in general, contains parts which are subject to high temperatures. Allow the area time to cool before removing these parts.

Removing and Installing the Processor 2 - 15



7. CPU

Disassembly

Figure 12

Processor

Installation

a. Insert the CPU. b. Turn the release latch to-

wards the lock symbol.

c. Remove the sticker from

the heat sink and insert the heat sink.

d. Tighten the screws.

2.Disassembly

Processor Installation Procedure

1. Insert the CPU , pay careful attention to the pin alignment, it will fit only one way (DO NOT FORCE IT!), and turn the release latch towards the lock symbol (Figure 12b).

2. Remove the sticker (Figure 12c) from the heat sink.

3. Insert the heat sink

4. Tighten screws

5. Replace the component bay cover and tighten the screws (page 2 - 9).

a.

b.

A

B

C

D

as indicated in Figure 12c.

1 3

- in the order indicated on the label.

c.

A

C

D

M740J/M760J

C

D



A. CPU D. Heat Sink

•3 Screws

2 - 16 Removing and Installing the Processor

B

M740JU/M760JU

d.

Disassembly

Removing the Wireless LAN Module

1. Turn off the computer, remove the battery (page 2 - 5) and the component bay cover (page 2 - 9).

2. The Wireless LAN module will be visible at point on the mainboard.

3. Carefully disconnect cables - , then remove screw from the module socket.

4. The Wireless LAN module will pop-up.

5. Lift the Wireless LAN module (Figure 13d) up and off the computer.

a.

1

b.

2

3 4

5

4

3

1

c.

5

d.

Figure 13

Wireless LAN

Module Removal

a. Remove the cover. b. Disconnect the cable

and remove the screw.

c. The WLAN module will

pop up.

d. Lift the WLAN module

out.

Note: Make sure you reconnect the antenna cable to “1” + “2” socket (Figure b).

2.Disassembly

2



5. WLAN Module.

•1 Screw

Removing the Wireless LAN Module 2 - 17

Disassembly

Figure 14

Bluetooth Module

Removal

a. Remove the screw. b. Lfit the cover and remove

the screw.

c. Disconnect the cable and

the connector.

d. Lift the Bluetooth module

up off the socket.

2.Disassembly

Removing the Bluetooth Module

1. Turn off the computer, remove the battery (page 2 - 5).

2. Locate the Bluetooth bay cover, and remove the screw and cover .

3. Remove the screw and turn the module over.

3

4. Carefully separate the Bluetooth module from the connector

5. Lift the Bluetooth module

6

(Figure 14c) up and off the computer.

a.

1

4 5

and disconnect the cable .

c.

1

b.

d.

2

5

4

6



2. Cover

6. Bluetooth Module

•2 Screws

2 - 18 Removing the Bluetooth Module

3

Removing the Keyboard

Disassembly

1. Turn off the computer, and remove the battery (page 2 - 5).

2. Press the four keyboard latches at the top of the keyboard to elevate the keyboard from its normal position (you may need to use a small screwdriver to do this).

3. Carefully lift the keyboard up, being careful not to bend the keyboard ribbon cable (Figure 15b).

4. Disconnect the keyboard ribbon cable from the locking collar socket .

a.

1

5

6 7

c.

2

3

4

b.

6

5

7

Figure 15

Keyboard Removal

a. Pre ss the four latches to

release the keyboard.

b. Lift th e keyboard up and

disconnect the cable from the locking collar.

c. Remove the keyboard.

2.Disassembly



Re-Inserting the Key-

board

When re-inserting the keyboard firstly align the four keyboard tabs at the bottom of the keyboard with the slots in the case.



5. Keyboard

Removing the Keyboard 2 - 19

Disassembly

Figure 16

Modem Removal

a. Remove the screws. b. Turn the computer over,

remove the screws and disconnect the cables.

c. Remove the screws.

2.Disassembly



•20 Screws (M740J/M740JU)/ 26 Screws (M760J/M760JU)

Removing the Modem

1. Turn off the computer, remove the battery (page 2 - 5), HDD (page 2 - 6), component bay cover (page 2 - 11), optical device (page 2 - 9), CPU (page 2 - 14), bluetooth (page 2 - 18) and keyboard (page 2 - 19).

14

21

1

22 24 25 27

28 29

M760J/M760JUM740J/M740JU

16

3

7

14

8

21

20

22

23

4

5

6

19

18

15

25

24

26

27

2

10

9

11

12

13

3

4

5

6

1

8

7

18

23

17

15

27

13

12

25

22

26

10

11

9

17

c.

28 29

2. Remove screws - from the bottom case.

3. Turn the computer over, remove screws - and disconnect cables - (Figure 17b).

4. For M760J/M760JU only - remove screws - (Figure 17c) from the rear of the computer.

1

a.

2

16

b.

2 - 20 Removing the Modem

Disassembly

5. Carefully lift the top case up and off the computer (Figure 17d).

6. Remove screws - from the computer.

7. Remove screws - from the modem module.

31 33 34 35

8. Lift the modem up and separate the modem from the connector .

9. Lift the modem off the computer.

37

30

36

d.

30

M740J/M740JU

M760J/M760JU

e.

33

32

31

32

f.

Figure 17

Modem Removal

(cont’d.)

d. Lift the cover off the

computer. e. Remove the screws. f. Remove the screws and

disconnect the connec-

tor. g. Lift the modem out.

2.Disassembly

33

31

g.

36

35

34

37

36

35

34

37



30.Top Case

37.Modem

•5 Screws

Removing the Modem 2 - 21

Appendix A: Part Lists

This appendix breaks down the M740J/M740JU/M760J/M760JU series notebook’s construction into a series of illustrations. The component part numbers are indicated in the tables opposite the drawings.

Note: This section indicates the manufacturer’s part numbers. Your organization may use a different system, so be sure to cross-check any relevant documentation.

Note: Some assemblies may have parts in common (especially screws). However, the part lists DO NOT indicate the total number of duplicated parts used.

Part Lists

Note: Be sure to check any update notices. The parts shown in these illustrations are appropriate for the system at the time of publication. Over the product life, some parts may be improved or re-configured, resulting in new part numbers.

A.Part Lists

A-1

Part Lists

Table A- 1

Part List Illustration

Location

Part List Illustration Location

The following table indicates where to find the appropriate part list illustration.

Parts M740J M740JU M760J M760JU

Top with Fingerprint page A - 3 page A - 11 Top without Fingerprint page A - 4 page A - 12 Bottom page A - 5 page A - 6 page A - 13 page A - 14 LCD page A - 7 page A - 15 HDD page A - 8 page A - 16 COMBO page A - 9 page A - 17

A.Part Lists

A - 2 Part List Illustration Location

DVD-Dual Drive page A - 10 page A - 18

Top with Fingerprint (M740J/M740JU)

Part Lists

白色 (無鉛)

無鉛

Figure A - 1

Top with

A.Part Lists

Fingerprint

(M740J/M740JU)

無鉛

Top with Fingerprint (M740J/M740JU) A - 3

Part Lists

Figure A - 2

Top without

Fingerprint

(M740J/M740JU)

A.Part Lists

Top without Fingerprint (M740J/M740JU)

A - 4 Top without Fingerprint (M740J/M740JU)

白色 (無鉛)

無鉛

Bottom (M740J)

外無鉛

海華無鉛

無電鍍無鉛

藍天3 互億無鉛

無電鍍無鉛

無鉛

凱碩無鉛

無鉛

導電布無鉛

無鉛

Part Lists

Figure A - 3

Bottom (M740J)

A.Part Lists

Bottom (M740J) A - 5

Part Lists

Figure A - 4

Bottom (M740JU)

A.Part Lists

Bottom (M740JU)

外無鉛

海華無鉛

無鉛

導電布無鉛

無鉛

凱碩無鉛

無鉛

藍天3 互億無鉛

無鉛

A - 6 Bottom (M740JU)

LCD (M740J/M740JU)

Part Lists

無鉛

無鋁箔無鉛

精乘無鉛

中性電鑄薄膜鍍亮鉻）無鉛

精乘無鉛

Figure A - 5

LCD (M740J/

A.Part Lists

M740JU)

無鉛

LCD (M740J/M740JU) A - 7

Part Lists

Figure A - 6

(M74J/M740JU)

A.Part Lists

HDD

HDD (M740J/M740JU)

無鉛

(無鉛)

A - 8 HDD (M740J/M740JU)

COMBO (M740J/M740JU)

Part Lists

*(非耐落) 無鉛

Figure A - 7

COMBO

A.Part Lists

(M740J/M740JU)

無鉛

COMBO (M740J/M740JU) A - 9

Part Lists

Figure A - 8

DVD-Dual Drive

(M740J/M740JU)

A.Part Lists

DVD-Dual Drive (M740J/M740JU)

A - 10 DVD-Dual Drive (M740J/M740JU)

*(非耐落) 無鉛

無鉛

Top with Fingerprint (M760J/M760JU)

Part Lists

白色 (無鉛)

白色無鉛

白色設變無鉛

無鉛(背膠變更)

頭徑頭厚號穴鍍白鎳 I頭無鉛

無鉛

Figure A - 9

Top with

Fingerprint

(M760J/M760JU)

A.Part Lists

Top with Fingerprint (M760J/M760JU) A - 11

Part Lists

Figure A - 10

Top without

Fingerprint

(M760J/M760JU)

A.Part Lists

Top without Fingerprint (M760J/M760JU)

A - 12 Top without Fingerprint (M760J/M760JU)

白色 (無鉛)

白色無鉛

白色設變無鉛

無鉛

無鉛(背膠變更)

頭徑頭厚號穴鍍白鎳 I頭無鉛

無鉛

Bottom (M760J)

無鉛

(黑色)(無鉛)

(黑色) 無鉛

藍天3 互億無鉛

(黑色) 無鉛

度,黑色無鉛

無鉛

導電布無鉛

外無鉛

非耐落無鉛

海華無鉛

無鉛

凱碩無鉛

無鉛

黑色後設變咬花無鉛

無鉛

Part Lists

Figure A - 11

Bottom (M760J)

A.Part Lists

Bottom (M760J) A - 13

Part Lists

Figure A - 12

Bottom (M760JU)

A.Part Lists

Bottom (M760JU)

無鉛

(黑色)(無鉛)

(黑色) 無鉛

藍天3 互億無鉛

(黑色) 無鉛

度,黑色無鉛

無鉛

導電布無鉛

外無鉛

非耐落無鉛

海華無鉛

無鉛

凱碩無鉛

無鉛

黑色後設變咬花無鉛

無鉛

A - 14 Bottom (M760JU)

LCD (M760J/M760JU)

Part Lists

(非耐落) 無鉛

頭徑頭厚號穴鍍白鎳頭無鉛

無鉛

精乘無鉛

黑色惠貿無鉛

中性電鑄薄膜鍍亮鉻) (偉鎮)無鉛

后蓋保護無鉛

Figure A - 13

無鉛

LCD (M760J/

M760JU)

A.Part Lists

LCD (M760J/M760JU) A - 15

Part Lists

Figure A - 14

(M760J /M760JU)

A.Part Lists

HDD (M760J/M760JU)

HDD

A - 16 HDD (M760J/M760JU)

無鉛

(無鉛)

COMBO (M760J/M760JU)

Part Lists

*(非耐落) 無鉛

黑色無鉛

Figure A - 15

COMBO

A.Part Lists

(M760J/M760JU)

無鉛

COMBO (M760J/M760JU) A - 17

Part Lists

Figure A - 16

DVD-Dual Drive

(M760J/M760JU)

DVD-Dual Drive (M760J/M760JU)

A.Part Lists

A - 18 DVD-Dual Drive (M760J/M760JU)

*(非耐落) 無鉛

黑色無鉛

無鉛

Appendix B: Schematic Diagrams

This appendix has circuit diagrams of the M740J/M740JU/M760J/M760JU notebook’s PCB’s. The following table indicates where to find the appropriate schematic diagram.

Schematic Diagrams

Diagram - Page Diagram - Page Diagram - Page

System Block Diagram - Page B - 2 HDMI, CRT - Page B - 18 VCORE VDD CORE - Page B - 34

Clock Generator - Page B - 3 SB700-1 - Page B - 19 VCORE VDD CORE - Page B - 35

CPU-1 - Page B - 4 SB700-2 - Page B - 20 1.8V, 0.9V - Page B - 36

CPU-2 - Page B - 5 SB700-3 - Page B - 21 1.1VS, 1.2V, 1.2VS, 2.5V - Page B - 37

CPU-3 - Page B - 6 SB700-4 - Page B - 22 VGA CORE 1.5VS - Page B - 38

CPU-4 - Page B - 7 New Card, Mini PCIE - Page B - 23 VDD3, VDD5 - Page B - 39

DDRII S0-DIMM 0 - Page B - 8 3G, PATA ODD, eSATA - Page B - 24 CHARGER, DC IN - Page B - 40

DDRII S0-DIMM 1 - Page B - 9 USB, FAN, TP, FP, MULTI CON - Page B - 25 CLICK FINGER BOARD FOR M76 - Page B - 41

RS780M-1 - Page B - 10 CARD READER - Page B - 26 MULTI FUNCTION BOARD - Page B - 42

RS780M-2 - Page B - 11 ISATA HDD, LED, HOTKEY, BT - Page B - 27 AUDIO BOARD - Page B - 43

RS780M-3 - Page B - 12 PCIE GIGALAN RTL8111C - Page B - 28 FINGER SENSOR BOARD - Page B - 44

M82-XT-1 - Page B - 13 AUDIO CODEC ALC662 - Page B - 29 POWER SWITCH BOARD FOR M74 - Page B - 45

M82-XT-2 - Page B - 14 AUDIO AMP2056 - Page B - 30 FINGER BOARD FOR M74 - Page B - 46

M82-XT-3 - Page B - 15 KBC ITE IT8512E - Page B - 31 EXTERNAL ODD BOARD FOR M76 - Page B - 47

DDRII 32MX16 - Page B - 16 1.8VS, 3,3VS, 5VS, 1.1VS, 3.3V - Page B - 32 POWER SWITCH BOARD FOR M76 - Page B - 48

Table B - 1

Schematic

Diagrams

B.Schematic Diagrams



Version Note

The schematic diagrams in this chapter are based upon version 6-7P-M74J9-003. If your mainboard (or other boards) are a later version, please check with the Service Center for updated diagrams (if required).

LVDS, INVERTER - Page B - 17 VGA POWER & POWER GD - Page B - 33

B-1

Schematic Diagrams

System Block Diagram

Sheet 1 of 47

System Block

Diagram

B.Schematic Diagrams

CLICK FINGER BOARD FOR M76

6-71-M76S2-D03C

MULTI FUNCTION BOARD

In tSPK- R+CCD +M DC

6-71-M74S1-D03

AUDIO Board

Head phon e+S PDIF+Ex t M icr opho ne+US B X 1

6-71-M74SA-D 03A

FIN G ER S EN SO R B O ARD FO R M 76

6-71-M66UF-D03

POW E R SW IT CH BOA RD FOR M 74

6-71-M74SS-D03

FINGER BOARD FOR M74

6-71-M74SF-D03

EXTERNAL ODD BOARD FOR M76

6-71-M76SN-D03

POW E R SW IT CH BOA RD FOR M 76

6-71-M76SS-D02

PCIE4

MINIPCIE-3G

USB6

1.8V S,3.3V S,5VS ,1.1VS, 3.3 V,5V

VGA POEW R&PWRGD

3.3V S_V G A,1.8VS _V G A,1.1VS_VG A

VCORE_VDD_CORE CPU_VDD0,CPU_VDDD1

VCORE_VDD_NB

1.8V , 0 .9V

1.1V S ,1.2V, 1.2 VS , 2.5V

VGA_CORE , 1.5VS

VDD3 , VDD5

CHARGER,DC IN

Ca r d R e ad er

EXTERNAL CLOCK GENERATOR

IC S9L PRS 480

LVDS CO N

HDMI CON

CR T C ON

GPP PCIE IN TERFACE

PCIE3

NEW CARD

USB4

64 PIN

LVDS MUX

M 82 X T-S

LVDS MUX

PCIE0

PC IE E THE RN ET MINIP CIE -W L RTL81 11C

USB 2.0

USB#2

Port 2

USB#1

Port 1

B luet ooth

USB7

Finger Prin ter

USB11

CLEVO M740J(JU)/M760J(JU)

AM D S 1 G2 C PU

638-Pi n u FC PGA 638

HDT

OU T

RS780M(C)

PCIE x16

VGA Temperature sen sor

PCIE1

USB#0

Port 0

CCD

USB9

DEBUG PORT

BATTERY CHAGER

USB8

Hype rTransport LINK0 CP U I/ F D X10 IGP( R S780) LV DS/T M D S 1 X 16 PCIE I/F 1 X4 PCIE I/F WITH SB 6 X1 PCIE I /F

PCIE2

USB 1.1

INT KEYBOARD

SB700

US B 2. 0 (10) SATA II (1 PORTS) AZALIA HD AUDIO ATA 66/100/133 SPI I/F LP C I/F AC P I 1.1 IN T RTC

( KBC )

KBC IT8512E

PS2 TO UC H P AD

Hype rTransport

IN

LINK0

PCIE X4

LPC

DDR II, 800MT/S

SB-TSI

16 x 1 6

A TA 6 6/ 100/133 I/F

SPI I/F

SPI ROM

Channel A

Channel B

HD A UDIO I/F

S ATA II I/ F

CPU FAN

6-71-M74J0-D03A

UNBUFFERED DDR2 SODIMM 0

UNBUFFERED DDR2 SODIMM 1

MDC

SPI ROM

AUDIO AMP A P205 6A

AZALIA CODEC

A LC 662

HDD x1 SA TA #1

PA TA O DD

CPU Temperature sen sor

In t Speak er x 2

Headphone Jack

SPDIF J ack

MIC In Jack

e-SATA x1

SA TA#2

B - 2 System Block Diagram

Clock Generator

Schematic Diagrams

CLK_VD D3.3VS

10U _6.3V_08

Layout note:

PLACE CRYSTAL WITHIN 500 MILS OF ICS9LPRS480

C343 27P_50V_04

C363

.1U _16V_0 4

X3

14.318MH z

.1U_16V_04

C348

12

C75 6

.1U _16V _04

C L K_ VD D

C347 27P_50V _04

.1U_16V _04

C361

L41 HC B1608KF -121T25-06

L39 HC B1608KF -121T25-06

C753

.1U _16V_0 4

.1U_16V_04

C34 4

C35 0 .1U_16V_04

C33 9 .1U_16V_04

CLK_VDDIO

R474

*1 M _04

Z0205

CLK_VD D

SCLK07,8,19 SDATA07,8,19

C37 2

C755

1U_16V_06

Pl a c e ne xt to VDD 4 8

Place very close to U1

CLK_VD D

R475

*0_0402_5m il_ short

PC IE_ EXPC AR D_C LKRE Q#

WLAN_CLKREQ#

R 469 8.2K_04

C908

*1 U _16 V _ 06

2008/03/18

CLK_VD D

R467

PC IE_ EXPC AR D_C LKRE Q#19,22

WLAN_C LKREQ#22

*8 . 2 K _ 0 4

R468 *8.2K_04

PC IE_EXPC AR D_C LKRE Q# WLAN_CLK REQ #

1.2VS CLK_VDDIO

U30

Z0201

4

VDDA_27

7

GNDA_27

Z0202

56

VDDREF

60

GNDREF

63

VDD48

26

VDDATIG

48

VDDCPU

55

VDDHTT

35

V DD SB_ SR C

16

VDDSRC

40

VDDSATA

25

VDDATIG_IO

47

VDDCPU_IO

34

V DD SB_ SR C_IO

11

VDDSRC_IO1

17

VDDSRC_IO2

1

GND48

24

GNDATIG1

46

GNDCPU

52

GNDHTT

43

GNDSATA

33

GNDSB_SRC

10

GNDSRC1

18

GNDSRC2

Z0203

61

X1

Z0204

62

X2

Z0209

23

CLKREQ0#

45

CLKREQ1#

Z0210

44

CLKREQ2#

39

Z0211

CLKREQ3#

38

CLKREQ4#

51 59

Z0206

PD# REF0/SEL_HTT66

2

SMBCLK

3

SMBDAT

GND1

Therma l_G ND1

GND2

Therma l_G ND2

GND3

Therma l_G ND3

GND4

Therma l_G ND4

ICS9L PR S48 0

CP UK G 0T_ LP RS CPUKG0C_LPRS

SRC7T_LPR S/27MH z_SS

SR C7 C _LPRS /27 M Hz _ NS

S B_SRC0T_LP RS SB_SRC0C_LPRS S B_SRC1T_LP RS SB_SRC1C_LPRS

SR C 6T/S ATAT_LPRS

SRC6C/SATAC_LPRS

HTT0T/66M_LPRS HTT 0 C/6 6 M _ LP RS

RE F1 /SEL_SATA

Therm al_GND 5 Therm al_GND 6 Therm al_GND 7 Therm al_GND 8 Therm al_GND 9

10 U _ 6. 3V _0 8

A TIG0T_LP RS ATIG0C_LPRS A TIG1T_LP RS ATIG1C_LPRS

SRC 0 T_ LPRS

SR C0 C _LP RS

SRC 1 T_ LPRS

SR C1 C _LP RS

SRC 2 T_ LPRS

SR C2 C _LP RS

SRC 3 T_ LPRS

SR C3 C _LP RS

SRC 4 T_ LPRS

SR C4 C _LP RS

48MHz_0

REF 2/S EL _ 2 7

50 49

30 29 28 27

6 5

37 36 32 31

22 21 20 19 15 14 13 12 9 8

42 41

54 53

64

58 57

GND5 GND6 GND7 GND8 GND9

SEL_ H T66 SEL_ SATA SEL_27MH z

.1U_ 1 6 V_ 0 4

C362

C754

.1U_ 1 6V _ 0 4

CPU_CLKP_R CPU_CLKN_R

NBGFX_CLKP_R NBGFX_CLKN_R G FX_CLKP_ R G FX_CLKN _R

Z0207

R477 33_04

N BSLIN K_ CLKP_R N BSLIN K_ CLKN _ R SBS RC _ CLKP_R SBS RC _ CLKN _ R

N BGP P_ CLKP_R

N BGP P_ CLKN _ R P CIE_E XP CAR D_C L KP_ R PCIE_EXPCARD_CLKN_R

PC IE_PE1_ C LK P_R

PC IE_PE1_ C LK N_R

PC IE_PE2_ C LK P_R

PC IE_PE2_ C LK N_R

PC IE_PE3_ C LK P_R

PC IE_PE3_ C LK N_R

NBHTREF_CLKP_R

NBHTREF_CLKN_R

Z0208

SEL_H T66

SEL_SA TA

SEL_27MH z

CLK_VDD

R471

R473

*8 . 2 K _ 0 4

*8.2K_04

R472

R470

8.2K_04

*8 . 2 K _ 0 4

.1U _ 1 6 V_ 04

C34 9

C336

Place with in 0.5" o f CLKG EN

RN48 *0_4P 2R _04_4m il_short1

2 3

RN50 *0_4P 2R _04_4m il_short1

2 3

RN52 *0_4P 2R _04_4m il_short1

2 3

RN47 *0_4P 2R _04_4m il_short1

2 3

RN49 *0_4P 2R _04_4m il_short1

2 3

RN53 *0_4P 2R _04_4m il_short1

2 3

RN56 *0_4P 2R _04_4m il_short1

2 3

RN55 *0_4P 2R _04_4m il_short1

2 3

RN54 *0_4P 2R _04_4m il_short1

2 3

RN51 *0_4P 2R _04_4m il_short1

2 3

R16 6

8.2K_04

R16 4

*8.2K_04

.1U _1 6V _04

C32 3

.1U_ 1 6V _ 0 4

4

4 4

EXT_VGA_27M 13

4 4

4

C358

C35 9

.1U _16V_0 4

CPU_ CLKP 5 CPU_ CLKN 5

NBG FX _CL KP10 NBG FX _CL KN1 0 GFX_CLK P 12 GFX_CLK N 1 2

SBLINK_ CLKP 1 0 SBLINK_ CLKN 10 SBSRC_C LKP 18 SBSRC_C LKN 18

PCI E_ EX PC A RD_CLK P 22 PCI E_ EX PC A RD_CLK N 22 PCIE_LAN_CLKP 27 PCIE_LAN_CLKN 27 PCI E_ C R_CLKP 2 5 PCI E_ C R_CLKN 25 PCI E_ W LA N _ CLKP 22 PCI E_ W LA N _ CLKN 22

NBHT_CLKP 10 NBHT_CLKN 10

CLK_48M _ USB1 9

NB_OS C 10

1.1 VRS780

R163

90.9_1%_06

1066 M H z 3.3V single ended H TT clock

SEL_HTT66

*0

100 MHz differential HTT clock

100 MH z non-spreading dif ferential S ATA clock

1

SEL_SATA

100 MH z spreading differ ential SRC clock

0 *

2 7 MH z si n g l ed c l o c k

1 *

SEL_27MHz

100 MH z spreading differ ential SRC clock

Clock chip has i ntern al seria l te rmi na tions for di f fer en cia l p air s , exte rn al r e s is tor s ar e rese rve d fo r de bu g pu rp os e .

* default

B.Schematic Diagrams

Sheet 2 of 47

Clock Generator

Clock Generator B - 3

Schematic Diagrams

CPU-1

Sheet 3 of 47

CPU-1

B.Schematic Diagrams

HT_N B_CPU _C AD_ H09 HT_NB_CPU_CAD_L09 HT_N B_CPU _C AD_ H19 HT_NB_CPU_CAD_L19 HT_N B_CPU _C AD_ H29 HT_NB_CPU_CAD_L29 HT_N B_CPU _C AD_ H39 HT_NB_CPU_CAD_L39 HT_N B_CPU _C AD_ H49 HT_NB_CPU_CAD_L49 HT_N B_CPU _C AD_ H59 HT_NB_CPU_CAD_L59 HT_N B_CPU _C AD_ H69 HT_NB_CPU_CAD_L69 HT_N B_CPU _C AD_ H79 HT_NB_CPU_CAD_L79 HT_N B_CPU _C AD_ H89 HT_NB_CPU_CAD_L89 HT_N B_CPU _C AD_ H99 HT_NB_CPU_CAD_L99 HT_N B_CPU _C AD_ H1 09 HT_NB_CPU_CAD_L109 HT_N B_CPU _C AD_ H1 19 HT_NB_CPU_CAD_L119 HT_N B_CPU _C AD_ H1 29 HT_NB_CPU_CAD_L129 HT_N B_CPU _C AD_ H1 39 HT_NB_CPU_CAD_L139 HT_N B_CPU _C AD_ H1 49 HT_NB_CPU_CAD_L149 HT_N B_CPU _C AD_ H1 59 HT_NB_CPU_CAD_L159

HT_NB_CPU_CLK_H09 HT_NB_CPU_CLK_L09 HT_NB_CPU_CLK_H19 HT_NB_CPU_CLK_L19

HT_NB_CPU_CTL_H09 HT_NB_CPU_CTL_L09 HT_NB_CPU_CTL_H19 HT_NB_CPU_CTL_L19

1.2VS 1.2VS

1.5A 60MIL

U28A

D1

VLD T_A0

D2

VLD T_A1

D3

VLD T_A2

D4

VLD T_A3

E3

L0_CADIN_H0

E2

L0_CADIN_L0

E1

L0_CADIN_H1

F1

L0_CADIN_L1

G3

L0_CADIN_H2

G2

L0_CADIN_L2

G1

L0_CADIN_H3

H1

L0_CADIN_L3

J1

L0_CADIN_H4

K1

L0_CADIN_L4

L3

L0_CADIN_H5

L2

L0_CADIN_L5

L1

L0_CADIN_H6

M1

L0_CADIN_L6

N3

L0_CADIN_H7

N2

L0_CADIN_L7

E5

L0_CADIN_H8

F5

L0_CADIN_L8

F3

L0_CADIN_H9

F4

L0_CADIN_L9

G5

L0_CADIN_H10

H5

L0_CADIN_L10

H3

L0_CADIN_H11

H4

L0_CADIN_L11

K3

L0_CADIN_H12

K4

L0_CADIN_L12

L5

L0_CADIN_H13

M5

L0_CADIN_L13

M3

L0_CADIN_H14

M4

L0_CADIN_L14

N5

L0_CADIN_H15

P5

L0_CADIN_L15

J3

L0_CLKIN_ H0

J2

L0_CLKIN_ L0

J5

L0_CLKIN_ H1

K5

L0_CLKIN_ L1

N1

L0_CTLIN_H0

P1

L0_CTLIN_L0

P3

L0_CTLIN_H1

P4

L0_CTLIN_L1

SOCKET_638_PIN

HT LINK

VLDT_B0 VLDT_B1 VLDT_B2 VLDT_B3

L0_C AD OUT_H0 L0_CAD OUT_L0 L0_C AD OUT_H1 L0_CAD OUT_L1 L0_C AD OUT_H2 L0_CAD OUT_L2 L0_C AD OUT_H3 L0_CAD OUT_L3 L0_C AD OUT_H4 L0_CAD OUT_L4 L0_C AD OUT_H5 L0_CAD OUT_L5 L0_C AD OUT_H6 L0_CAD OUT_L6 L0_C AD OUT_H7 L0_CAD OUT_L7 L0_C AD OUT_H8 L0_CAD OUT_L8 L0_C AD OUT_H9 L0_CAD OUT_L9

L0_CADOUT_H10

L0_CAD OUT_L10

L0_CADOUT_H11

L0_CAD OUT_L11

L0_CADOUT_H12

L0_CAD OUT_L12

L0_CADOUT_H13

L0_CAD OUT_L13

L0_CADOUT_H14

L0_CAD OUT_L14

L0_CADOUT_H15

L0_CAD OUT_L15

L0_CLK OUT_H0

L0_CL KO UT_L0

L0_CLK OUT_H1

L0_CL KO UT_L1

L0_C TLOUT_H0

L0_C TLOUT_L0

L0_C TLOUT_H1

L0_C TLOUT_L1

AE2 AE3 AE4 AE5

AD1 AC1 AC2 AC3 AB1 AA1 AA2 AA3 W2 W3 V1 U1 U2 U3 T1 R1 AD4 AD3 AD5 AC5 AB4 AB3 AB5 AA5 Y5 W5 V4 V3 V5 U5 T4 T3

Y1 W1 Y4 Y3

R2 R3 T5 R5

1.5A 60M IL

HT_CPU_NB_CAD_H0 9 HT_CPU_NB_CAD_L0 9 HT_CPU_NB_CAD_H1 9 HT_CPU_NB_CAD_L1 9 HT_CPU_NB_CAD_H2 9 HT_CPU_NB_CAD_L2 9 HT_CPU_NB_CAD_H3 9 HT_CPU_NB_CAD_L3 9 HT_CPU_NB_CAD_H4 9 HT_CPU_NB_CAD_L4 9 HT_CPU_NB_CAD_H5 9 HT_CPU_NB_CAD_L5 9 HT_CPU_NB_CAD_H6 9 HT_CPU_NB_CAD_L6 9 HT_CPU_NB_CAD_H7 9 HT_CPU_NB_CAD_L7 9 HT_CPU_NB_CAD_H8 9 HT_CPU_NB_CAD_L8 9 HT_CPU_NB_CAD_H9 9 HT_CPU_NB_CAD_L9 9 HT_CPU_NB_CAD_H10 9 HT_CPU_NB_CAD_L1 0 9 HT_CPU_NB_CAD_H11 9 HT_CPU_NB_CAD_L1 1 9 HT_CPU_NB_CAD_H12 9 HT_CPU_NB_CAD_L1 2 9 HT_CPU_NB_CAD_H13 9 HT_CPU_NB_CAD_L1 3 9 HT_CPU_NB_CAD_H14 9 HT_CPU_NB_CAD_L1 4 9 HT_CPU_NB_CAD_H15 9 HT_CPU_NB_CAD_L1 5 9

HT_CPU_NB_CLK_H0 9 HT_CPU_NB_CLK_L0 9 HT_CPU_NB_CLK_H1 9 HT_CPU_NB_CLK_L1 9

HT_CPU_NB_CTL_H0 9 HT_CPU_NB_CTL _L0 9 HT_CPU_NB_CTL_H1 9 HT_CPU_NB_CTL _L1 9

B - 4 CPU-1

* If VLDT is connected only on one side, one 4.7uF cap should be added to the isla nd s ide

4.7U _6 .3V_0 6 C678

4.7U_6.3V_06

C706

4.7U _6 .3V_06 C702

.22U _1 0V_0 4

Place close to socket

.22U_10V_04

C681

C685

C709

180P_NPO_50 V_04

1.2VS

C705

180P_NPO_5 0V_ 04

CPU-2

Schematic Diagrams

*1K_1%_04

*4.7U_6.3V_06

R19 2

R190

PLACE T H EM C LO S E T O CP U WI THIN 1"

1. 8V

MEM _ MA 0 _ O DT 07 MEM _ MA 0 _ O DT 17

MEM_MA0_CS#07 MEM_MA0_CS#17

MEM _ MA _ C K E 07 MEM _ MA _ C K E 17

MEM_MA_CLK1_P7 MEM_MA_CLK1_N7 MEM_MA_CLK7_P7 MEM_MA_CLK7_N7

MEM_MA_AD D[0..15]7

M EM_M A_ BAN K07 M EM_M A_ BAN K17 M EM_M A_ BAN K27

MEM_MA_RAS#7 MEM_MA_CAS#7 MEM_MA_WE#7

1. 8 V

1114

3.3V

Z0413

C390

*1000PF_50V_04

0.9V

4.7U_6.3V_06

C750

C 722

4.7U_6.3V_06

R 442 39.2_1% _04 R 432 39.2_1% _04

MEM_MA_ADD0 MEM_MA_ADD1 MEM_MA_ADD2 MEM_MA_ADD3 MEM_MA_ADD4 MEM_MA_ADD5 MEM_MA_ADD6 MEM_MA_ADD7 MEM_MA_ADD8 MEM_MA_ADD9 MEM_MA_ADD10 MEM_MA_ADD11 MEM_MA_ADD12 MEM_MA_ADD13 MEM_MA_ADD14 MEM_MA_ADD15

R 179 *0_04

C41 1

84

U10 A *L M 35 83

+

1

2

-

Z0415

R 185 *0_04

R18 0 * 0_04

4.7U_6.3V_06

C72 5

VTT 750mA

0.9V

D10 C10 B10

AD10 AF10

M_ Z N

AE10 Y10

H16

MEM_MA_R ESET#

T1 9 V22 U21

MEM _ MA 1 _ O DT 0

V19

MEM _ MA 1 _ O DT 1

T2 0

Z0401

U20

Z0402

V20 J2 2

J2 0

Z0403

N19

Z0404

N20 E16 F16 Y16

AA16

Z0405

P19

Z0406

P20

N21 M2 0 N22 M1 9 M2 2 L2 0 M2 4 L2 1 L1 9 K22 R21 L2 2 K20 V24 K24 K19

R20 R23 J2 1

R19 T2 2 T2 4

*.1 U F_ 16 V_ 0 4

*1 0 _ 1% _ 0 4

Z0414

R 181

R17 8

*10K_04

Place close to s ocket

. 22U _10V_04

C73 8

C74 2

*.22U_10V_04

C739

*.22U_10V_04

U28B

VTT1

MEM:CMD/CTRL/CLK

VTT2 VTT3 VTT4

MEMZP MEMZN VTT_S ENSE

RSVD_M1 MA0_ODT0

MA0_ODT1 MA1_ODT0 MA1_ODT1

MA0_CS_L0

MA1_CS_L0 MA1_CS_L1

MA_CKE0 MA_CKE1

MA_CLK_H5 MA_CLK_L5 MA_CLK_H1 MA_CLK_L1 MA_CLK_H7 MA_CLK_L7 MA_CLK_H4 MA_CLK_L4

MA_ADD0 MA_ADD1 MA_ADD2 MA_ADD3 MA_ADD4 MA_ADD5 MA_ADD6 MA_ADD7 MA_ADD8 MA_ADD9 MA_ADD10 MA_ADD11 MA_ADD12 MA_ADD13 MA_ADD14 MA_ADD15

M A_BAN K0 M A_BAN K1 M A_BAN K2

MA_RAS_L MA_CAS_L MA_WE_L

SOCK ET_638_PIN

VTT5 VTT6 VTT7 VTT8 VTT9

MEMVREF

RSVD_M2

MB0 _ OD T0 MB0 _ OD T1 MB1 _ OD T0

MB0_CS_L0MA0_CS_L1 MB0_CS_L1 MB1_CS_L0

MB_CKE0 MB_CKE1

MB_CLK_H5

MB_CLK_L5

MB_CLK_H1

MB_CLK_L1

MB_CLK_H7

MB_CLK_L7

MB_CLK_H4

MB_CLK_L4

MB_ADD0 MB_ADD1 MB_ADD2 MB_ADD3 MB_ADD4 MB_ADD5 MB_ADD6 MB_ADD7 MB_ADD8

MB_ADD9 MB_ADD10 MB_ADD11 MB_ADD12 MB_ADD13 MB_ADD14 MB_ADD15

M B_BAN K0 M B_BAN K1 M B_BAN K2

MB_R AS_L MB_C AS_L

MB_WE_L

Width 20 mil ,l e ngth <6 inc h

C313

C315

*1000P_X7R _50V _04

*. 1 U _X 7 R _1 0 V _ 0 4

.22U _10V_04

C732

C730

*1000P_X7R_50V_04

VTT 750mA

0.9V

W10 AC 10 AB10 AA10 A10

Z0407

W17 B18

MEM_MB_RESET#

W26 W23

MEM_MB1_ODT0

Y26 V26U19

W25

Z0408

U22 J25

H26

Z0409

P22

Z0410

R22 A17 A18 AF18 AF17

Z0411

R26

Z0412

R25

P24

ME M_ M B_ A D D 0 ME M_ M B_ A D D 1

N24 P26

ME M_ M B_ A D D 2 ME M_ M B_ A D D 3

N23

ME M_ M B_ A D D 4

N26 L23

ME M_ M B_ A D D 5 ME M_ M B_ A D D 6

N25

ME M_ M B_ A D D 7

L24

ME M_ M B_ A D D 8

M26

ME M_ M B_ A D D 9

K26

ME M_ M B_ A D D 1 0

T26

ME M_ M B_ A D D 1 1

L26 L25

ME M_ M B_ A D D 1 2

W24

ME M_ M B_ A D D 1 3 MEM_MB_DATA49 ME M_ M B_ A D D 1 4

J23 J24

ME M_ M B_ A D D 1 5

R24 U26 J26

U25 U24 U23

CPU _M_VR EF_ SU S

C30 6

10U_10V_08

1000P_X7 R_5 0 V_04

C735

C717

*1000P_X7R_50V_04

1000P_X7R_50V_04

C718

ME M_ MB 0_ O DT 0 8 ME M_ MB 0_ O DT 1 8

ME M_ MB 0_ C S# 0 8 ME M_ MB 0_ C S# 1 8

ME M_ MB _C KE 0 8 ME M_ MB _C KE 1 8

ME M_ MB _C L K 1 _ P 8 ME M_ MB _C L K 1 _ N 8 ME M_ MB _C L K 7 _ P 8 ME M_ MB _C L K 7 _ N 8

MEM_MB_ADD[0..15] 8

ME M_ MB _B AN K0 8 ME M_ MB _B AN K1 8 ME M_ MB _B AN K2 8

ME M_ MB _R AS # 8 ME M_ MB _C AS # 8 ME M_ MB _W E # 8

1.8V

R45 3

1K_04_1%

Width 20 mil ,length <6 i nch

R457

1K_04_1%

.1U_ X7R _ 1 0V _04

180P_NPO _50V_04

C74 6

C72 4

180P_N PO_50V_04

CPU_M_VREF_SUS

C72 3

C72 8

*180P_NP O_50V _04

C721

1000P _X7R _50V_04

180P _N PO_50V_04

C727

C72 6

MEM_MB_D ATA[0..63]8

To SO-DI MM

MEM_MB_DM[0..7]8

MEM_MB_DQS0_P8 MEM_MB_DQS0_N8 MEM_MB_DQS1_P8 MEM_MB_DQS1_N8 MEM_MB_DQS2_P8 MEM_MB_DQS2_N8 MEM_MB_DQS3_P8 MEM_MB_DQS3_N8 MEM_MB_DQS4_P8 MEM_MB_DQS4_N8 MEM_MB_DQS5_P8 MEM_MB_DQS5_N8 MEM_MB_DQS6_P8 MEM_MB_DQS6_N8 MEM_MB_DQS7_P8 MEM_MB_DQS7_N8

0 socket

Processor Memory Interface

U28C

MEM_MB_DATA0 MEM_MB_DATA1 MEM_MB_DATA2 MEM_MB_DATA3 MEM_MB_DATA4 MEM_MB_DATA5 MEM_MB_DATA6 MEM_MB_DATA7 MEM_MB_DATA8 MEM_MB_DATA9 MEM_MB_DATA10 MEM_MB_DATA11 MEM_MB_DATA12 MEM_MB_DATA13 MEM_MB_DATA14 MEM_MB_DATA15 MEM_MB_DATA16 MEM_MB_DATA17 MEM_MB_DATA18 MEM_MB_DATA19 MEM_MB_DATA20 MEM_MB_DATA21 MEM_MB_DATA22 MEM_MB_DATA23 MEM_MB_DATA24 MEM_MB_DATA25 MEM_MB_DATA26 MEM_MB_DATA27 MEM_MB_DATA28 MEM_MB_DATA29 MEM_MB_DATA30 MEM_MB_DATA31 MEM_MB_DATA32 MEM_MB_DATA33 MEM_MB_DATA34 MEM_MB_DATA35 MEM_MB_DATA36 MEM_MB_DATA37 MEM_MB_DATA38 MEM_MB_DATA39 MEM_MB_DATA40 MEM_MB_DATA41 MEM_MB_DATA42 MEM_MB_DATA43 MEM_MB_DATA44 MEM_MB_DATA45 MEM_MB_DATA46 MEM_MB_DATA47 MEM_MB_DATA48

MEM_MB_DATA50 MEM_MB_DATA51 MEM_MB_DATA52 MEM_MB_DATA53 MEM_MB_DATA54 MEM_MB_DATA55 MEM_MB_DATA56 MEM_MB_DATA57 MEM_MB_DATA58 MEM_MB_DATA59 MEM_MB_DATA60 MEM_MB_DATA61 MEM_MB_DATA62 MEM_MB_DATA63

MEM_MB_DM0 MEM_MB_DM1 MEM_MB_DM2 MEM_MB_DM3 MEM_MB_DM4 MEM_MB_DM5 MEM_MB_DM6 MEM_MB_DM7

C11 A11 A14 B14 G1 1 E11 D12 A13 A15 A16 A19 A20 C14 D14 C18 D18 D20 A21 D24 C25 B20 C20 B24 C24 E23 E24 G2 5 G2 6 C26 D26 G2 3

G2 4 AA24 AA23 AD24 AE24 AA26 AA25 AD26 AE25 AC22 AD22 AE20 AF20 AF24 AF23 AC20 AD20 AD18 AE18 AC14 AD14 AF19 AC18 AF16 AF15 AF13 AC12 AB11

Y11 AE14 AF14 AF11 AD11

A12

B16

A22

E25 AB26 AE22 AC16 AD12

C12

B12

D16

C16

A24

A23

F26

E26 AC25 AC26 AF21 AF22 AE16 AD16 AF12 AE12

MB_DATA0 MB_DATA1 MB_DATA2 MB_DATA3 MB_DATA4 MB_DATA5 MB_DATA6 MB_DATA7 MB_DATA8 MB_DATA9 MB_DATA10 MB_DATA11 MB_DATA12 MB_DATA13 MB_DATA14 MB_DATA15 MB_DATA16 MB_DATA17 MB_DATA18 MB_DATA19 MB_DATA20 MB_DATA21 MB_DATA22 MB_DATA23 MB_DATA24 MB_DATA25 MB_DATA26 MB_DATA27 MB_DATA28 MB_DATA29 MB_DATA30 MB_DATA31 MB_DATA32 MB_DATA33 MB_DATA34 MB_DATA35 MB_DATA36 MB_DATA37 MB_DATA38 MB_DATA39 MB_DATA40 MB_DATA41 MB_DATA42 MB_DATA43 MB_DATA44 MB_DATA45 MB_DATA46 MB_DATA47 MB_DATA48 MB_DATA49 MB_DATA50 MB_DATA51 MB_DATA52 MB_DATA53 MB_DATA54 MB_DATA55 MB_DATA56 MB_DATA57 MB_DATA58 MB_DATA59 MB_DATA60 MB_DATA61 MB_DATA62 MB_DATA63

MB_DM0 MB_DM1 MB_DM2 MB_DM3 MB_DM4 MB_DM5 MB_DM6 MB_DM7

MB_DQS_H0 MB_DQS_L0 MB_DQS_H1 MB_DQS_L1 MB_DQS_H2 MB_DQS_L2 MB_DQS_H3 MB_DQS_L3 MB_DQS_H4 MB_DQS_L4 MB_DQS_H5 MB_DQS_L5 MB_DQS_H6 MB_DQS_L6 MB_DQS_H7 MB_DQS_L7

SOC KET_ 638_PIN

ME M:D AT A

MA _D AT A 0 MA _D AT A 1 MA _D AT A 2 MA _D AT A 3 MA _D AT A 4 MA _D AT A 5 MA _D AT A 6 MA _D AT A 7 MA _D AT A 8

MA _D AT A 9 MA_DATA10 MA_DATA11 MA_DATA12 MA_DATA13 MA_DATA14 MA_DATA15 MA_DATA16 MA_DATA17 MA_DATA18 MA_DATA19 MA_DATA20 MA_DATA21 MA_DATA22 MA_DATA23 MA_DATA24 MA_DATA25 MA_DATA26 MA_DATA27 MA_DATA28 MA_DATA29 MA_DATA30 MA_DATA31 MA_DATA32 MA_DATA33 MA_DATA34 MA_DATA35 MA_DATA36 MA_DATA37 MA_DATA38 MA_DATA39 MA_DATA40 MA_DATA41 MA_DATA42 MA_DATA43 MA_DATA44 MA_DATA45 MA_DATA46 MA_DATA47 MA_DATA48 MA_DATA49 MA_DATA50 MA_DATA51 MA_DATA52 MA_DATA53 MA_DATA54 MA_DATA55 MA_DATA56 MA_DATA57 MA_DATA58 MA_DATA59 MA_DATA60 MA_DATA61 MA_DATA62 MA_DATA63

MA_ D M0 MA_ D M1 MA_ D M2 MA_ D M3 MA_ D M4 MA_ D M5 MA_ D M6 MA_ D M7

MA_DQS_H0

MA_ D QS _ L 0

MA_DQS_H1

MA_ D QS _ L 1

MA_DQS_H2

MA_ D QS _ L 2

MA_DQS_H3

MA_ D QS _ L 3

MA_DQS_H4

MA_ D QS _ L 4

MA_DQS_H5

MA_ D QS _ L 5

MA_DQS_H6

MA_ D QS _ L 6

MA_DQS_H7

MA_ D QS _ L 7

G12 F12 H14 G14 H11 H12 C13 E13 H15 E15 E17 H17 E14 F14 C17 G17 G18 C19 D22 E20 E18 F18 B22 C23 F20 F22 H24 J19 E21 E22 H20 H22 Y24 AB 24 AB 22 AA 21 W22 W21 Y22 AA 22 Y20 AA 20 AA 18 AB 18 AB 21 AD 2 1 AD 1 9 Y18 AD 1 7 W16 W14 Y14 Y17 AB 17 AB 15 AD 1 5 AB 13 AD 1 3 Y12 W11 AB 14 AA 14 AB 12 AA 12

E12 C15 E19 F24 AC 2 4 Y19 AB 16 Y13

G13 H13 G16 G15 C22 C21 G22 G21 AD 2 3 AC 2 3 AB 19 AB 20 Y15 W15 W12 W13

MEM_MA_DATA0 MEM_MA_DATA1 MEM_MA_DATA2 MEM_MA_DATA3 MEM_MA_DATA4 MEM_MA_DATA5 MEM_MA_DATA6 MEM_MA_DATA7 MEM_MA_DATA8 MEM_MA_DATA9M_ Z P ME M_ MA _D AT A 1 0 ME M_ MA _D AT A 1 1 ME M_ MA _D AT A 1 2 MEM_MA_DATA13 MEM_MA_DATA14 MEM_MA_DATA15 MEM_MA_DATA16 MEM_MA_DATA17 MEM_MA_DATA18 MEM_MA_DATA19 MEM_MA_DATA20 MEM_MA_DATA21 MEM_MA_DATA22 MEM_MA_DATA23 MEM_MA_DATA24 MEM_MA_DATA25 MEM_MA_DATA26 MEM_MA_DATA27 MEM_MA_DATA28 MEM_MA_DATA29 MEM_MA_DATA30 MEM_MA_DATA31 MEM_MA_DATA32 MEM_MA_DATA33 MEM_MA_DATA34 MEM_MA_DATA35 MEM_MA_DATA36 MEM_MA_DATA37 MEM_MA_DATA38 MEM_MA_DATA39 MEM_MA_DATA40 MEM_MA_DATA41 MEM_MA_DATA42 MEM_MA_DATA43 MEM_MA_DATA44 MEM_MA_DATA45 MEM_MA_DATA46 MEM_MA_DATA47 MEM_MA_DATA48 MEM_MA_DATA49 MEM_MA_DATA50 MEM_MA_DATA51 MEM_MA_DATA52 MEM_MA_DATA53 MEM_MA_DATA54 MEM_MA_DATA55 MEM_MA_DATA56 MEM_MA_DATA57 MEM_MA_DATA58 MEM_MA_DATA59 MEM_MA_DATA60 MEM_MA_DATA61 MEM_MA_DATA62 MEM_MA_DATA63

ME M_ MA _D M0 ME M_ MA _D M1 ME M_ MA _D M2 ME M_ MA _D M3 ME M_ MA _D M4 ME M_ MA _D M5 ME M_ MA _D M6 ME M_ MA _D M7

MEM_MA_DATA[0..63] 7

To SO-DI MM

1 soc ket

MEM _ MA _ D M[0 . .7 ] 7

MEM_MA_DQS0_P 7 MEM_MA_DQS0_N 7 MEM_MA_DQS1_P 7 MEM_MA_DQS1_N 7 MEM_MA_DQS2_P 7 MEM_MA_DQS2_N 7 MEM_MA_DQS3_P 7 MEM_MA_DQS3_N 7 MEM_MA_DQS4_P 7 MEM_MA_DQS4_N 7 MEM_MA_DQS5_P 7 MEM_MA_DQS5_N 7 MEM_MA_DQS6_P 7 MEM_MA_DQS6_N 7 MEM_MA_DQS7_P 7 MEM_MA_DQS7_N 7

B.Schematic Diagrams

Sheet 4 of 47

CPU-2

CPU-2 B - 5

Schematic Diagrams

CPU-3

Sheet 5 of 47

CPU-3

B.Schematic Diagrams

CPU_PWRGD18

CPU_LDT_STOP#10, 1 8

CPU_LDT_RST#18

CPU_ LDT_REQ#10

SC L K 319

SDATA319

T he rma l IC

3. 3 V

TH E R M _ R ST #

THERM_RST#30

La you t N ote : Ro ute H_ THE RMD A a nd H_ THE RMD C o n s ame la yer . 10 mi l t race o n 1 0 m il sp aci ng.

1. 8 VS

R 105 300_04

1. 8 VS

R 100 300_04

3. 3V S

1. 8 VS

R 391 300_04

CPU_LD T_REQ#

R 417

R 419

200 8/0 3/1 8

C719

*. 1U _ X7 R _1 0V _0 4

R459 *100K_1%_04

G

R108

PWRGD

*0_0402_5mil_short

R97

LDT_STOP#

*0_0402_5mil_short R 39 8 20K _ 04

Z05 02

R 39 7 34.8 K _04

R392

*0 _0 40 2_ 5m i l_ sh ort

G

DS

LDT_RST# LDT_RST#_HDT

*0 _04 02 _5 m i l_ sh ort

Q4 5

CPU_SIC

CPU_SID

DS

R455 *2 0K _1 % _ 04

Q49

*2 N70 02W

2N 700 2 W

1.8V

R418

R412

39 0_ 04

390_04

R456 *0 _0 4

Z0 5 0 9

20 mi l

R458 10 0K _0 4

H_THERMDA H_THERMDC

C716

10 00 P _X7 R _5 0V _ 04

Ne ar to AD M10 32

20 08/ 03/ 18

Q48 *AO34 09

Z05 10

Z05 11

DS

2.5VS

L25 FCM1608KT-300T07

C210 10 U _1 0V _ 08

Known low temperature PG issue, Replace w ith another part

3. 3V S

R393 300_04

TH M _ V D D

R454 0_ 04

C720 1U_16V_06

U29

1

VDD

10 MI LE

2

D+

10 MI LE

3

D-

A D M1 0 32A R M

Z05 12

R 44 8 * 0 _0 40 2_ 5mi l _s hor t

C PU_VDD0 _ RUN_ F B_H33 C PU_VDD0 _ RUN_ F B_L33

C PU_VDD1 _ RUN_ F B_H33 C PU_VDD1 _ RUN_ F B_L33

SDATA ALERT#

PWRGD

R426

R401

300 _0 4

300_04

* 0_ 040 2_ 5m il _s h o r t

CPU_ VDDNB

R406 1K_04

2N 3 90 4

H_THERMDC H_THERMDA

1.8V

1. 8 V

R 404

*10K_04

Z0 5 0 3

B

Q47

E C

CPU_VDDNB_RUN_F B_H 34 CPU_VDDNB_RUN_F B_L 34

CLOSE TO SOCKET

1.8V

*2N390 4

10 K _0 4

Z05 05

B

3. 3 V

R387

Q46

EC

R386 *10K_04

CPU_PROCHOT# 18 CPU_MEMHOT# 7,8

CPU_THERMTRIP# 1 9,38

C220

C209

. 22U _ 16 V _06

4.7U_6.3V_06

K eep tr a ce fr o m re si s or to CPU within 0.6" keep trace from caps to CPU within 1.2 "

LAYOUT : ROU T E VD DA TRAC E AP PROX. 50 m ils W ID E (USE 2 x 25 m il T R AC ES T O EX IT BAL L FIELD) AND 50 0 m ils LO NG.

CPU_CLKP2

C241

3 900 P _X 7R _ 50V_ 04

AMD CHECK

CPU_CLKN2

PR37 2.2_1%_06

CPU_VDD0

PR38 2.2_1%_06

CLOSE TO SO CKET

C246

390 0P _ X7 R _50 V _0 4

tolerance 10% 1113

C242

390 0P _ X7 R _50 V _0 4

place them to CPU within 1.5"

CPU_ V DD1

CPU_ VDDA_RUN

R118

16 9_ 1%_ 04

C223 .1 U_X7R_10V_04

1.2VS

P R 13 5 2. 2_ 1% _06

PR 134 2 . 2_ 1% _ 06

R573 R574

R431

*0_04

CPU_CLKIN_SC_P CPU_CLKIN_SC_N

LD T _R S T #

PWRGD

LD T _S T OP# CPU_LDT_REQ#

CPU_SIC CPU_SID CPU_ALERT

R 4 00 44 . 2_ 1%_ 04 R 4 02 44 . 2_ 1%_ 04

CPU_DBRDY CPU_TMS CPU_TCK CPU_TRST# CPU_TDI

CPU_TEST23_ TSTUPD CPU_T EST 18_PLLTEST1

CPU_T EST 19_PLLTEST0

CPU_TEST25 _H_BYPASSCL K_H CPU_TEST25_L_BYPASSCLK_L

300_04

C P U _T ES T 21 _S C A N EN CPU_TEST 20_SCANCLK2 CPU_TEST 24_SCANCLK1

300_04

CPU_TEST 22_SCANSHIF TEN CPU_TEST 12_SCANSHIF TENB C P U _T ES T 27 _S I N G LE C H A I N

CPU_TEST9_ ANAL OGIN CPU_TEST 6_DIECRACKMON

VDDA 250mA

CPU_HTREF0 CPU_HTREF1

U28D

F8

VDDA1

F9

VDDA2

A9

CLKIN_ H

A8

CLKIN_ L

B7

RESET_L

A7

PWROK

F10

LD T S TO P _L

C6

LD T R E Q _L

AF 4

SIC

AF 5

SID

AE 6

ALERT_ L

R6

HT_REF0

P6

HT_REF1

F6

VDD0_ FB_H

E6

VDD0_ FB_L

Y6

VDD1_ FB_H

AB 6

VDD1_ FB_L

G10

DBRDY

AA 9

TMS

AC9

TC K

AD9

TR S T _L

AF 9

TD I

AD7

TE S T2 3

H10

TE S T1 8

G9

TE S T1 9

E9

TE S T2 5_ H

E8

TE S T2 5_ L

AB 8

TE S T2 1

AF 7

TE S T2 0

AE 7

TE S T2 4

AE 8

TE S T2 2

AC8

TE S T1 2

AF 8

TE S T2 7

C2

TE S T9

AA 6

TE S T6

A3

RSVD 1

A5

RSVD 2

B3

RSVD 3

B5

RSVD 4

C1

RSVD 5

THERMTRIP_L

PR O C H O T _L

MEMHOT _L

THERMDC

TH E R M D A

VD D I O _ F B_ H VDDIO_FB_L

VDDNB_FB_H VDDNB_FB_L

DBREQ_L

TEST28_H TE S T28 _L

TE ST 1 7 TE ST 1 6 TE ST 1 5 TE ST 1 4

TEST7 TE ST 1 0

TEST8

TEST29_H TE S T29 _L

RSVD10

RSVD9 RSVD8 RSVD7 RSVD6

S O C K ET _6 3 8 _P I N

M1 1

KEY1

W18

KEY2

A6

SVC

A4

SVD

AF6 AC7 AA8

W7 W8

W9 Y9

H6 G6

E10 AE9

TDO

J7 H8

D7 E7 F7 C7

C3 K8

C4

C9 C8

H18 H19 AA7 D5 C5

1.8V

CPU_SVC_R CPU_SVD_R

CPU_THER MTRIP#_1.8V CPU_PROCHOT#_ R C P U _ME MH O T #_ 1.8V

R 4 49 *0_ 04 02 _1 0mi l _s hor t

CPU_THER MDC

R 4 51 *0_ 04 02 _1 0mi l _s hor t

CPU_THER MDA

Z05 06 Z05 07

PR35 2.2_1%_06

P R 3 6 2. 2 _1% _0 6

CPU_DBREQ#

R 5 72 30 0_ 04

CPU_TDO

CPU_TEST28_H_PLLCHRZ_P C P U _T E S T 28 _L _P LL C H R Z _N

CPU_TEST17_BP3 CPU_TEST16_BP2 CPU_TEST15_BP1 CPU_TEST14_BP0

C P U _T E ST 7_ AN A L O G _T CPU_TEST10_ANALOGOUT

CPU_TEST8_DIG_T

CPU_TEST29_H_FBCLKOUT_P C P U _T E ST 29 _L _F BC LK O U T_ N

R399 30 0_ 04

R277

VID Override Circuit

3.3V

CPU_SVC

CPU_SVD

PWRGD 1

*220_04

1.8V

R103

R441

R434

*2 20 _04

*2 . 2K_04

1K _ 04

R420

R109

*220_04

1 K _04

R427

CPU_ SVC 33,34

CPU_ SVD 33,34

1.8V

R119 10 K_ 04

Z05 01

G

DS

Q14 2N7002W

R112 *0_04

C PU_PWRGD_SV ID_ REG

3. 3 VS

R115 4 . 7K _0 4

CPU_PW RGD_SVID_REG 33,34

VDD3

R452

R450

4.7K_04

8

SCLK

7

R 4 46 *0 _0 4

6

Z05 13

54

GNDTHERM#

SMC_C PU_THERM 30 SMD_C PU_THERM 30 THERM_ALERT# 19,30

R 44 7 10K _ 04

THM_VDD

CPU_ SVC_ R

CPU_ SVD_ R

PWRGD

R430

R433

R106

*0 _0 40 2_ 5m i l _s hort

B - 6 CPU-3

HDT Conne ctor

LDT_R ST# PWRGD

CPU_DBREQ# CPU_DBRDY CPU_TCK CPU_TMS CPU_TDI CPU_TRST# CPU_TDO

1.8V

J1

1 3 5 7

9 11 13 15 17 19 21 23

KEY

*ASP-68200-07

2 4 6 8 10 12 14 16 18 20 22 24 26

LDT_RST#_HDT

PW R G D

CPU_DBRE Q#

C909

.1U_X7R_10V_04

2008/03/24

C910

.1 U _X 7R_ 10 V _04

CPU-4

Schematic Diagrams

VDD0 CORE

0. 37 5-1. 500V 18 A

CPU_VDDNB 3A

CPU_VDDNB

1.8V

VDDIO 2A

U28E

CP U_VD D0 CPU_VDD1

G4

VDD0_1

H2

VDD0_2

J9

VDD0_3

J11

VDD0_4

J13

VDD0_5

J15

VDD0_6

K6

VDD0_7

K10

VDD0_8

K12

VDD0_9

K14

VDD0_10

L4

VDD0_11

L7

VDD0_12

L9

VDD0_13

L11

VDD0_14

L13

VDD0_15

L15

VDD0_16

M2

VDD0_17

M6

VDD0_18

M8

VDD0_19

M1 0

VDD0_20

N7

VDD0_21

N9

VDD0_22

N11

VDD0_23

K16

VD DN B_ 1

M1 6

VD DN B_ 2

P16

VD DN B_ 3

T16

VD DN B_ 4

V16

VD DN B_ 5

H25

VD DIO 1

J17

VD DIO 2

K18

VD DIO 3

K21

VD DIO 4

K23

VD DIO 5

K25

VD DIO 6

L17

VD DIO 7

M1 8

VD DIO 8

M2 1

VD DIO 9

M2 3

VD DIO 1 0

M2 5

VD DIO 1 1

N17 P18

VD DIO 12 V DD IO1 3

SOCK ET_638_PIN

VDD1_1 VDD1_2 VDD1_3 VDD1_4 VDD1_5 VDD1_6 VDD1_7 VDD1_8

VDD1_9 V DD1_10 V DD1_11 V DD1_12 V DD1_13 V DD1_14 V DD1_15 V DD1_16 V DD1_17 V DD1_18 V DD1_19 V DD1_20 V DD1_21 V DD1_22 V DD1_23 V DD1_24 V DD1_25 V DD1_26

VDDIO27 VDDIO26 VDDIO25 VDDIO24 VDDIO23 VDDIO22 VDDIO21 VDDIO20 VDDIO19 VDDIO18 VDDIO17 VDDIO16 VDDIO15 VDDIO14

P8 P10 R4 R7 R9 R11 T2 T6 T8 T10 T12 T14 U7 U9 U11 U13 U15 V6 V8 V10 V12 V14 W4 Y2 AC 4 AD 2

Y25 V25 V23 V21 V18 U17 T25

T23 T21 T18 R17 P25 P23 P21

VD D1 CO RE

1.375-1.500V 18A

1.8V

VDD IO 2A

AA4 AA11 AA13 AA15 AA17 AA19

AB2

AB7

AB9 AB23 AB25 AC11 AC13 AC15 AC17 AC19 AC21

AD6

AD8 AD25 AE11 AE13 AE15 AE17 AE19 AE21 AE23

B4 B6 B8

B9 B11 B13 B15 B17 B19 B21 B23 B25

D6

D8

D9 D11 D13 D15 D17 D19 D21 D23 D25

E4

F2 F11 F13 F15 F17 F19 F21 F23 F25

H7

H9 H21 H23

J4

U28F

V SS1 V SS2 V SS3 V SS4 V SS5 V SS6 V SS7 V SS8 V SS9 V SS1 0 V SS1 1 V SS1 2 V SS1 3 V SS1 4 V SS1 5 V SS1 6 V SS1 7 V SS1 8 V SS1 9 V SS2 0 V SS2 1 V SS2 2 V SS2 3 V SS2 4 V SS2 5 V SS2 6 V SS2 7 V SS2 8 V SS2 9 V SS3 0 V SS3 1 V SS3 2 V SS3 3 V SS3 4 V SS3 5 V SS3 6 V SS3 7 V SS3 8 V SS3 9 V SS4 0 V SS4 1 V SS4 2 V SS4 3 V SS4 4 V SS4 5 V SS4 6 V SS4 7 V SS4 8 V SS4 9 V SS5 0 V SS5 1 V SS5 2 V SS5 3 V SS5 4 V SS5 5 V SS5 6 V SS5 7 V SS5 8 V SS5 9 V SS6 0 V SS6 1 V SS6 2 V SS6 3 V SS6 4 V SS6 5

SOC KET_638_PIN

VSS 66 VSS 67 VSS 68 VSS 69 VSS 70 VSS 71 VSS 72 VSS 73 VSS 74 VSS 75 VSS 76 VSS 77 VSS 78 VSS 79 VSS 80 VSS 81 VSS 82 VSS 83 VSS 84 VSS 85 VSS 86 VSS 87 VSS 88 VSS 89 VSS 90 VSS 91 VSS 92 VSS 93 VSS 94 VSS 95 VSS 96 VSS 97 VSS 98

VSS 99 VS S1 00 VS S1 01 VS S1 02 VS S1 03 VS S1 04 VS S1 05 VS S1 06 VS S1 07 VS S1 08 VS S1 09 VS S1 10 VS S1 11 VS S1 12 VS S1 13 VS S1 14 VS S1 15 VS S1 16 VS S1 17 VS S1 18 VS S1 19 VS S1 20 VS S1 21 VS S1 22 VS S1 23 VS S1 24 VS S1 25 VS S1 26 VS S1 27 VS S1 28 VS S1 29

J6 J8 J10 J12 J14 J16 J18 K2 K7 K9 K11 K13 K15 K17 L6 L8 L10 L12 L14 L16 L18 M7 M9 AC6 M17 N4 N8 N10 N16 N18 P2 P7 P9 P11 P17 R8

R10 R16 R18 T7 T9 T11 T13 T15 T17 U4 U6 U8 U10 U12 U14 U16 U18 V2 V7 V9 V11 V13 V15 V17 W6 Y21 Y23 N6

BOTTOM SIDE DECOUPLING

C PU_ V D D0

C208

C675

1.8VC PU_ V D DN B

C292

.22U_10V_04

C 234

22U__Y5V_6.3V_08

.22U_10V_04

C 660

22U_10V_12

C293

22U _10V_12

.22U_10V_04

C740

C302

.22U_10V_04

C249

.01U_16V_04

C231

.01U_16V_04

C307

.22U_10V_04

*.22U_10V_04

C259

C204

C250

22U __Y5V_6.3V_08

10U _6.3V_08

C PU_ V D D1

22 U _ 10 V _ 1 2

DECOUPLING BETWEEN PROCESSOR AND DIMMs PLACE CLOSE TO PROCESSOR AS POSSIBLE

1.8V

4 . 7U _ 6 . 3V _0 6

C688

22U _10V _12

22U _10V_12

C711

4.7U_6.3V_06

C297

*4.7U_6.3V_06

C682

C 715

C741

22U__Y5V_6.3V_08

22U _10V_12

22U_10V_12

C298

4.7U _6.3V_06

C224

C218

.22U _10V _04

C752

*.22U_10V_04

180P_NP O_50V _04

C239

180P_NP O_50V _04

C237

C747

180P_X7R _50V _04

. 01U _16V_04 C 748

C253

C 303

. 01U _16V_04

180P_X7R_50V _04

C308

180P_NPO_50V _04

C751

C73 7

B.Schematic Diagrams

Sheet 6 of 47

CPU-4

CPU-4 B - 7

Schematic Diagrams

DDRII S0-DIMM 0

Sheet 7 of 47

DDRII S0-DIMM 0

B.Schematic Diagrams

MEM_MA_ AD D[0..15]4

MEM_MA_B A N K [0.. 2 ]4

MEM_M A0_CS# 04 MEM_M A0_CS# 14 MEM_M A_CLK1 _P4 MEM_M A_CLK1 _N4 MEM_M A_CLK7 _P4 MEM_M A_CLK7 _N4

MEM_M A_C K E04 MEM_M A_C K E14 MEM_ MA _CA S #4 MEM_ MA _RA S #4

MEM _MA_WE #4

SCLK02,8,19 SDATA02,8,19

R189

R18 7

MEM_MA0 _OD T04

10K_04

10 K_ 04

MEM_MA0 _OD T14

MEM _MA_DM [0..7]4

M EM_MA _DQS 0 _P4 M EM_MA _DQS 1 _P4 M EM_MA _DQS 2 _P4 M EM_MA _DQS 3 _P4 M EM_MA _DQS 4 _P4 M EM_MA _DQS 5 _P4 M EM_MA _DQS 6 _P4 M EM_MA _DQS 7 _P4

M EM_MA _DQS 0 _N4 M EM_MA _DQS 1 _N4 M EM_MA _DQS 2 _N4 M EM_MA _DQS 3 _N4 M EM_MA _DQS 4 _N4 M EM_MA _DQS 5 _N4 M EM_MA _DQS 6 _N4 M EM_MA _DQS 7 _N4

3. 3 V S

C382

2.2U_6.3V_06

CPU_MEM HOT#5, 8

MVREF_DIM

20mils

C360

2.2U_6.3V_06

SO-DIMM 0

MEM_ MA_AD D 0 MEM_ MA_AD D 1 MEM_ MA_AD D 2 MEM_ MA_AD D 3 MEM_ MA_AD D 4 MEM_ MA_AD D 5 MEM_ MA_AD D 6 MEM_ MA_AD D 7 MEM_ MA_AD D 8 MEM_ MA_AD D 9 MEM_ MA_AD D 10 MEM_ MA_AD D 11 MEM_ MA_AD D 12 MEM_ MA_AD D 13 MEM_ MA_AD D 14 MEM_ MA_AD D 15 MEM_ MA_BAN K2

MEM_ MA_BAN K0 MEM_ MA_BAN K1 MEM_ MA0_CS# 0

MEM_ MA0_CS# 1 MEM_ MA_CLK1 _P MEM_ MA_CLK1 _N MEM_ MA_CLK7 _P MEM_ MA_CLK7 _N MEM_ MA_CK E 0 MEM_ MA_CK E 1

MEM_ MA_CA S #

MEM_ MA_RA S #

MEM_ MA_W E#

SA0_ DIM0_1

SA1_ DIM0_1

SCLK0

SDATA0

MEM_ MA0_OD T0

MEM_ MA0_OD T1

MEM_ MA_D M0 MEM_ MA_D M1 MEM_ MA_D M2 MEM_ MA_D M3 MEM_ MA_D M4 MEM_ MA_D M5 MEM_ MA_D M6 MEM_ MA_D M7

MEM_ MA_DQS 0_P MEM_ MA_DQS 1_P MEM_ MA_DQS 2_P MEM_ MA_DQS 3_P MEM_ MA_DQS 4_P MEM_ MA_DQS 5_P MEM_ MA_DQS 6_P MEM_ MA_DQS 7_P

MEM_ MA_DQS 0_N MEM_ MA_DQS 1_N MEM_ MA_DQS 2_N MEM_ MA_DQS 3_N MEM_ MA_DQS 4_N MEM_ MA_DQS 5_N MEM_ MA_DQS 6_N MEM_ MA_DQS 7_N

1.8V

20 mi ls

C36 6

.1U_X7R_10V_04

Z0701

R191 *0 _0 40 2_ 5m i l_s ho r t

MVREF_DIM

DIMM0_GND0 DIMM0_GND1

C42 1

. 1 U _X 7R _ 10 V_ 04

R195

1K_1%_04

R196

1K_1%_04

102 101 100

105

116

107 106 110 115

164 166

113 108 109 198 200 197 195

114 119

130 147 170 185

131 148 169 188

129 146 167 186

112 111 117

118

103 104 199

120

163

201 202

133 183

184

121 122 196 193

99 98 97 94 92 93 91

90 89

86 84 85

30 32

79 80

10 26 52 67

13 31 51 70

11 29 49 68

96 95

81 82 87

88

83 50

69

1

47

77 12 48

78 71 72

8

1. 8 V

J_ D IM M_1 A

A0 A1 A2 A3 A4 A5 A6 A7 A8 A9 A10/AP A11 A12 A13 A14 A15 A16_BA2

BA0 BA1 S0# S1# CK0 CK0# CK1 CK1# CKE0 CKE1 CAS# RAS# WE# SA0 SA1 SCL SDA

OD T0 OD T1

DM 0 DM 1 DM 2 DM 3 DM 4 DM 5 DM 6 DM 7

DQ S0 DQ S1 DQ S2 DQ S3 DQ S4 DQ S5 DQ S6 DQ S7

DQ S0# DQ S1# DQ S2# DQ S3# DQ S4# DQ S5# DQ S6# DQ S7#

2-1734073 -1 J_ D IM M_1 B

VDD1 VDD2 VDD3 VDD4 VDD5 VDD6 VDD7 VDD8 VDD9 VDD10 VDD11 VDD12

VDDSPD NC 1

NC 2 NC 3 NC 4 NC TEST

VREF GN D0

GN D1

VSS1 VSS2 VSS3 VSS4 VSS5 VSS6 VSS7 VSS8 VSS9 VSS10 VSS11 VSS12 VSS13 VSS14 VSS15

2-1734073 -1

Z070 3

7

R 197 *0_04

R204

*1 0_ 04 _1 %

MEM_MA_ D ATA[ 0..63 ] 4

R205

*1 0K_ 04

C412

*.1U_X7R_10V_04

Wi dt h 20 mil ,l en gth <6 inch

MVREF_ DIM

C368

.1U _X7R_ 10V_04

10 00 P _X 7R _ 50 V_ 04

C367

5

MEM_MA _DAT A0

DQ0

MEM_MA _DAT A1

7

DQ1

17

MEM_MA _DAT A2

DQ2

19

MEM_MA _DAT A3

DQ3

MEM_MA _DAT A4

4

DQ4

6

MEM_MA _DAT A5

DQ5

MEM_MA _DAT A6

14

DQ6

MEM_MA _DAT A7

16

DQ7

MEM_MA _DAT A8

23

DQ8

MEM_MA _DAT A9

25

DQ9

MEM_MA _DAT A10

35

DQ10

MEM_MA _DAT A11

37

DQ11

MEM_MA _DAT A12

20

DQ12

MEM_MA _DAT A13

22

DQ13

MEM_MA _DAT A14

36

DQ14

MEM_MA _DAT A15

38

DQ15

MEM_MA _DAT A20

43

DQ16

MEM_MA _DAT A17

45

DQ17

MEM_MA _DAT A18 M EM_MA _BA NK 0

55

DQ18

MEM_MA _DAT A21

57

DQ19

MEM_MA _DAT A23

44

DQ20

MEM_MA _DAT A22

46

DQ21

MEM_MA _DAT A19

56

DQ22

MEM_MA _DAT A16

58

DQ23

MEM_MA _DAT A24

61

DQ24

MEM_MA _DAT A25

63

DQ25

MEM_MA _DAT A27

73

DQ26

MEM_MA _DAT A26

75

DQ27

MEM_MA _DAT A28

62

DQ28

MEM_MA _DAT A29

64

DQ29

MEM_MA _DAT A30

74

DQ30

MEM_MA _DAT A31

76

DQ31

MEM_MA _DAT A32

12 3

DQ32

MEM_MA _DAT A38

12 5

DQ33

MEM_MA _DAT A33

13 5

DQ34

MEM_MA _DAT A34

13 7

DQ35

MEM_MA _DAT A36

12 4

DQ36

MEM_MA _DAT A37

12 6

DQ37

MEM_MA _DAT A35

13 4

DQ38

MEM_MA _DAT A39

13 6

DQ39

MEM_MA _DAT A40

14 1

DQ40

MEM_MA _DAT A41

14 3

DQ41

MEM_MA _DAT A42

15 1

DQ42

MEM_MA _DAT A43

15 3

DQ43

MEM_MA _DAT A44

14 0

DQ44

MEM_MA _DAT A45

14 2

DQ45

MEM_MA _DAT A46

15 2

DQ46

MEM_MA _DAT A47

15 4

DQ47

MEM_MA _DAT A48

15 7

DQ48

MEM_MA _DAT A49

15 9

DQ49

MEM_MA _DAT A50

17 3

DQ50

MEM_MA _DAT A51

17 5

DQ51

MEM_MA _DAT A52

15 8

DQ52

MEM_MA _DAT A53

16 0

DQ53

MEM_MA _DAT A54

17 4

DQ54

MEM_MA _DAT A55

17 6

DQ55

MEM_MA _DAT A56

17 9

DQ56

MEM_MA _DAT A57

18 1

DQ57

MEM_MA _DAT A62

18 9

DQ58

MEM_MA _DAT A58

19 1

DQ59

MEM_MA _DAT A60

18 0

DQ60

MEM_MA _DAT A61

18 2

DQ61

MEM_MA _DAT A63

19 2

DQ62

MEM_MA _DAT A59

19 4

DQ63

18

VSS16

24

VSS17

41

VSS18

53

VSS19

42

VSS20

54

VSS21

59

VSS22

65

VSS23

60

VSS24

66

VSS25

12 7

VSS26

13 9

VSS27

12 8

VSS28

14 5

VSS29

16 5

VSS30

17 1

VSS31

17 2

VSS32

17 7

VSS33

18 7

VSS34

17 8

VSS35

19 0

VSS36

9

VSS37

21

VSS38

33

VSS39

15 5

VSS40

34

VSS41

13 2

VSS42

14 4

VSS43

15 6

VSS44

16 8

VSS45

2

VSS46

3

VSS47

15

VSS48

27

VSS49

39

VSS50

14 9

VSS51

16 1

VSS52

28

VSS53

40

VSS54

13 8

VSS55

15 0

VSS56

16 2

VSS57

R202 0_04

3. 3 V

C41 8

*.1UF_1 6V_ 04

84

U10 B

Z0702

*LM358

5

+

6

-

C416 10 00 PF_ 50 V _04

Z0 70 4

R203 * 0_04

0. 9 V

RN9

1 4 2 3

14 23

4P2RX47_04 RN10

4P2RX47_04 RN11

4P2RX47_04 RN12

4P2RX47_04 RN13

4P2RX47_04 RN14

4P2RX47_04

4P2RX47_04 RN16

4P2RX47_04

RN17 4P2RX47_04

RN18 4P2RX47_04

RN19 4P2RX47_04

RN20 4P2RX47_04

RN21 4P2RX47_04

RN22 4P2RX47_04

C 39 4 * . 1U _ X7 R _1 0V_ 04 C395 .1U_X7 R_10V_04 C 39 6 * . 1U _ X7 R _1 0V_ 04 C377 .1U_X7 R_10V_04 C 39 8 * . 1U _ X7 R _1 0V_ 04 C393 .1U_X7 R_10V_04 C 37 4 * . 1U _ X7 R _1 0V_ 04RN15 C397 .1U_X7 R_10V_04

C 37 6 * . 1U _ X7 R _1 0V_ 04 C399 .1U_X7 R_10V_04 C 37 8 * . 1U _ X7 R _1 0V_ 04 C375 .1U_X7 R_10V_04

C 38 0 * . 1U _ X7 R _1 0V_ 04 C379 .1U_X7 R_10V_04 C 39 2 * . 1U _ X7 R _1 0V_ 04 C 38 1 . 01 U_1 6V_0 4

1. 8V

MEM_ MA _CK E 04

MEM_ MA _W E#4

MEM_ MA _CA S #4 MEM_ MA 0_ C S#14

MEM_ MA 0_ O D T14 MEM_ MA _CK E 14

MEM_ MA _RA S #4 MEM_ MA 0_ C S#04

MEM_ MA 0_ O D T04

M EM_MA _BA NK 2 M EM_MA _AD D 9

M EM_MA _AD D 1 2 M EM_MA _AD D 8

M EM_MA _AD D 1 M EM_MA _AD D 5

M EM_MA _AD D 3

M EM_MA _AD D 1 0

M EM_MA _AD D 1 5

M EM_MA _AD D 1 4 M EM_MA _AD D 7

M EM_MA _AD D 1 1 M EM_MA _AD D 6

M EM_MA _AD D 4 M EM_MA _AD D 2

M EM_MA _AD D 0 M EM_MA _BA NK 1

M EM_MA _AD D 1 3

C LO SE TO SO -DI MM_ 0

MVR EF_ D IM

MEM_MA_ CLK7 _P4

t ole ra nce 1 0% 111 3

MEM_MA_ CLK7 _N4 MEM_MA_ CLK1 _P4

t ole ra nce 1 0% 111 3

MEM_MA_ CLK1 _N4

0.9V

C405

10U_10V_08

1.8 V

+

C408 100U_6.3V_B2

1.8V

.1U_X7R_1 0V_04

C352

C388

.1U_X7 R _10V_04

*.1U_X7R_10V_04

PLAC E CLOSE TO S OCKET( PE R EM I/E M C)

C243

1.5P_X7R_50V_04

C256

1.5P_X7R_50V_04

1.8V

C385

1 0U _ 10 V_ 08

C365

C407

10 U _1 0V_ 08

1 0U _ 10 V_ 08

PLAC E CLOSE T O PRO CESSO R W IT HIN 1.5 INCH

.1U_X7R_1 0V_04

C406 *10 U_1 0V_ 08

* .1U _ X7R _1 0V _0 4

. 01 U _1 6V_0 4

C391

.1 U _ X7R _1 0V _0 4

C401

.1 U _X 7R _1 0V _0 4

C356

4.7U _6.3 V _0 6

C404

C353

.1U_X7R_ 10V_04

C357 *4.7U _6.3V_06

C371

C370

C386

C364

C403

.1U_X7R_10V_04

C355 * .22U_X7R_06

C389

.1U_X7R_10V_04

+

C373 *2 20 U _4V _D

1.8V

.1U_X7R_ 10V_ 04

C387 *1 U_6 .3V_ 04

C402 1U _6 .3V_04

*. 1U _X 7R _ 10 V_ 04

C345 1U_6.3V_04

.01U_16V_0 4

C354 .22 U _X 7R _ 06

C346

C383

B - 8 DDRII S0-DIMM 0

DDRII S0-DIMM 1

Schematic Diagrams

MEM_ MB _ADD [0 . .15 ]4

MEM_M B_B A N K [ 0..2 ]4

MEM_ MB 0_C S# 04 MEM_ MB 0_C S# 14

R488

4. 7 K _0 4

R484 0_ 04

CPU_M EM HOT#5,7

3. 3 V S

MVREF_ DIM

MEM_ MB _C LK1 _P4 MEM_ MB _C LK1 _N4 MEM_ MB _C LK7 _P4 MEM_ MB _C LK7 _N4

MEM_ MB _ CK E04 MEM_ MB _ CK E14 MEM_M B_C AS #4 MEM_M B_R AS #4

MEM_ MB _W E #4

SCLK02,7,19 SDATA02,7,19

MEM_MB0_ODT04 MEM_MB0_ODT14

MEM_ MB _DM [0..7]4

MEM_MB_ D QS 0 _P4 MEM_MB_ D QS 1 _P4 MEM_MB_ D QS 2 _P4 MEM_MB_ D QS 3 _P4 MEM_MB_ D QS 4 _P4 MEM_MB_ D QS 5 _P4 MEM_MB_ D QS 6 _P4 MEM_MB_ D QS 7 _P4

MEM_MB_ D QS 0 _N4 MEM_MB_ D QS 1 _N4 MEM_MB_ D QS 2 _N4 MEM_MB_ D QS 3 _N4 MEM_MB_ D QS 4 _N4 MEM_MB_ D QS 5 _N4 MEM_MB_ D QS 6 _N4 MEM_MB_ D QS 7 _N4

C440

2. 2 U _6 .3V _ 06

C430

2. 2 U _6 .3V _ 06

20mils

3. 3 VS

SO-DIMM 1

MEM_ MB _ADD 0 MEM_ MB _ADD 1 MEM_ MB _ADD 2 MEM_ MB _ADD 3 MEM_ MB _ADD 4 MEM_ MB _ADD 5 MEM_ MB _ADD 6 MEM_ MB _ADD 7 MEM_ MB _ADD 8 MEM_ MB _ADD 9 MEM_ MB _ADD 1 0 MEM_ MB _ADD 1 1 MEM_ MB _ADD 1 2 MEM_ MB _ADD 1 3 MEM_ MB _ADD 1 4 MEM_ MB _ADD 1 5 MEM_ MB _BA N K 2

MEM_ MB _BA N K 0 MEM_ MB _BA N K 1 MEM_ MB 0_C S #0

MEM_ MB 0_C S #1 MEM_ MB _CL K1_ P MEM_ MB _CL K1_ N MEM_ MB _CL K7_ P MEM_ MB _CL K7_ N MEM_ MB _CKE 0 MEM_ MB _CKE 1

MEM_ MB _CAS #

MEM_ MB _RAS #

MEM_ MB _W E #

SA0_DIM1_ 1

SA1_DIM1_ 1

SCLK0 SDATA0

MEM_ MB 0_O D T 0

MEM_ MB 0_O D T 1

MEM_ MB _DM 0 MEM_ MB _DM 1 MEM_ MB _DM 2 MEM_ MB _DM 3 MEM_ MB _DM 4 MEM_ MB _DM 5 MEM_ MB _DM 6 MEM_ MB _DM 7

MEM_ MB _DQS 0 _P MEM_ MB _DQS 1 _P MEM_ MB _DQS 2 _P MEM_ MB _DQS 3 _P MEM_ MB _DQS 4 _P MEM_ MB _DQS 5 _P MEM_ MB _DQS 6 _P MEM_ MB _DQS 7 _P

MEM_ MB _DQS 0 _N MEM_ MB _DQS 1 _N MEM_ MB _DQS 2 _N MEM_ MB _DQS 3 _N MEM_ MB _DQS 4 _N MEM_ MB _DQS 5 _N MEM_ MB _DQS 6 _N MEM_ MB _DQS 7 _N

1.8V

C420

.1U_X7R _10V_04

R207

Z0801

* 0_ 04 02 _ 5m il _s ho r t

MVREF_DIM

DIMM1_G ND0

C422

DIMM1_G ND1

.1U_ X7 R_10V_04

14 23

.1U_X7R_10V_04

C417

.1U_X7R _10V_04

C769 .22U_X7R_0 6

C770 *4 .7U _ 6. 3 V _0 6

RN 23 4P2RX47_04

RN 24 4P2RX47_04

RN 25 4P2RX47_04

RN 26 4P2RX47_04

RN 27 4P2RX47_04

RN 28 4P2RX47_04

RN 29 4P2RX47_04

RN 30 4P2RX47_04

RN 31 4P2RX47_04

RN 32 4P2RX47_04

RN 33 4P2RX47_04

RN 34 4P2RX47_04

RN 35 4P2RX47_04

RN 36 4P2RX47_04

0. 9 V

.1U_X7R_10V_04

C443

+

C429 220U_4V_D

C771

4. 7 U _6 . 3V _ 06

C446 * .1U_X7R_10V_04 C433 .1U_ X7R_10V_04 C434 * .1U_X7R_10V_04 C447 .1U_ X7R_10V_04 C436 * .1U_X7R_10V_04 C449 .1U_ X7R_10V_04 C438 * .1U_X7R_10V_04 C451 .1U_ X7R_10V_04

C448 * .1U_X7R_10V_04 C 4 53 .0 1U _1 6V _ 04 C450 * .1U_X7R_10V_04 C435 .1U_ X7R_10V_04

C432 * .1U_X7R_10V_04 C437 .1U_ X7R_10V_04 C452 * .1U_X7R_10V_04 C439 .1U_ X7R_10V_04

C444

C456 10 U _ 10 V_ 0 8

C426

.1U_X7R _10V_ 04

1.8V

0.9V

C454

.1U _X7R_10 V_04

C419 10U _10V_08

C441

*. 1U _X 7R_ 10 V _0 4

C442

*.1U_X7R_10V_04

C409

.1U_X7R _10V_04

C425

.01U_16V_04

C410

.1U_X7R_10V_04

B.Schematic Diagrams

Sheet 8 of 47

DDRII S0-DIMM 1

C464

.1U_ X7 R_10V_04

J_D IMM_ 2A

102

A0

101

A1

100

A2

99

A3

98

A4

97

A5

94

A6

92

A7

93

A8

91

A9

105

A10/AP

90

A11

89

A12

116

A13

86

A14

84

A15

85

A16_BA2

107

BA0

106

BA1

110

S0#

115

S1#

30

CK0

32

CK0#

164

CK1

166

CK1#

79

CKE0

80

CKE1

113

CAS#

108

RAS#

109

WE#

198

SA0

200

SA1

197

SCL

195

SDA

114

ODT0

119

ODT1

10

DM0

26

DM1

52

DM2

67

DM3

130

DM4

147

DM5

170

DM6

185

DM7

13

DQS0

31

DQS1

51

DQS2

70

DQS3

131

DQS4

148

DQS5

169

DQS6

188

DQS7

11

DQS0#

29

DQS1#

49

DQS2#

68

DQS3#

129

DQS4#

146

DQS5#

167

DQS6#

186

DQS7#

17 34 0 75 -2 J_D IMM_ 2B

112

VDD 1

111

VDD 2

117

VDD 3

96

VDD 4

95

VDD 5

118

VDD 6

81

VDD 7

82

VDD 8

87

VDD 9

103

VDD 10

88

VDD 11

104

VDD 12

199

VDD SPD

83

NC1

120

NC2

50

NC3

69

NC4

163

NCTEST

1

VREF

201

G ND0

202

G ND1

47

VSS1

133

VSS2

183

VSS3

77

VSS4

12

VSS5

48

VSS6

184

VSS7

78

VSS8

71

VSS9

72

VSS10

121

VSS11

122

VSS12

196

VSS13

193

VSS14

8

VSS15

17 34 0 75 -2

MEM_ MB _D ATA 0

5

DQ0

MEM_ MB _D ATA 1

7

DQ1

17

MEM_ MB _D ATA 2

DQ2

MEM_ MB _D ATA 3

19

DQ3

4

MEM_ MB _D ATA 4

DQ4

MEM_ MB _D ATA 5

6

DQ5

MEM_ MB _D ATA 6

14

DQ6

MEM_ MB _D ATA 7

16

DQ7

23

MEM_ MB _D ATA 8

DQ8

25

MEM_ MB _D ATA 9

DQ9

35

MEM_ MB _D ATA 10

DQ10

MEM_ MB _D ATA 11

37

DQ11

20

MEM_ MB _D ATA 12

DQ12

22

MEM_ MB _D ATA 13

DQ13

36

MEM_ MB _D ATA 14

DQ14

38

MEM_ MB _D ATA 15

DQ15

43

MEM_ MB _D ATA 22

DQ16

45

MEM_ MB _D ATA 17

DQ17

MEM_ MB _D ATA 18

55

DQ18

57

MEM_ MB _D ATA 16

DQ19

44

MEM_ MB _D ATA 20

DQ20

46

MEM_ MB _D ATA 21

DQ21

MEM_ MB _D ATA 23

56

DQ22

58

MEM_ MB _D ATA 19

DQ23

MEM_ MB _D ATA 24

61

DQ24

63

MEM_ MB _D ATA 25

DQ25

73

MEM_ MB _D ATA 26

DQ26

75

MEM_ MB _D ATA 27

DQ27

62

MEM_ MB _D ATA 28

DQ28

64

MEM_ MB _D ATA 29

DQ29

74

MEM_ MB _D ATA 30

DQ30

76

MEM_ MB _D ATA 31

DQ31

123

MEM_ MB _D ATA 32

DQ32

125

MEM_ MB _D ATA 33

DQ33

135

MEM_ MB _D ATA 34

DQ34

137

MEM_ MB _D ATA 35

DQ35

124

MEM_ MB _D ATA 36

DQ36

126

MEM_ MB _D ATA 37

DQ37

134

MEM_ MB _D ATA 38

DQ38

136

MEM_ MB _D ATA 39

DQ39

141

MEM_ MB _D ATA 40

DQ40

143

MEM_ MB _D ATA 41

DQ41

151

MEM_ MB _D ATA 42

DQ42

153

MEM_ MB _D ATA 43

DQ43

140

MEM_ MB _D ATA 44

DQ44

142

MEM_ MB _D ATA 45

DQ45

152

MEM_ MB _D ATA 46

DQ46

154

MEM_ MB _D ATA 47

DQ47

157

MEM_ MB _D ATA 48

DQ48

159

MEM_ MB _D ATA 49

DQ49

173

MEM_ MB _D ATA 50

DQ50

175

MEM_ MB _D ATA 51

DQ51

158

MEM_ MB _D ATA 52

DQ52

160

MEM_ MB _D ATA 53

DQ53

174

MEM_ MB _D ATA 54

DQ54

176

MEM_ MB _D ATA 55

DQ55

179

MEM_ MB _D ATA 56

DQ56

181

MEM_ MB _D ATA 57

DQ57

189

MEM_ MB _D ATA 58

DQ58

191

MEM_ MB _D ATA 59

DQ59

180

MEM_ MB _D ATA 60

DQ60

182

MEM_ MB _D ATA 61

DQ61

192

MEM_ MB _D ATA 63

DQ62

194

MEM_ MB _D ATA 62

DQ63

18

VS S 1 6

24

VS S 1 7

41

VS S 1 8

53

VS S 1 9

42

VS S 2 0

54

VS S 2 1

59

VS S 2 2

65

VS S 2 3

60

VS S 2 4

66

VS S 2 5

127

VS S 2 6

139

VS S 2 7

128

VS S 2 8

145

VS S 2 9

165

VS S 3 0

171

VS S 3 1

172

VS S 3 2

177

VS S 3 3

187

VS S 3 4

178

VS S 3 5

190

VS S 3 6

9

VS S 3 7

21

VS S 3 8

33

VS S 3 9

155

VS S 4 0

34

VS S 4 1

132

VS S 4 2

144

VS S 4 3

156

VS S 4 4

168

VS S 4 5

2

VS S 4 6

3

VS S 4 7

15

VS S 4 8

27

VS S 4 9

39

VS S 5 0

149

VS S 5 1

161

VS S 5 2

28

VS S 5 3

40

VS S 5 4

138

VS S 5 5

150

VS S 5 6

162

VS S 5 7

MEM_ MB _DAT A [63 :0] 4

MEM_ MB_C KE 04

MEM_ MB_W E#4 MEM_ MB_C AS #4

MEM_ MB0_ C S # 14 MEM_ MB0_ O D T 14

MEM_ MB_C KE 14

MEM_ MB_R AS #4 MEM_ MB0_ C S # 04

MEM_ MB0_ O D T 04

MEM_M B_CL K7_ P4

t ol er anc e 10 % 11 13

MEM_M B_CL K7_ N4 MEM_M B_CL K1_ P4

t ol er anc e 10 % 11 13

MEM_M B_CL K1_ N4

1.8V

C46 7

C466

1U_6.3V_04

1U _6 . 3V _ 04

1.8V

+

C45 7 100U_6.3V_B2

MEM_M B_B A N K2 MEM_M B_A DD 1 2

MEM_M B_A DD 9 MEM_M B_A DD 8

MEM_M B_A DD 5 MEM_M B_A DD 3

MEM_M B_A DD 1 MEM_M B_A DD 1 0

MEM_M B_B A N K0

MEM_M B_A DD 1 4

MEM_M B_A DD 1 5 MEM_M B_A DD 7

MEM_M B_A DD 1 1 MEM_M B_A DD 6

MEM_M B_A DD 4 MEM_M B_A DD 2

MEM_M B_A DD 0 MEM_M B_B A N K1

MEM_M B_A DD 1 3

1.8V

.1U_X 7R_10V_04

C424

.1U_X7R_10V_04

PLA CE CLOSE TO SOC KET( PER EMI /EM C)

C22 8

1. 5 P _X 7R_ 50 V _0 4

C26 1

1. 5 P _X 7R_ 50 V _0 4

C465 1U _ 6. 3 V _0 4

C458

C427

10U_10V_08

*10U_10V_08

1 4 2 3

C445

C428

.1U_X7R_10V_04

PLACE CLOSE TO PROCESS OR WITHIN 1.5 INCH

C768 .22U_X7R_06

C45 9 10U _10V_08

DDRII S0-DIMM 1 B - 9

Schematic Diagrams

Sheet 9 of 47

RS780M-1

B.Schematic Diagrams

RS780M-1

HT_CPU_NB_CAD_H03 HT_CPU_NB_CAD_L03 HT_CPU_NB_CAD_H13 HT_CPU_NB_CAD_L13 HT_CPU_NB_CAD_H23 HT_CPU_NB_CAD_L23 HT_CPU_NB_CAD_H33 HT_CPU_NB_CAD_L33 HT_CPU_NB_CAD_H43 HT_CPU_NB_CAD_L43 HT_CPU_NB_CAD_H53 HT_CPU_NB_CAD_L53 HT_CPU_NB_CAD_H63 HT_CPU_NB_CAD_L63 HT_CPU_NB_CAD_H73 HT_CPU_NB_CAD_L73

HT_CPU_NB_CAD_H83 HT_CPU_NB_CAD_L83 HT_CPU_NB_CAD_H93 HT_CPU_NB_CAD_L93 HT_CPU_NB_CAD_H103 HT_CPU_NB_CAD_L103 HT_CPU_NB_CAD_H113 HT_CPU_NB_CAD_L113 HT_CPU_NB_CAD_H123 HT_CPU_NB_CAD_L123 HT_CPU_NB_CAD_H133 HT_CPU_NB_CAD_L133 HT_CPU_NB_CAD_H143 HT_CPU_NB_CAD_L143 HT_CPU_NB_CAD_H153 HT_CPU_NB_CAD_L153

H T _CPU _NB _C LK_ H03 H T _CPU _NB _C LK_ L03 H T _CPU _NB _C LK_ H13 H T _CPU _NB _C LK_ L13

H T_CPU _NB_C TL_H 03 H T_CPU _NB_C TL_L03 H T_CPU _NB_C TL_H 13 H T_CPU _NB_C TL_L13

P CIE_MXM_NB_RX0P12 P CIE_MXM_NB_RX0N12 P CIE_MXM_NB_RX1P12 P CIE_MXM_NB_RX1N12 P CIE_MXM_NB_RX2P12 P CIE_MXM_NB_RX2N12 P CIE_MXM_NB_RX3P12 P CIE_MXM_NB_RX3N12 P CIE_MXM_NB_RX4P12 P CIE_MXM_NB_RX4N12 P CIE_MXM_NB_RX5P12 P CIE_MXM_NB_RX5N12 P CIE_MXM_NB_RX6P12 P CIE_MXM_NB_RX6N12 P CIE_MXM_NB_RX7P12 P CIE_MXM_NB_RX7N12 P CIE_MXM_NB_RX8P12 P CIE_MXM_NB_RX8N12 P CIE_MXM_NB_RX9P12 P CIE_MXM_NB_RX9N12 P CIE_MXM_NB_RX10P12 P CIE_MXM_NB_RX10N12 P CIE_MXM_NB_RX11P12 P CIE_MXM_NB_RX11N12 P CIE_MXM_NB_RX12P12 P CIE_MXM_NB_RX12N12 P CIE_MXM_NB_RX13P12 P CIE_MXM_NB_RX13N12 P CIE_MXM_NB_RX14P12 P CIE_MXM_NB_RX14N12 P CIE_MXM_NB_RX15P12 P CIE_MXM_NB_RX15N12

PCIE_N B_MIN ICA RD_RXP22 PCIE_N B_MIN ICA RD_RXN22 PCIE_NB_GIGALAN_RXP27

PCIE_NB_GIGALAN_RXN27 PCI E_NB_C ARDR EADER_R XP25 PCI E_NB_C ARDR EADER_R XN25

PC IE_N B_ EXPCA RD _ RXP22

PC IE_N B_ EXPCA RD _ RXN22

PCIE_SB_NB_RX0P18 PCIE_SB_NB_RX0N18 PCIE_SB_NB_RX1P18 PCIE_SB_NB_RX1N18 PCIE_SB_NB_RX2P18 PCIE_SB_NB_RX2N18 PCIE_SB_NB_RX3P18 PCIE_SB_NB_RX3N18

AC 2 4 AC 2 5 AB25 AB24 AA24 AA25

W21 W20

AB23 AA22

Y25 Y24

U24 U25

N24 N25

Y22 Y23

U20 U21 U19 U18

M22 M23 R21 R20

C23

AE 3 AD 4 AE 2 AD 3 AD 1 AD 2

AA 8

AA 7 AA 5

AA 6

V22 V23 V25 V24

T25 T24 P22 P23 P25 P24

V21 V20

T22 T23

A24

D4 C4 A3 B3 C2 C1 E5 F5 G5 G6 H5 H6

M8 P7

M7 P5 M5 R8 P8 R6 R5 P4 P3

V5 W6 U5 U6 U8 U7

Y8 Y7

W5 Y5

J6 J5 J7 J8 L5 L6

L8

T4 T3

U22A

HT_ R XC AD 0P HT_ R XC AD 0N HT_ R XC AD 1P HT_ R XC AD 1N HT_ R XC AD 2P HT_ R XC AD 2N HT_ R XC AD 3P HT_ R XC AD 3N HT_ R XC AD 4P HT_ R XC AD 4N HT_ R XC AD 5P HT_ R XC AD 5N HT_ R XC AD 6P HT_ R XC AD 6N HT_ R XC AD 7P HT_ R XC AD 7N

HT_ R XC AD 8P HT_ R XC AD 8N HT_ R XC AD 9P HT_ R XC AD 9N HT_ R XC AD 10P HT_ R XC AD 10N HT_ R XC AD 11P HT_ R XC AD 11N HT_ R XC AD 12P HT_ R XC AD 12N HT_ R XC AD 13P HT_ R XC AD 13N HT_ R XC AD 14P HT_ R XC AD 14N HT_ R XC AD 15P HT_ R XC AD 15N

HT_RXC LK0P HT_RXC LK0N HT_RXC LK1P HT_RXC LK1N

HT_ R XC TL 0 P HT_ R XC TL 0 N HT_ R XC TL 1 P HT_ R XC TL 1 N

HT_ R XC AL P HT_ R XC AL N

R S780(RX780)

U22B

GF X_ R X0P GF X_ R X0N GF X_ R X1P GF X_ R X1N GF X_ R X2P GF X_ R X2N GF X_ R X3P GF X_ R X3N GF X_ R X4P GF X_ R X4N GF X_ R X5P GF X_ R X5N GF X_ R X6P GF X_ R X6N GF X_ R X7P GF X_ R X7N GF X_ R X8P GF X_ R X8N GF X_ R X9P GF X_ R X9N GF X_ R X10P GF X_ R X10N GF X_ R X11P GF X_ R X11N GF X_ R X12P GF X_ R X12N GF X_ R X13P GF X_ R X13N GF X_ R X14P GF X_ R X14N GF X_ R X15P GF X_ R X15N

GP P_RX 0 P GP P_RX 0 N GP P_RX 1 P GP P_RX 1 N GP P_RX 2 P GP P_RX 2 N GP P_RX 3 P GP P_RX 3 N GP P_RX 4 P GP P_RX 4 N GP P_RX 5 P GP P_RX 5 N

SB_R X0P SB_R X0N SB_R X1P SB_R X1N SB_R X2P SB_R X2N SB_R X3P SB_R X3N

R S780(RX780)

PART 1 O F 6

HT_TXCAD0N HT_TXCAD1N HT_TXCAD2N

HT_TXCAD3N HT_TXCAD4N HT_TXCAD5N

HT_TXCAD6N HT_TXCAD7N

HT_TXCAD8N HT_TXCAD9N

HT_TXCAD 1 0P

HT_TXCAD10N

HT_TXCAD 1 1P

HT_TXCAD11N

HT_TXCAD 1 2P

HT_TXCAD12N

HT_TXCAD 1 3P

HT_TXCAD13N

HT_TXCAD 1 4P

HT_TXCAD14N

HT_TXCAD 1 5P

HT_TXCAD15N

HYPER TRANSPOR T C PU

I/F

P ART 2 OF 6

PCIE I/F

GFX

P C IE I/ F GP P

P C IE I/ F S B

PC E_CA LRP(P CE_BC ALR P)

P CE_C ALRN (PC E_BC ALRN )

HT_ T XCA D 0P HT_ T XCA D 1P

HT_ T XCA D 2P HT_ T XCA D 3P HT_ T XCA D 4P

HT_ T XCA D 5P HT_ T XCA D 6P HT_ T XCA D 7P

HT_ T XCA D 8P

HT_ T XCA D 9P

H T_TXCLK0P H T_TXCLK0N H T_TXCLK1P H T_TXCLK1N

HT_TXCTL0P H T_TXCTL0N HT_TXCTL1P H T_TXCTL1N

H T_TXCAL P HT_TXCALN

GFX _ T X0 P

GFX_TX0N

GFX _ T X1 P

GFX_TX1N

GFX _ T X2 P

GFX_TX2N

GFX _ T X3 P

GFX_TX3N

GFX _ T X4 P

GFX_TX4N

GFX _ T X5 P

GFX_TX5N

GFX _ T X6 P

GFX_TX6N

GFX _ T X7 P

GFX_TX7N

GFX _ T X8 P

GFX_TX8N

GFX _ T X9 P

GFX_TX9N GFX_TX10P GFX _ T X10N GFX_TX11P GFX _ T X11N GFX_TX12P GFX _ T X12N GFX_TX13P GFX _ T X13N GFX_TX14P GFX _ T X14N GFX_TX15P GFX _ T X15N

GPP_TX0P

GPP_TX0N

GPP_TX1P

GPP_TX1N

GPP_TX2P

GPP_TX2N

GPP_TX3P

GPP_TX3N

GPP_TX4P

GPP_TX4N

GPP_TX5P

GPP_TX5N

SB_TX0P SB_TX0N SB_TX1P SB_TX1N SB_TX2P SB_TX2N SB_TX3P SB_TX3N

D24 D25 E24 E25 F24 F25 F23 F22 H23 H22 J25 J24 K24 K25 K23 K22

F21 G21 G20 H21 J20 J21 J18 K17 L19 J19 M19 L18 M21 P21 P18 M18

H24 H25 L21 L20

M24 M25 P19 R18

B24 B25

A5 B5 A4 B4 C3 B2 D1 D2 E2 E1 F4 F3 F1 F2 H4 H3 H1 H2 J2 J1 K4 K3 K1 K2 M4 M3 M1 M2 N2 N1 P1 P2

AC 1 AC 2 AB 4 AB 3 AA 2 AA 1 Y1 Y2 Y4 Y3 V1 V2

AD 7 AE 7 AE 6 AD 6 AB 6 AC 6 AD 5 AE 5

AC 8

Z0901 Z0902

AB 8

R 403 301_1%_04R 405 301_1%_04

HT_TXCALPHT_R XCALP HT_TXCALNHT_R XCALN

TMD S0_DA TA 0P TMD S0_DA TA 0N TMD S0_DA TA 1P TMD S0_DA TA 1N TMD S0_DA TA 2P TMD S0_DA TA 2N TMD S0_DA TA 3P TMD S0_DA TA 3N GFX_TX4P_CGFX_TX4P_C GFX_TX4N _CGFX_TX4N_C GFX_TX5P_CGFX_TX5P_C GFX_TX5N _CGFX_TX5N_C GFX_TX6P_CGFX_TX6P_C GFX_TX6N _CGFX_TX6N_C GFX_TX7P_CGFX_TX7P_C GFX_TX7N _CGFX_TX7N_C GFX_TX8P_CGFX_TX8P_C GFX_TX8N _CGFX_TX8N_C GFX_TX9P_C GFX_TX9N _C G FX_TX10P_C GFX_TX10N_C G FX_TX11P_C GFX_TX11N_C G FX_TX12P_C GFX_TX12N_C G FX_TX13P_C GFX_TX13N_C G FX_TX14P_C GFX_TX14N_C G FX_TX15P_C GFX_TX15N_C

GPP_TX0P_C GPP_TX0N_C GPP_TX1P_C GPP_TX1N_C GPP_TX2P_C GPP_TX2N_C GPP_TX3P_C GPP_TX3N_C

A_TX0P_CA_TX0P_C A_TX0N_CA_TX0N_C A_TX1P_CA_TX1P_C A_TX1N_CA_TX1N_C A_TX2P_C A_TX2N_C A_TX3P_C A_TX3N_C

R25 1.27K_1%_04 R27 2K_ 1%_ 0 4

HT_NB_CPU_CAD_H0 3 HT_NB_CPU_CAD_L0 3 HT_NB_CPU_CAD_H1 3 HT_NB_CPU_CAD_L1 3 HT_NB_CPU_CAD_H2 3 HT_NB_CPU_CAD_L2 3 HT_NB_CPU_CAD_H3 3 HT_NB_CPU_CAD_L3 3 HT_NB_CPU_CAD_H4 3 HT_NB_CPU_CAD_L4 3 HT_NB_CPU_CAD_H5 3 HT_NB_CPU_CAD_L5 3 HT_NB_CPU_CAD_H6 3 HT_NB_CPU_CAD_L6 3 HT_NB_CPU_CAD_H7 3 HT_NB_CPU_CAD_L7 3

HT_NB_CPU_CAD_H8 3 HT_NB_CPU_CAD_L8 3 HT_NB_CPU_CAD_H9 3 HT_NB_CPU_CAD_L9 3 HT_NB_CPU_CAD_H10 3 HT_NB_CPU_CAD_L10 3 HT_NB_CPU_CAD_H11 3 HT_NB_CPU_CAD_L11 3 HT_NB_CPU_CAD_H12 3 HT_NB_CPU_CAD_L12 3 HT_NB_CPU_CAD_H13 3 HT_NB_CPU_CAD_L13 3 HT_NB_CPU_CAD_H14 3 HT_NB_CPU_CAD_L14 3 HT_NB_CPU_CAD_H15 3 HT_NB_CPU_CAD_L15 3

HT_NB_CPU_CLK_H0 3 HT_NB_CPU_CLK_L0 3 HT_NB_CPU_CLK_H1 3 HT_NB_CPU_CLK_L1 3

HT_NB_CPU_CTL_H0 3 HT_NB_CPU_CTL_L0 3 HT_NB_CPU_CTL_H1 3 HT_NB_CPU_CTL_L1 3

C695 .1U_X7R_16V_04+K C697 .1U_X7R_16V_04+K C699 .1U_X7R_16V_04+K

C701 .1U_X7R_16V_04+K C689 .1U_X7R_16V_04+K C687 .1U_X7R_16V_04+K

C683 .1U_X7R_16V_04+K C680 .1U_X7R_16V_04+K C676 .1U_X7R_16V_04+K

C674 .1U_X7R_16V_04+K C671 .1U_X7R_16V_04+K C670 .1U_X7R_16V_04+K

C665 .1U_X7R_16V_04+K C662 .1U_X7R_16V_04+K C655 .1U_X7R_16V_04+K

C656 .1U_X7R_16V_04+K

C642 .1U_X7R_16V_04

C639 .1U_X7R_16V_04

C647 .1U_X7R_16V_04

C645 .1U_X7R_16V_04

C650 .1U_X7R_16V_04

C649 .1U_X7R_16V_04

C651 .1U_X7R_16V_04

C653 .1U_X7R_16V_04

C630 .1U_X7R_16V_04

C631 .1U_X7R_16V_04

C634 .1U_X7R_16V_04

C635 .1U_X7R_16V_04

C633 .1U_X7R_16V_04

C632 .1U_X7R_16V_04

C637 .1U_X7R_16V_04

C636 .1U_X7R_16V_04

VD D_PC IE

C694 .1U_X7R_16V_04+K

C696 .1U_X7R_16V_04+K C698 .1U_X7R_16V_04+K C700 .1U_X7R_16V_04+K

C686 .1U_X7R_16V_04+K C684 .1U_X7R_16V_04+K C679 .1U_X7R_16V_04+K

C677 .1U_X7R_16V_04+K C673 .1U_X7R_16V_04+K C672 .1U_X7R_16V_04+K

C669 .1U_X7R_16V_04+K C666 .1U_X7R_16V_04+K C661 .1U_X7R_16V_04+K

C658 .1U_X7R_16V_04+K C657 .1U_X7R_16V_04+K C654 .1U_X7R_16V_04+K

PCIE_NB_MXM _TX0P 12 PCIE_NB_MXM _TX0N 12 PCIE_NB_MXM _TX1P 12 PCIE_NB_MXM _TX1N 12 PCIE_NB_MXM _TX2P 12 PCIE_NB_MXM _TX2N 12 PCIE_NB_MXM _TX3P 12 PCIE_NB_MXM _TX3N 12 PCIE_NB_MXM _TX4P 12 PCIE_NB_MXM _TX4N 12 PCIE_NB_MXM _TX5P 12 PCIE_NB_MXM _TX5N 12 PCIE_NB_MXM _TX6P 12 PCIE_NB_MXM _TX6N 12 PCIE_NB_MXM _TX7P 12 PCIE_NB_MXM _TX7N 12 PCIE_NB_MXM _TX8P 12 PCIE_NB_MXM _TX8N 12 PCIE_NB_MXM _TX9P 12 PCIE_NB_MXM _TX9N 12 PCIE_NB_MXM _TX10P 12 PCIE_NB_MXM _TX10N 12 PCIE_NB_MXM _TX11P 12 PCIE_NB_MXM _TX11N 12 PCIE_NB_MXM _TX12P 12 PCIE_NB_MXM _TX12N 12 PCIE_NB_MXM _TX13P 12 PCIE_NB_MXM _TX13N 12 PCIE_NB_MXM _TX14P 12 PCIE_NB_MXM _TX14N 12 PCIE_NB_MXM _TX15P 12 PCIE_NB_MXM _TX15N 12

PCIE_NB_MINICARD_TXP 22 PCIE_NB_MINICARD_TXN 22 PCIE_NB_GIGALAN_TXP 27 PCIE_NB_GIGALAN_TXN 27 P CIE _N B_C ARD RE ADE R_TXP 25 P CIE _N B_C ARD RE ADE R_TXN 2 5 P CIE _N B_EXPC A R D_ TXP 2 2 P CIE _N B_EXPC A R D_ TXN 2 2

P CIE _N B_SB_T X0P 1 8 P CIE _N B_SB_T X0N 1 8 P CIE _N B_SB_T X1P 1 8 P CIE _N B_SB_T X1N 1 8 P CIE _N B_SB_T X2P 1 8 P CIE _N B_SB_T X2N 1 8 P CIE _N B_SB_T X3P 1 8 P CIE _N B_SB_T X3N 1 8

CL OS E TO U5

FOR INTERNA L HDMI

R83 0_04-K

TMDS 0_D ATA0P

R84 0_04-K

TMDS 0_D ATA0N

R81 0_04-K

TMDS 0_D ATA1P

R82 0_04-K

TMDS 0_D ATA1N

R79 0_04-K

TMDS 0_D ATA2P

R80 0_04-K

TMDS 0_D ATA2N

R77 0_04-K

TMDS 0_D ATA3P

R78 0_04-K

TMDS 0_D ATA3N

TX2P _DPB3N _NB TX2M _DP B3P_NB TX1P _DPB2N _NB TX1M _DP B2P_NB

TX0P _DPB1N _NB TX0M _DP B1P_NB TXCP_D PB0N _N B T X C M _ DP B 0P _N B

TX2P_DPB3N_NB 17 TX2M_D PB3P_NB 17 TX1P_DPB2N_NB 17 TX1M_D PB2P_NB 17

TX0P_DPB1N_NB 17 TX0M_D PB1P_NB 17 TXCP_DP B0N_N B 17 TXCM_DPB0P_NB 17

B - 10 RS780M-1

RS780M-2

RX7 40/RS740/RS 780 dif ference table

NB_ P W RGD IN AL LO W _ LD T S TO P OUT(default)/IN LD T _S T O P# IN(def ault)/IN

*, CLMC m ode: NB se nd LDT_STOP#, A LLOW_LDTST OP will bec ome input

C911

10 U _ 6 . 3V _ 06

3. 3 V IN

1.1VS

1.8VS

C191 10 U _ 6 . 3V _ 08

RX780RS740

1. 8 V IN3.3 V IN 1.8V IN OCOC

1. 8 V IN

L76 HCB1608KF-121T25 L19 HCB1608KF-121T25

L14 HCB1608KF-121T25 L79 HCB1608KF-121T25

VSYNC#

HSYNC#

COMMON

R422 3K _04 R421 *3K_04DNI

R423 3K _04RS780 R438 *3K_04DNI

RS780

OC/1.8V IN *

3.3V IN/OC *

NB_ V GA_R17 NB_ V GA_G17 NB_ V GA_B17

2.2U_6.3V_06

NB_ HDMI_ DDC_ CLK17 NB_ HDMI_ DDC_ DA TA17

N B_ C R T _D D C _C L K17 N B_ C R T _D D C _D A T A17

NB_ L CD_DDC _CLK16 NB_ L CD_DDC _DATA16

3. 3V S

L1 5 H C B 16 08 KF - 1 21 T2 5

1.8VS

R94 *0_0402_20mil_short

1. 8 VS

3. 3 V S

L1 7 H C B 16 08 KF - 1 21 T2 5

3. 3 V S

15 0R termin ati on < 1 inch trac e

R 75 140_1%_04 R 70 150_1%_04 R 69 150_1%_04

HSYNC#17 VSYNC #17

C691

C175

2.2U_6.3V_06

1.1VS

R55 4.7K_04

3.3VS

R425 4.7K_04 R416 4.7K_04 R414 4.7K_04

R424 4.7K_04

CK_AVDD

C140

2. 2 U_6 . 3V _ 06

AVD DDI

C178

2. 2 U_6 . 3V _ 06

C165

2. 2 U_6 . 3V _ 06

C155 22P_50V_04 C150 22P_50V_04 C143 22P_50V_04

R 95 *0_ 04 02 _5 mi l _s ho r t R 85 *0_ 04 02 _5 mi l _s ho r t

C707

C134

2. 2U _6 . 3V _0 6

NB_PWRGD _IN32

NBHT_CLKP2 NBHT_CLKN2

NB_OS C2

R59

Z1 0 0 5

*0_0402_5mil_short

R60 4.7K_04

R61

PLLVDD PLLVDD 18

VDDA18HTPL L Z1074 VDDA18 PC IEPLL

*0 _0 40 2_ 5m il_s ho r t

A_RST#

A_RST#16 ,18,20,23

NB_LDT_STOP#

NB_ALLOW_LDTSTOP

NBHT_ CL KP NBHT_ CL KN

R413

*0 _0 40 2_ 5mi l _s ho rt

NBGFX_CLKP2 NBGFX_CLKN2

NB_LCD_DDC_CLK NB_LCD_DDC_DATA NB_HDMI_DDC_ CLK NB_HDMI_DDC_ DATA

3. 3 V

SBLINK_C LKP SBLINK_C LKN

R439 10K_04

SBLINK_CLKP2 SBLINK_CLKN2

Z10 73

Z10 76 Z10 77 Z10 78

HSYNC# VSYNC#

Z10 01 Z10 02

Z10 03

715_1%_04

R415

Z10 04

NB_R EFCL K_P NB_R EFCL K_N

NBGFX_CLKP NBGFX_CLKN

Z10 06 Z10 07

Z10 08 Z10 09

Z10 75 Z10 11 Z10 12

U22C

F12

AV DD 1(NC)

E12

AV DD 2(NC)

F14

AVDD DI(NC)

G15

AV SSDI (NC)

H15

AVDD Q(NC)

H14

AV SSQ(NC)

E17

C_Pr(DFT_ GPIO5)

F17

Y(DFT_GPIO2)

F15

COMP_Pb (DFT _ GPIO4)

G18

RED(DFT_GPIO 0)

G17

REDb(NC)

E18

GREEN(DFT _G PIO1)

F18

GREENb(NC)

E19

BL U E ( D F T _ GP I O 3 )

F19

BL U E b ( N C )

A11

DAC_HSYNC(PWM_ GPIO4)

B11

DAC_VSYNC(PW M_GPIO6)

F8

DAC_SCL(PCE _ RCALRN )

E8

DAC_SDA(PCE_TCALRN)

G14

DAC_RSET(PW M_ GPIO1)

A12

PL L VD D (NC)

D14

PL L VD D 18 (NC)

B12

PL L VS S ( N C )

H17

VD D A 18 H TP LL

D7

VD D A 18 PC I E P L L 1

E7

VD D A 18 PC I E P L L 2

D8

SY SR ES E Tb

A10

PO WERGOO D

C10

LD T S TO P b

C12

AL L O W_ LD T S TO P

C25

HT_ REF CLKP

C24

HT_ REF CLKN

E11

REFC LK_P/OSCIN(OSCIN)

F11

REFC LK_N(PW M_GPIO3)

T2

GFX_REFCLKP

T1

GFX_REFCLKN

U1

GPP_R EF CLKP

U2

GPP_R EF CLKN

V4

GPPSB_REFCLKP(SB_ REF CLKP)

V3

GPPSB_REFCLKN(SB_REF CLKN)

B9

I2C_CLK

A8

DDC_CLK0/AUX0P(NC)

B8

DDC_DATA0/AUX0N(NC)

B7

DDC_CLK1/AUX1P(NC)

A7

DDC_DATA1/AUX1N(NC)

B10

ST R P _D AT A

G11

RSVD

C8

AU X_ CA L(NC)

RS780(RX780)

P ART 3 OF 6

TXOUT_ U1P(PCIE_RESET_GPIO3)

TXOU T_U1N(PCIE_RESET_GPIO2)

TXOUT_ U3P(PCIE_RESET_GPIO5)

CR T/TVOUT

TXC LK_UP(PCIE_RESET_GPIO4) TXCL K_UN(PCIE_RESET_ GPIO1)

LVTM

PMCLOCKs PLL PWR

MIS.

TXOUT_L0P(NC) TX OUT_L0N(NC) TXOUT_L1P(NC) TX OUT_L1N(NC) TXOUT_L2P(NC)

TXOUT_L2N(DBG_GPIO0)

TXOUT_L3P(NC)

TXOUT_L3N(DBG_GPIO2)

TX O U T_ U 0P ( N C)

TXOUT_U0N(NC)

TX O U T_ U 2P ( N C)

TXOUT_U2N(NC) TXOUT_U3N(NC)

TXCL K_LP(DBG_GPIO1) TXCL K_ LN(DBG_GPIO3)

VDDLTP1 8(NC)

VSSLTP18(NC)

V D D L T1 8_ 1( N C ) V D D L T1 8_ 2( N C ) V D D L T3 3_ 1( N C ) V D D L T3 3_ 2( N C )

VSSLT1(VSS) VSSLT2(VSS) VSSLT3(VSS) VSSLT4(VSS) VSSLT5(VSS) VSSLT6(VSS) VSSLT7(VSS)

LV DS_DIGON(PCE_ TCALR P)

LV DS_BLON(PC E_ RCALR P) LVDS_ENA_BL(PWM_GPIO2)

TMDS_HPD(NC)I2C_DA TA

HPD(NC)

SUS_STAT# (PWM_GPIO5)

TH ER M AL D I O D E _P TH E R MA L D I O D E _ N

TESTMODE

Schematic Diagrams

A22 B22 A21 B21 B20 A20 A19 B19

B18 A18 A17 B17 D20 D21 D18 D19

B16 A16 D16 D17

Z1013

A13 B13

A15

Z1014

B15

Z1015

A14 B14

C14 D15 C16 C18 C20 E20 C22

Z1016

E9 F7

Z1079 Z1018

G1 2

*1 .27K_04

D9A9 D10

Z1020

D12

Z1021

AE8

Z1022

AD8

TE S T_ E N

D13

N B _L VD S_ TX _L 0P 1 6 N B _L VD S_ TX _L 0N 1 6 N B _L VD S_ TX _L 1P 1 6 N B _L VD S_ TX _L 1N 1 6 N B _L VD S_ TX _L 2P 1 6 N B _L VD S_ TX _L 2N 1 6

N B _L VD S_ TX _U 0P 16 N B _L VD S_ TX _U 0N 16 N B _L VD S_ TX _U 1P 16 N B _L VD S_ TX _U 1N 16 N B _L VD S_ TX _U 2P 16 N B _L VD S_ TX _U 2N 16

N B _L VD S_ TX _ C L K L P 1 6 N B _L VD S_ TX _ C L K L N 1 6 N B _L VD S_ TX _ C L K U P 16 N B _L VD S_ TX _ C L K U N 16

C174

2.2U_6.3V_06 L78 HCB1608KF-121T25

C693 .1U _1 6V_0 4

R605

R92

R87

1.27K_04

R437 10K_04

R64

1. 8 K _1 % _ 04

C690

4.7U_6.3V_06

R 8 6 * 0 _0 4 02 _5 mi l_ sh ort R575 * 0_04 R93

*0 _0 40 2_ 5m i l_ sh ort

TMD S_ H P D 0 1 7

R 4 43 *0 _0 4

L20 H CB1608KF-121T25

600mA

NB_LCD_PWR_EN 16 NB_LCD_BKL_EN 16

SUS_ST AT # 19

1. 8 VS

Sheet 10 of 47

RS780M-2

B.Schematic Diagrams

U22D

Z1023 Z1024 Z1025 Z1026 Z1027 Z1028 Z1029 Z1030 Z1031 Z1032 Z1033 Z1034 Z1035 Z1036

Z1037 Z1038 Z1039

Z1040 Z1041 Z1042

Z1044 Z1045

Z1046 Z1047

Z1048 Z1049

R101 *0 _0 40 2_ 5m il_s h or t

NB_LDT_STOP#

1.8VS

R99 300_04

NB_ A LLOW_ LD TSTOP

CPU_LDT_ST OP#5, 1 8

CPU_ LDT_R EQ#5

ALLOW_LDTSTOP18

R440

*0 _0 40 2_ 5m il_s ho rt

R 1 0 2 * 0 _0 40 2_ 5m il _s ho rt

2008/ 03/18

PAR 4 OF 6

AB12 AE16

V11 AE15 AA12 AB16 AB14 AD14 AD13 AD15 AC16 AE13 AC14

Y14 AD16

AE17 AD17

W12

Y12 AD18 AB13 AB18

V14

V15 W14

AE12 AD12 AE1 8

M EM_DQ0 /DVO_VSYNC(NC)

MEM_A0 ( NC )

MEM_DQ1/DVO_HS YNC(NC)

MEM_A1 ( NC ) MEM_A2 ( NC ) MEM_A3 ( NC ) MEM_A4 ( NC ) MEM_A5 ( NC ) MEM_A6 ( NC ) MEM_A7 ( NC ) MEM_A8 ( NC ) MEM_A9 ( NC ) MEM_A1 0(N C ) MEM_A1 1(N C ) MEM_A1 2(N C ) MEM_A1 3(N C )

MEM_BA 0(NC ) MEM_BA 1(NC ) MEM_BA 2(NC )

MEM_RA Sb (NC) MEM_CA Sb (NC) MEM_W E b(NC) MEM_CS b (N C ) MEM_CK E( NC ) MEM_OD T(NC)

MEM_CK P( NC ) MEM_CKN(NC)

MEM_CO MPP(NC) MEM_CO MPN (N C) MEM_VR EF (NC)

RS780(RX780)

M EM_DQ2/DVO_DE(NC)

MEM_DQ 3/D VO_ D0(NC)

MEM_D Q4(NC) MEM_DQ 5/D VO_ D1(NC) MEM_DQ 6/D VO_ D2(NC) MEM_DQ 7/D VO_ D4(NC) MEM_DQ 8/D VO_ D3(NC) MEM_DQ 9/D VO_ D5(NC)

MEM_DQ10/DVO_D6(NC) MEM_DQ11/DVO_D7(NC)

MEM_DQ12(NC)

MEM_DQ13/DVO_D9(NC) MEM_DQ 14 /D VO_D1 0(NC) MEM_DQ 15 /D VO_D1 1(NC)

MEM_DQS0P/DVO_IDC KP(NC)

M EM_DQS0 N/DVO _IDCKN(NC)

MEM_DQS1P(NC) MEM_D QS1N(NC)

MEM_D M0(NC)

MEM_DM 1/DV O_D 8(NC)

SBD_MEM /DVO_I/F

IOPLLVDD18(NC)

IOPLLVDD(NC)

IOPLLV SS(NC)

Z10 50

AA1 8

Z10 51

AA2 0

Z10 52

AA1 9

Z10 53

Y19

Z10 54

V17

Z10 55

AA1 7

Z10 56

AA1 5

Z10 57

Y15

Z10 58

AC20

Z10 59

AD19

Z10 60

AE2 2

Z10 61

AC18

Z10 62

AB2 0

Z10 63

AD22

Z10 64

AC22

Z10 65

AD21

Z10 66

Y17

Z10 67

W18

Z10 68

AD20

Z10 69

AE2 1

Z10 70Z1043

W17

Z10 71

AE1 9

1. 8 V S

AE2 3

1. 1 V S

AE2 4 AD23

Z10 72

R20 0_04

ST RAP_ DEBUG _BU S_GPIO_ENABLEb

En ables the Test Deb ug Bus us ing GPIO . RX 780:NB_TV _C; RS740 :RS740_DF T_GPIO5; RS780:VS YNC#

R S740/RS78 0 RX78 0 1 Disable Enab le 0 Enable Disa ble

RS 740/R S 7 80: Enab le s Sid e po rt m emor y

RS 740:RS740 _DFT_GPIO 0 RS 780:HSYNC #

Se lects if Memory SI DE PORT i s availa ble or n o t 1 = Memory Side port Not avai lable 0 = Memory Side port availabl e Re gister Re adback of strap: NB _CLKCFG:C LK_TOP_SP ARE_D[1]

RS780M-2 B - 11

Schematic Diagrams

RS780M-3

Sheet 11 of 47

RS780M-3

B.Schematic Diagrams

1.1VS

1.2VS

L70 HCB1608KF -121T 25

1.8VS

L67 HCB1608KF-121T25

1.8VS

L71 HCB1608KF-121T25

4.7U_6.3V_06

L77 HCB1608KF-121T25

4.7U_6.3V_06

R377 * 0_0603_32mil_short

1.2V(RS740) 1.1V(RX780;RS780) 1.2V(RS740) 1.1V(RX780;RS780)

C622

C7084.7U_6.3V_06

C6294.7U_6.3V_06

.1U_16V _0 4

C607

4.7U_6.3V_06

1.8VS

C623 .1U_16V_04

C126 .1U_16V_04

C76

.1U_16V_04

C72

C6211U_10V_06

C66*1U_10V_06

.1U_16V_04

C604

.1U_16V_04

C624 .1U_16V_04

C692 .1U_16V_04

C641

VDDHTTX

VDDA18PCIE

C606

Z1101

VDDHT RX

C59

.1U_16V_04

C63

.1U_16V_04

RS7 4 0/RX 780 /R S7 80 P OW ER DI FF EREN CE TAB LE

PIN NAME

VDDHT

VDDHTR X VDDHTTX

VDDA18PCIE VDDG18

VDD18_MEM

VDDPCIE VDDC

VDD_ME M VDDG33

IOPLLVDD18 VDDLT33NC

RS 740

RX780

NC

+1.1V

NC

+1.1V

+1. 2V

+1.2V NC

NC

+1.8V +1.8V

+1. 8V

NC +1.8V

NC

+1.1V

+1. 2V +1. 2V

+1.1V

+1.8V/1.5V

NC

+3. 3V

NC

+1. 8V

U22E

J17

VDDHT_1

K16

VDDHT_2

L16

C625 .1U_16V_04

C138 .1U_16V_04

C69

.1U_16V_04

C605 .1U_16V_04

RS780

+1.1V

+1.1V +1.2V

+1.8V +1.8V

+1.8V

+1.1V +1.2V +1.1V

+1.8V/1.5V

+3.3V

+1.8V

M16

P16

R16

T16

H18 G19

F20

E21

D22

B23

A23

AE25 AD2 4 AC2 3 AB22

AA21

Y20

W19

V18

U17

T17

R17

P17

M17

J10

P10

K10

M10

L10

W9

H9

T10

R10

Y9 AA9 AB9 AD9

AE9 U10

F9

G9

AE11 AD1 1

PIN NAME

AVDD AVDD DI

AVDD Q PLLVDD

PLLVDD 18

VDDA18PCIEPLL VDDA18HTPLL

VDDLTP18 VDDLT18

VDDHT_3 VDDHT_4 VDDHT_5 VDDHT_6 VDDHT_7

VDDHTR X_1 VDDHTR X_2 VDDHTR X_3 VDDHTR X_4 VDDHTR X_5 VDDHTR X_6 VDDHTR X_7

VDDHTTX_1 VDDHTTX_2 VDDHTTX_3 VDDHTTX_4 VDDHTTX_5 VDDHTTX_6 VDDHTTX_7 VDDHTTX_8 VDDHTTX_9 VDDHTTX_10 VDDHTTX_11 VDDHTTX_12 VDDHTTX_13

VDDA18PCIE _ 1 VDDA18PCIE _ 2 VDDA18PCIE _ 3 VDDA18PCIE _ 4 VDDA18PCIE _ 5 VDDA18PCIE _ 6 VDDA18PCIE _ 7 VDDA18PCIE _ 8 VDDA18PCIE _ 9 VDDA18PCIE_10 VDDA18PCIE_11 VDDA18PCIE_12 VDDA18PCIE_13 VDDA18PCIE_14 VDDA18PCIE_15

VDD18_1 VDD18_2 VDD18_M EM1(N C) VDD18_M EM2(N C)

RS780(RX78 0)

RS740

+1.2VIO PLLVDD

+3.3V +1.8V

+1.8V +1.2V

+1.8V

+1.8V +1.8V

+3.3V

PART 5/6

VDDP CIE_10 VDDP CIE_11 VDDP CIE_12 VDDP CIE_13 VDDP CIE_14 VDDP CIE_15 VDDP CIE_16 VDDP CIE_17

POWER

VDD _MEM1( NC ) VDD _MEM2( NC ) VDD _MEM3( NC ) VDD _MEM4( NC ) VDD _MEM5( NC ) VDD _MEM6( NC )

VDD33_1(NC) VDD33_2(NC)

RX780

NC

NC NC

NC

+1.8V +1.8V

NC NC

NC

VDDPCIE_1 VDDPCIE_2 VDDPCIE_3 VDDPCIE_4 VDDPCIE_5 VDDPCIE_6 VDDPCIE_7 VDDPCIE_8 VDDPCIE_9

VDDC_1 VDDC_2 VDDC_3 VDDC_4 VDDC_5 VDDC_6 VDDC_7 VDD

VDDC_9 VDDC_10 VDDC_11 VDDC_12 VDDC_13 VDDC_14 VDDC_15 VDDC_16 VDDC_17 VDDC_18 VDDC_19 VDDC_20 VDDC_21 VDDC_22

C_8

RS780

+1.1V

+3.3V +1.8V

+1.8V +1.1V

+1.8V +1.8V

NC

A6 B6 C6 D6 E6 F6 G7 H8 J9 K9 M9 L9 P9 R9 T9 V9 U9

K12 J14 U16 J11 K15 M12 L14 L11 M13 M15 N12 N14 P11 P13 P14 R12 R15 T11 T15 U12 T14 J16

AE10 AA11 Y11 AD10 AB10 AC10

H11 H12

VDD_PCIE

Z1102Z1103

C120 .1U_16V_04

C119

.1U_16V_04

VDD_PCIE

.1U_16V_04

C100

C139 .1U_16V_04

C96 .1U_16V_04

C91

.1U_16V_04

C149 1U_10V_0 6

.1U_16V_04

C130 .1U_16V_04

1.1VS

L11

C105

4.7U_6.3V_06

.1U_16V_04

C7 5

.1U_16V_04

R71 *0_0603_32mil_short

HCB1608KF-121T25

10U_6.3V_06

C4 0

C8 4

1.1VS

C57

10U_6.3V_06

3.3VS

C1 57 1U_10V _06

C9 3

C1 09

.1U_16V_04

AE14

A2 B1 D3 D5 E4 G1 G2 G4 H7 J4 R7 L1 L2 L4 L7 M6 N4 P6 R1 R2 R4 V7 U4 V8 V6 W1 W2 W4 W7 W8

Y6 AA4 AB5 AB1 AB7 AC3 AC4 AE1 AE4 AB2

D11

G8

E14 E15 J15 J12 K14

M11

L15

VSSA PC IE1 VSSA PC IE2 VSSA PC IE3 VSSA PC IE4 VSSA PC IE5 VSSA PC IE6 VSSA PC IE7 VSSA PC IE8 VSSA PC IE9 VSSA PC IE1 0 VSSA PC IE1 1 VSSA PC IE1 2 VSSA PC IE1 3 VSSA PC IE1 4 VSSA PC IE1 5 VSSA PC IE1 6 VSSA PC IE1 7 VSSA PC IE1 8 VSSA PC IE1 9 VSSA PC IE2 0 VSSA PC IE2 1 VSSA PC IE2 2 VSSA PC IE2 3 VSSA PC IE2 4 VSSA PC IE2 5 VSSA PC IE2 6 VSSA PC IE2 7 VSSA PC IE2 8 VSSA PC IE2 9 VSSA PC IE3 0 VSSA PC IE3 1 VSSA PC IE3 2 VSSA PC IE3 3 VSSA PC IE3 4 VSSA PC IE3 5 VSSA PC IE3 6 VSSA PC IE3 7 VSSA PC IE3 8 VSSA PC IE3 9 VSSA PC IE4 0

VSS1 VSS2 VSS3 VSS4 VSS5 VSS6 VSS7 VSS8 VSS9 VSS1 0

RS780(RX780)

PART 6/6

U22F

A25

VSSAHT1

D23

VSSAHT2

E22

VSSAHT3

G22

VSSAHT4

G24

VSSAHT5

G25

VSSAHT6

H19

VSSAHT7

J22

VSSAHT8

L17

VSSAHT9

L22

VSSAHT10

L24

VSSAHT11

L25

VSSAHT12

M20

VSSAHT13

N22

VSSAHT14

P20

VSSAHT15

R19

VSSAHT16

R22

VSSAHT17

R24

VSSAHT18

R25

VSSAHT19

H20

VSSAHT20

U22

VSSAHT21 VSSAHT22 VSSAHT23 VSSAHT24 VSSAHT25 VSSAHT26 VSSAHT27

VSS11 VSS12 VSS13 VSS14 VSS15 VSS16 VSS17 VSS18 VSS19 VSS20 VSS21 VSS22 VSS23 VSS24 VSS25 VSS26 VSS27 VSS28 VSS29 VSS30 VSS31 VSS32 VSS33 VSS34

V19 W22 W24 W25 Y21 AD2 5

L12 M14 N13 P12 P15 R11 R14 T12 U14 U11 U15 V12 W11 W15 AC1 2 AA14 Y18 AB11 AB15 AB17 AB19 AE20 AB21 K11

GROUND

B - 12 RS780M-3

M82-XT-1

PCIE_N B_ MXM_TX15P9 PCIE_N B_ MXM_TX15N9

PCIE_N B_ MXM_TX14P9 PCIE_N B_ MXM_TX14N9

PCIE_N B_ MXM_TX13P9 PCIE_N B_ MXM_TX13N9

PCIE_N B_ MXM_TX12P9 PCIE_N B_ MXM_TX12N9

PCIE_N B_ MXM_TX11P9 PCIE_N B_ MXM_TX11N9

PCIE_N B_ MXM_TX10P9 PCIE_N B_ MXM_TX10N9

PCIE_N B_ MXM_TX9P9 PCIE_N B_ MXM_TX9N9

PCIE_N B_ MXM_TX8P9 PCIE_N B_ MXM_TX8N9

PCIE_N B_ MXM_TX7P9 PCIE_N B_ MXM_TX7N9

PCIE_N B_ MXM_TX6P9 PCIE_N B_ MXM_TX6N9

PCIE_N B_ MXM_TX5P9 PCIE_N B_ MXM_TX5N9

PCIE_N B_ MXM_TX4P9 PCIE_N B_ MXM_TX4N9

PCIE_N B_ MXM_TX3P9 PCIE_N B_ MXM_TX3N9

PCIE_N B_ MXM_TX2P9 PCIE_N B_ MXM_TX2N9

PCIE_N B_ MXM_TX1P9 PCIE_N B_ MXM_TX1N9

PCIE_N B_ MXM_TX0P9 PCIE_N B_ MXM_TX0N9

GF X_ C LK P2 GF X_ C LK N2

MXM_RS T#

D19

PC IE_ RST#18,20

PE_G PIO018

C A

D18 RB751V-40+K

C A

AC 30 AC 31

AC 29 AB 29

AB 31 AB 30

AA 31 AA 30

W30 W31

W29

V29

V31 V30

U31 U30

P30 P31

P29 N29

N31 N30

M31 M30

K30 K31

K29 J29

J31 J30

H31 H30

AD 29 AD 30

AC 28 AC 27

AG 25

RB751V-40+K

U23 A

PCIE_RX0P PCIE_RX0N

PCIE_RX1P PCIE_RX1N

PCIE_RX2P PCIE_RX2N

PCIE_RX3P PCIE_RX3N

PCIE_RX4P PCIE_RX4N

PCIE_RX5P PCIE_RX5N

PCIE_RX6P PCIE_RX6N

PCIE_RX7P PCIE_RX7N

PCIE_RX8P PCIE_RX8N

PCIE_RX9P PCIE_RX9N

P CIE_RX1 0P P CIE_RX1 0N

P CIE_RX1 1P P CIE_RX1 1N

P CIE_RX1 2P P CIE_RX1 2N

P CIE_RX1 3P P CIE_RX1 3N

P CIE_RX1 4P P CIE_RX1 4N

P CIE_RX1 5P P CIE_RX1 5N

Clock

P CIE_R EFCLKP P CIE_R EFCLKN

SM BUS

NC_SMBCLK NC_SMBDA TA

PERSTB

M8 2 XT -S + K

3.3VS_VGA

R 174 10K_04+K

MXM_RST#

PAR T 1 OF 6

P C I

E X P R E S S

I N T E R F A C E

LVDDR

LPVDD

LPVSS

LV D D C

PCIE_TX0P PC IE_ TX0N

PCIE_TX1P PC IE_ TX1N

PCIE_TX2P PC IE_ TX2N

PCIE_TX3P PC IE_ TX3N

PCIE_TX4P PC IE_ TX4N

PCIE_TX5P PC IE_ TX5N

PCIE_TX6P PC IE_ TX6N

PCIE_TX7P PC IE_ TX7N

PCIE_TX8P PC IE_ TX8N

PCIE_TX9P PC IE_ TX9N

PCIE_TX1 0P

PC IE_TX10N

PCIE_TX1 1P

PC IE_TX11N

PCIE_TX1 2P

PC IE_TX12N

PCIE_TX1 3P

PC IE_TX13N

PCIE_TX1 4P

PC IE_TX14N

PCIE_TX1 5P

PC IE_TX15N

Calibration

PCIE_CALRN

PCI E_C ALRP

NC _ 1 NC _ 2

AG 2 0

AH 2 0

AG 1 8 AH 1 8

AF20

AJ18

AF23 AF21 AL18 AJ22 AJ25 AK18 AK23

AK25 AJ21 AL23 AL25

AA28 AA27

AA25 AA24

Y28 Y27

Y25 Y24

V28 V27

V25 V24

T28 T27

T25 T24

P28 P27

P25 P24

M2 8 M2 7

M2 5 M2 4

L28 L27

L25 L24

J28 J27

G2 8 G2 7

AF25 AE25

AE23 AH30

U23F

LV DD R_ 1 LV DD R_ 2

LV DD C_ 1 LV DD C_ 2

LV SSR_ 1 LV SSR_ 2 LV SSR_ 3 LV SSR_ 4 LV SSR_ 5 LV SSR_ 6 LV SSR_ 7 LV SSR_ 8 LV SSR_ 9 LV SSR_ 10 LV SSR_ 11

LP V D D LP VSS

M8 2 XT-S +K

Z1213 Z1214

Z1215 Z1216

Z1217 Z1218

Z1219 Z1220

Z1221 Z1222

Z1223 Z1224

Z1225 Z1226

Z1227 Z1228

Z1229 Z1230

Z1231 Z1232

Z1233 Z1234

Z1235 Z1236

Z1237 Z1238

Z1239 Z1240

Z1241 Z1242

Z1243 Z1244

Z1201 Z1202

P AR T 6 OF 6

PCIE BUS Mirr orPCIE BUS Mirror

C92 .1U _X7R _10V_04+K C97 .1U _X7R _10V_04+K

C98 .1U _X7R _10V_04+K C104 .1U _X7R _10V_04+K

C103 .1U _X7R _10V_04+K C106 .1U _X7R _10V_04+K

C107 .1U _X7R _10V_04+K C112 .1U _X7R _10V_04+K

C111 .1U _X7R _10V_04+K C117 .1U _X7R _10V_04+K

C118 .1U _X7R _10V_04+K C122 .1U _X7R _10V_04+K

C121 .1U _X7R _10V_04+K C123 .1U _X7R _10V_04+K

C124 .1U _X7R _10V_04+K C129 .1U _X7R _10V_04+K

C128 .1U _X7R _10V_04+K C135 .1U _X7R _10V_04+K

C136 .1U _X7R _10V_04+K C142 .1U _X7R _10V_04+K

C141 .1U _X7R _10V_04+K C147 .1U _X7R _10V_04+K

C148 .1U _X7R _10V_04+K C154 .1U _X7R _10V_04+K

C153 .1U _X7R _10V_04+K C158 .1U _X7R _10V_04+K

C159 .1U _X7R _10V_04+K C169 .1U _X7R _10V_04+K

C168 .1U _X7R _10V_04+K C176 .1U _X7R _10V_04+K

C177 .1U _X7R _10V_04+K C183 .1U _X7R _10V_04+K

2K_1%_04+KR370

R36 9

1.27K_1%_04+K

AA7

VAR Y_BL

Control

AC 6

DIG ON

LVDS channel

AD 2 1

TXCLK_U P

AE21

TXCL K _ UN

AJ2 4

TXOUT_U0P

AJ2 3

TXO UT_U0N

AK24

TXOUT_U1P

AL2 4

TXO UT_U1N

AG 2 1

TXOUT_U2P

AH 2 1

TXO UT_U2N

AG 2 3

TXOUT_U3P

AH 2 3

TXO UT_U3N

AL1 9

TXCLK_LP

AK19

TX C L K _L N

AJ2 0

TXO UT_L0P

AJ1 9

TX O U T _ L 0 N

AK20

TXO UT_L1P

AL2 0

TX O U T _ L 1 N

AK21

TXO UT_L2P

AL2 1

TX O U T _ L 2 N

AK22

TXO UT_L3P

AL2 2

TX O U T _ L 3 N

Z1209 Z1210

Z1211 Z1212

1.1VS_ VGA

Z1245

P CIE_MXM _NB_R X15P 9 P CIE_MXM _NB_R X15N 9

P CIE_MXM _NB_R X14P 9 P CIE_MXM _NB_R X14N 9

P CIE_MXM _NB_R X13P 9 P CIE_MXM _NB_R X13N 9

P CIE_MXM _NB_R X12P 9 P CIE_MXM _NB_R X12N 9

P CIE_MXM _NB_R X11P 9 P CIE_MXM _NB_R X11N 9

P CIE_MXM _NB_R X10P 9 P CIE_MXM _NB_R X10N 9

P CIE_MXM _NB_R X9P 9 P CIE_MXM _NB_R X9N 9

P CIE_MXM _NB_R X8P 9 P CIE_MXM _NB_R X8N 9

P CIE_MXM _NB_R X7P 9 P CIE_MXM _NB_R X7N 9

P CIE_MXM _NB_R X6P 9 P CIE_MXM _NB_R X6N 9

P CIE_MXM _NB_R X5P 9 P CIE_MXM _NB_R X5N 9

P CIE_MXM _NB_R X4P 9 P CIE_MXM _NB_R X4N 9

P CIE_MXM _NB_R X3P 9 P CIE_MXM _NB_R X3N 9

P CIE_MXM _NB_R X2P 9 P CIE_MXM _NB_R X2N 9

P CIE_MXM _NB_R X1P 9 P CIE_MXM _NB_R X1N 9

P CIE_MXM _NB_R X0P 9 P CIE_MXM _NB_R X0N 9

0_04+KR45

*10K_04R39

MXM_LC D_PW R _EN 1 6

OD TA 015 OD TA 115

RASA0 #15 RASA1 #15

CASA0 #15 CASA1 #15

WEA0#15 WEA1#15

CKEA015 CKEA115

CSA0_0#15 CSA1_0#15

CLK A015 CLK A0 #15

CLK A115 CLK A1 #15

WDQSA[ 7..0]15 RD QS A[7 ..0 ]15

DQMA#[7..0]15 MD A[63..0]15 MAA[11..0]15

BA015 BA115

A1215

P LA CE MVREF DIV IDERS A ND C APS CL OS E TO ASIC

MXM_LCD_BKL_EN 13,16

1.8VS_VGA

R436

100_1% _04+K

R429

100_1% _04+K

MXM_ L VD S_ TX_ C L KU P 1 6 MXM_ L VD S_ TX_ C L KU N 16 MXM_ L VD S_ TX_ U 0 P 16 MXM_ L VD S_ TX_ U 0 N 1 6 MXM_ L VD S_ TX_ U 1 P 16 MXM_ L VD S_ TX_ U 1 N 1 6 MXM_ L VD S_ TX_ U 2 P 16 MXM_ L VD S_ TX_ U 2 N 1 6

MXM_ L VD S_ TX_ C L KL P 16 MXM_ L VD S_ TX_ C L KL N 1 6 MXM_ L VD S_ TX_ L 0 P 1 6 MXM_ L VD S_ TX_ L 0 N 1 6 MXM_ L VD S_ TX_ L 1 P 1 6 MXM_ L VD S_ TX_ L 1 N 1 6 MXM_ L VD S_ TX_ L 2 P 1 6 MXM_ L VD S_ TX_ L 2 N 1 6

100_1% _04+K

ODTA0 ODTA1

R ASA0 # R ASA1 #

C ASA0 # C ASA1 #

WE A0# WE A1#

C KEA0 C KEA1

C SA0 _0# C SA1 _0#

CLKA0 CLKA0#

CLKA1 CLKA1#

WDQ SA[7 ..0]

RD QSA [7 ..0 ] DQMA#[7..0]

MD A[6 3 ..0 ]

MAA[11 ..0]

BA0 BA1

A12

1.8VS_VGA

100_1% _04+K

R42 8

C704

.1U _16V_04+K

R62

4.7K _04+K

R43 5

. 1U _16V_04+K

R66

MD A0

E29

MD A1

E30

MD A2

E31

MD A3

D31

MD A4

C29

MD A5

B29

MD A6

B30

MD A7

A29

MD A8

E26 D26

MD A9

E25

MD A10 MD A11

D25 G23

MD A12

G21

MD A13 MD A14

E21

MD A15

D21 C28

MD A16 MD A17

B28 B27

MD A1 8

A27

MD A1 9 MD A20

C25

MD A21

A25

MD A22

C24 B24

MD A23

C23

MD A24 MD A25

B23

MD A26

A23

MD A27

B22

MD A28

C20 B20

MD A29 MD A30

A20

MD A31

C19

MD A32

C8

MD A33

C7

MD A34

B7

MD A35

A7

MD A36

A5 C4

MD A37

B4

MD A38 MD A39

A3

MD A40

G9

MD A41

E9

MD A42

D9 G7

MD A43 MD A44

G5

MD A45

F5

MD A46

G4

MD A47 C L KA0

F4

MD A48

B3

MD A49

B2

MD A50

C2

MD A51

C1

MD A52

E3

MD A53

F3

MD A54

F2 F1

MD A55

G2

MD A56 MD A57

G1

MD A58

C70 3

4.7K _04+K

MD A59 MD A60 MD A61 MD A62 MD A63

Z1203 Z1204

Z1205 Z1206 Z1207

R76 240_1% _06+K

H3 H2 K2

L3 L2 L1

F30 F31

L5 L7 J7

DIV IDER RESI STORS DD R2 D DR3

MVREF TO GND

U23 C

DQ_0 DQ_1 DQ_2

DQ_3 DQ_4 DQ_5 DQ_6 DQ_7 DQ_8 DQ_9 DQ_10 DQ_11 DQ_12 DQ_13 DQ_14

DQ_15 DQ_16 DQ_17 DQ_18 DQ_19 DQ_20 DQ_21 DQ_22 DQ_23 DQ_24 DQ_25 DQ_26 DQ_27 DQ_28 DQ_29 DQ_30 DQ_31 DQ_32 DQ_33 DQ_34 DQ_35 DQ_36 DQ_37 DQ_38 DQ_39 DQ_40 DQ_41 DQ_42 DQ_43 DQ_44 DQ_45 DQ_46 DQ_47 DQ_48 DQ_49 DQ_50 DQ_51

DQ_52 DQ_53 DQ_54 DQ_55 DQ_56 DQ_57 DQ_58 DQ_59 DQ_60 DQ_61 DQ_62 DQ_63

MVREFD MVREFS

TEST_MCLK TEST_Y CLK MEMTES T

M8 2 XT-S + K

Part 3 of 6

MEM OR Y INTERFACE

100RM VR EF T O 1. 8V 40 .2 R 100R

write strobe read strobe

DR A M_R ST

10 0R

MA_0 MA_1 MA_2

MA_3 MA_4 MA_5 MA_6 MA_7 MA_8

MA_9 MA_ 1 0 MA_ 1 1

MA_BA0 MA_BA1 MA_A12

MA_BA2 DQ Mb_ 0

DQ Mb_ 1 DQ Mb_ 2 DQ Mb_ 3 DQ Mb_ 4 DQ Mb_ 5 DQ Mb_ 6 DQ Mb_ 7

QS_0

QS_1

QS_2

QS_3

QS_4

QS_5

QS_6

QS_7

QS_0B QS_1B QS_2B QS_3B QS_4B QS_5B QS_6B QS_7B

ODT0

ODT1

CLK0

CLK1 CLK0 b

CLK1 b

R AS0 b R AS1 b

C AS0 b C AS1 b

CS0b_0 CS0b_1

CS1b_0 CS1b_1

CKE0

CKE1

WE0b

WE1b

FOR DUAL RANK CONNECTIONS USE T HE CSx B_1 CH IP SELECT PINS

MA A0

B14

MA A1

A14

MA A2

B13

MA A3

E14

MA A4

B17

MA A5

A17

MA A6

C15

MA A7

G16

MA A8

E16 C14

MA A9

A12

MA A10

B12

MA A11 BA0

C12

BA1

D14

A12

B15

BA2

G14

DQ MA# 0

D30

DQ MA# 1

G25 C26

DQ MA# 2 DQ MA# 3

C21 C5

DQ MA# 4 DQ MA# 5

D6 D2

DQ MA# 6 DQ MA# 7

K3

RD QS A0

C30

RD QS A1

D23

RD QS A2

B26 B21

RD QS A3 RD QS A4

B6

RD QS A5

E7 E2

RD QS A6

J2

RD QS A7

WD QSA0

C31

WD QSA1

E23

WD QSA2

A26

WD QSA3

A21

WD QSA4

A6

WD QSA5

D7

WD QSA6

E1

WD QSA7

J1 E20

ODTA0 ODTA1

C11 A18

A11

C L KA1

B18

C L KA0 # C L KA1 #

B11 G20

R ASA0 # R ASA1 #

D12

C ASA0 #

D20

C ASA1 #

E12 E18

CSA0_0# CSA0_1#

G18

CSA1_0#

G11

CSA1_1#

E11

C KEA0

D18

C KEA1

G12

WEA0#

D16 C10

WEA1#

MEM_RST

J5

Schematic Diagrams

B.Schematic Diagrams

Sheet 12 of 47

M82-XT-1

1.8VS_VGA

4 . 7K _0 4 + KR65

M82-XT-1 B - 13

Schematic Diagrams

Sheet 13 of 47

M82-XT-2

B.Schematic Diagrams

M82-XT-2

D7

AC/BATT#

C A

499_1%_04+K

249_1%_06+K

AC_IN30,39

1. 8 VS _ VGA

R26

R29

1 K _0 4+K

VREFG VOLTAGE DIVIDER IS (VREFG = VDDR4,5(1.8V) / 3 = .6V )

Z1367

C88

.1U _16V_0 4+K

R33

C646

.1U _16V_0 4+K

Z13 68

1.1V

GP IO 15

01 1

GP IO 20

PL AC E VREF DIVIDER AN D CAP CLOSE TO AS I C

EX T_ V G A_ 27 M2

3. 3 V S_V GA

R B 75 1V- 40 +K

0.95V00.9V

0

4 2

3. 3 VS _ VGA

X1

VCC GND

R54

10 0K _0 4+ K

GPIO17 _INT #

0

*27. 00 0MHz+K

05 02

MXM_ LCD_ B KL_EN12,16

11

3.3VS_VGA

GPIO_23_CLKREQ B DRIVES LOW D URI NG RESET

Z1341

3

OUT

1

E/D

CHECK PIN IF NO USED JUST DEL IT

*1 0K _0 4R5 7

TMDS DET

GPIO15_PSW_037

GPIO20_PSW_137

GPIO22

10 K _0 4+ KR42

ENSURE XTAL IN VOLTAGE LEVEL O F 1.8V

1 24_ 1% _0 4+ KR375

*1 24 _1 %_ 04

R376

*0_04R58

10 0K _0 4+ KR4 9

0_ 04 +KR4 08

D P LL _PV DD

DPL L_PVSS

PCIE_PVDD

R378

22 0_ 1% _0 4+ K

GPIO17_IN T#

10 K_ 04 +KR52

GPI O_ C LKREQ#

DPLL_VDDC

Z1 3 0 1 Z1 3 0 2

Z1 3 0 3 Z1 3 0 4

Z1 3 0 5 Z1 3 0 6

Z1 3 0 7 Z1 3 0 8

DVA L ID PS Y N C

GPIO0 GPIO1 GPIO2 GPIO3 GPIO4 GPIO5 GPIO6 GPIO7 SO U T SI N SC L K GPIO1 1 GPIO1 2 GPIO1 3 Z1 3 2 9

TE M P _ F A IL #

1K _0 4+ KR5 6

MPVDD

MPVS S

1K _0 4+ KR16

Z130 9 Z131 0 Z131 1 Z131 2 Z131 3 Z131 4 Z131 5 Z131 6 Z131 7 Z131 8 Z131 9 Z132 0 Z132 1 Z132 2 Z132 3 Z132 4 Z132 5 Z132 6 Z132 7 Z132 8 D VPDATA20 D VPDATA21 D VPDATA22 D VPDATA23

SCS#

Z133 8 Z133 9

Z134 0

Z1330

Z1331 Z1332 Z1333 Z1334 Z1335

Z1336 Z1337 Z1371

U23B

AJ4

TX C M_D P A0P

AJ5

TX C P _D P A 0N

AL5

TX0M_DPA1P

AK5

TX 0P _D P A 1 N

AL6

TX1M_DPA2P

AK6

TX 1P _D P A 2 N

AK8

TX2M_DPA3P

AL8

TX 2P _D P A 3 N

AD9

DVALID

AE7

PS Y N C _ N E W

AK4

DVPCNTL_MVP_0

AL3

DVPCNTL_MVP_1

V2

DVPCNTL_0

V1

DVPCNTL_1

W3

DVPCNTL_2

W1

DVPCLK

Y1

D V PD A T A_ 0

Y2

D V PD A T A_ 1

Y3

D V PD A T A_ 2

AA2

D V PD A T A_ 3

AA3

D V PD A T A_ 4

AB1

D V PD A T A_ 5

AB2

D V PD A T A_ 6

AB3

D V PD A T A_ 7

AC1

D V PD A T A_ 8

AC3

D V PD A T A_ 9

AD1

D V PD A T A_ 10

AD2

D V PD A T A_ 11

AD3

D V PD A T A_ 12

AF3

D V PD A T A_ 13

AG3

D V PD A T A_ 14

AH3

D V PD A T A_ 15

AG1

D V PD A T A_ 16

AH2

D V PD A T A_ 17

AH1

D V PD A T A_ 18

AJ3

D V PD A T A_ 19

AJ1

D V PD A T A_ 20

AJ2

D V PD A T A_ 21

AK2

D V PD A T A_ 22

AK3

D V PD A T A_ 23

Y4

GPIO_0

V3

GPIO_1

V4

GPIO_2

V5

GPIO_3

U3

GPIO_4

U2

GPIO_5

T4

GPIO_6

T5

GPIO _7_ B LO N

T7

GPIO _8_ R OM S O

T8

GPIO _9_ R OM S I

R1

GPIO _10 _R O MSC K

R2

GPIO _11

R3

GPIO _12

P1

GPIO _13

P3

GPIO _14 _H PD2

N1

GPIO _15 _P W RC N T L0

N2

GPIO _16 _S S I N

P4

GPIO _17 _T H E R M A L_ IN T

P7

GPIO _18 _H PD3

P8

GPIO _19 _C TF

P5

GPIO _20 _P W RC N T L1

V7

GPIO _21 _B B _E N

N3

GPIO _22 _R O MC S B

Y5

GPIO _23 _C LK R E Q B

M4

GPIO _24 _J M O D E

M5

GPIO _25 _T D I

M7

GPIO _26 _T C K

M8

GPIO _27 _T M S

L8

GPIO _28 _T D O

Y8

GEN_A

Y7

GEN_B

V8

GEN_C

AH6

GEN_D_HPD4

AG6

GEN_E

AC11

VR EF G

AH12

D P LL _PV DD

AG12

D P LL _PV SS

AH31

PC IE_PVDD

A9

MPVDD

B9

MPVSS

AE 1 2

D P LL _VD D C

AJ31

XT AL I N

AJ30

XT AL O U T

AH26

TESTEN

AD12

PL LT E ST

M8 2XT-S+K

GENERAL PUR P OSE I/O

EXT TM DS DVO

PL L & XT AL

TEST

INTEGRATED TMD S/ D P P OR T

PA R T 2 OF 6

DAC1 / CRT

DAC2 (TV/CRT2)

SE RIAL BUSE S

DDC3DATA_DP3_AUXN

D DC3CLK_DP3_AUXP

DDC4DATA_DP4_AUXN

D DC4CLK_DP4_AUXP

THER MA L

T XC M _D P B 0P TXCP_DPB0N

T X0M _D P B 1P TX0P_DPB1N

T X1M _D P B 2P TX1P_DPB2N

T X2M _D P B 3P TX2P_DPB3N

DPA_PVDD

DPA_ PVSS

DPB_PVDD

DPB_ PVSS

DPA_ V DDR_1 DPA_ V DDR_2

DPB_ V DDR_1 DPB_ V DDR_2

D PB_VSSR_5 D PB_VSSR_4 D PB_VSSR_3 D PB_VSSR_2 D PB_VSSR_1

D PA_VSSR_5 D PA_VSSR_4 D PA_VSSR_3 D PA_VSSR_2 D PA_VSSR_1

DP_CALR

HSYNC VSYNC

AVSSQ VD D 1D I VSS1DI

V2SYNC

H2SYNC

A2VDD

A2 V D D Q A2VSSQ

VD D 2D I VSS2DI

R2SET

DDC1DATA

DDC1CLK

DDC2DATA

DDC2CLK

TS_FDO

DPLUS

DMINUS

HPD1

RSET AVDD

COMP

Z137 2

C912 .1U_X7 R_10V_04+K

AK 9

C913 .1U_X7 R_10V_04+K

AL 9

Z137 3

C914 .1U_X7 R_10V_04+K

AJ 9

Z137 4

C915 .1U_X7 R_10V_04+K

AJ 10

Z137 5

C916 .1U_X7 R_10V_04+K

AL 10

Z137 6

C917 .1U_X7 R_10V_04+K

AK 1 0

Z137 7

C918 .1U_X7 R_10V_04+K

AL 11

Z137 8

C919 .1U_X7 R_10V_04+K

AK 1 1

Z137 9

AL 7

DPA_ P VDD

AK 7

DPA_ P VSS

AE 1 1

DPB_ P VDD

AF 1 1

DPB_ P VSS

AJ 12

DPA_ V DDR

AJ 13 AK 1 3

DPB_ V DDR

AL 13 AL 12

AK 1 2 AJ 11 AH 9 AH 1 1

AJ 8 AF 7 AG 7 AJ 7 AH 7

AG 1 1 AA 8 AL 28

R

AK 2 8

RB

AL 27

G

AK 2 7

GB

AL 26

B

AK 2 6

BB

AK 2 9 AK 3 0

Z134 6

AJ 28 AL 29 AH 2 8 AJ 27 AJ 26

Z134 7

AL 17

R2

Z134 8

AK 1 7

R2B

Z134 9

AL 15

G2

AK 1 5

Z135 0

G2B

Z135 1

AL 14

B2

Z135 2

AK 1 4

B2B

AJ 17

Z135 3

C

Z135 4

AJ 15

Y

Z135 5

AJ 14

Z135 6

AE 1 6

Z135 7

AF 1 6 AH 1 4 AH 1 6 AG 1 6 AF 1 8 AE 1 8

Z135 8

AG 1 4

AA 5

SC L

AA 4

SDA

AJ 29 AH 2 9

AC 5 AC 4

Z135 9

AF 4

Z136 0

AH 4 AF 9

AG 9

Z136 1

AE 1 4 AE 5

AE 4

M8 x STRAPPING

Z1342

Z1343

15 0_ 1% _0 4+ KR3 74

Z1344

4 99_ 1% _0 4+ KR22

AVDD

VDDDI

VSSD I

A2VDD A2VDDQ

VDDDI

VSSD I

715_1%_04+KR28

10 K _0 4+ KR32

D+ D-

TXCM_DPB0P_VGA 17 TXCP_DPB0N_VGA 1 7

TX0 M_DPB1P_VGA 17 TX0P_DPB1N_VGA 17

TX1 M_DPB2P_VGA 17 TX1P_DPB2N_VGA 17

TX2 M_DPB3P_VGA 17 TX2P_DPB3N_VGA 17

WITH M 8x ASIC INSTALL M8x STRAP RE SISTORS AND DO NOT INSTALL M7x STRAP RESISTORS

0_ 04 +KR371

IF HOT PL UG DETECT IS NOT REQ UIRED

REMO VE ALL THIS LOGIC EXC EPT

2008/03/18

A2VSSQ

MXM_LCD_ DDC_CLK 1 6 MXM_LCD_ DDC_DATA 1 6

MXM_C RT_DD C_DATA 17 MXM_C RT_DD C_CLK 17

MXM_H D MI_DDC _ D A TA 17 MXM_H D MI_DDC _ C LK 17

3. 3 VS _ VG A

FOR 100K PULL DOWN

C899 22P_ 50V_04+K

C900 22P_ 50V_04+K

C901 22P_ 50V_04+K

OPTIONAL 0 OH M STRAPS TO GROUND FOR RB,GB,BB AND R2B,G2B,B2B SE E D AC1_RGB AND DAC2_RGB SH E ET S

PL AC E O R RESISTORS CLOSE TO ASIC

150_1%_04+KR606

150_1%_04+KR607

150_1%_04+KR608

DAC1_HSY 17 DAC1_VSY 1 7

SMC_VGA_THERM30 SMD_VGA_THERM30

DAC1_RB 17

DAC1_GB 17

DAC1_BB 17

CLOSE TO CHIP

SMC_VGA_THERM SMD_VGA_THERM

R47 *100K_0 4

3.3VS_VGA

0_0 4+ K

041 1

R48

HDMI DET

N ON-HDC P

R355 0_04+K R360 0_04+K

R356

4 . 7K _0 4+ K

Z1363 Z1364

ROM C FG

GPIO2 2

10K_04+K

SIN

EXT BIO S ROM ENABLE EXT BIO S ROM DISABLE

MEM config

DVPDATA22 DVPDATA23

HPD 1 7

10K_04+KR410

HDC P

VDD3

R361

4.7K_04+K

U20

8 1

SCLK VDD

7

SDATA

6

ALER T

5

GND

ADM1032ARM/ASC7511M8+K

Z1365

2. 2 K _0 4+ KR364

GPIO13

GPIO1 2

10

Qimonda

1

HYB18T512161B2F-20

*

Samsung

*

K4N51163QG-ZC20

1

SIN SCLK SCS#

Z13 62

C668

. 1U _ 16 V_ 04 +K

C591

. 1U _ 16 V_ 04 +K

D+ D-

TH E R M

3. 3 VS _ VGA

0

F LASH ROM

U24

5

D

6

C

1

S

7

HOLD

3

W

8

VCC

AT 2 5 F 5 1 2A N +K

3.3VS_VGA

2 3 4

0415

GPIO0 GPIO1 GPIO2 GPIO3 GPIO4 GPIO5 GPIO6

SOUT SIN

GPIO1 1

GPIO11

GPIO1 2 GPIO1 3

0

SCLK

1

GPIO2 2

0

DVALID PSYNC

DAC1_VSY DAC1_HSY

DVPDATA22 DVPDATA23

2

Q

TYPE 1

4

VS S

Z1 36 6

3.3VS_VGA

10 K _ 0 4+ KR38 *1 0K _0 4R3 82 *1 0K _0 4R5 0 *1 0K _0 4R4 6 *1 0K _0 4R3 83 *1 0K _0 4R3 84 *1 0K _0 4R3 85

10 K _ 0 4+ KR409 10 K _ 0 4+ KR395

*1 0K _0 4R3 88 *1 0K _0 4R3 90 10 K _ 0 4+ KR396 *1 0K _0 4R3 94

10 K _ 0 4+ KR407

*1 0K _0 4R3 4 *1 0K _0 4R3 5

10 K _ 0 4+ KR19 10 K _ 0 4+ KR23

1.8VS_VGA

*1 0K _0 4R373 *1 0K _0 4R372

SOUT

2200P_50V_04+KC9 0

D+ D-

*0 _04R366

VGA_AL ERT# 30

0_04+KR3 63

B - 14 M82-XT-2

OPTIONAL 3V /5V LEVEL SHIFT ERS

3. 3 V T O 5V L E V E L S H I FT LO GIC REQ UIRED DDC1,DDC2 USE D ON M 8 x DDC3,DDC4 ARE 5 V T O LERA NT ON M 8 x

M82-XT-3

Schematic Diagrams

1. 8 V S_ V GA

3.3VS_VGA

1. 8 V S_ V GA

U23E

AA2 6

PCIE_VSS_1

AA2 9

PCIE_VSS_2

AC26

PCIE_VSS_3

AD31

PCIE_VSS_4

AE2 9

PCIE_VSS_5

AE3 0

PCIE_VSS_6

AE3 1

PCIE_VSS_7

F2 8

PCIE_VSS_8

G26

PCIE_VSS_9

G29

PCIE_VSS_10

G30

PCIE_VSS_11

G31

PCIE_VSS_12

H29

PCIE_VSS_13

J2 5

PCIE_VSS_14

J2 6

PCIE_VSS_15

L2 6

PCIE_VSS_16

L2 9

PCIE_VSS_17

L3 0

PCIE_VSS_18

L3 1

PCIE_VSS_19

M2 6

PCIE_VSS_20

M2 9

PCIE_VSS_21

P2 6

PCIE_VSS_22

R29

PCIE_VSS_23

R30

PCIE_VSS_24

R31

PCIE_VSS_25

T2 6

PCIE_VSS_26

U29

PCIE_VSS_27

V2 6

PCIE_VSS_28

Y26

PCIE_VSS_29

Y29

PCIE_VSS_30

Y30

PCIE_VSS_31

Y31

PCIE_VSS_32

A1 3

VSS_1

A2

VSS_2

C18

VSS_3

A2 4

VSS_4

A3 0

VSS_5

AA1

VSS_6

AA1 1

VSS_7

AA1 4

VSS_8

AA1 7

VSS_9

AA2 0

VSS_10

AA6

VSS_11

AC2

VSS_12

AC7

VSS_13

AE3

VSS_15

AL 4

VSS_16

AD14

VSS_17

AF1 2

VSS_18

AF1 4

VSS_19

AD16

VSS_20

AD18

VSS_21

AE6

VSS_22

AG2

VSS_23

AE9

VSS_24

AH25

VSS_25

AK1

VSS_26

AK3 1

VSS_27

AJ 6

VSS_28

AL 2

VSS_29

AL30

VSS_30

B1

VSS_31

C13

VSS_32

CORE GND

M82XT-S +K

400 mA

L62 HCB1608KF-121_06+K

10 U _1 0V _ 08 +K

10 U _1 0 V_ 08 +K

40m A

L8 HCB1005KF-121T20_04+K

52m A

L5 HCB1005KF-121T20_04+K

68m A

10 U _1 0 V_ 08 +K L73 HCB1005KF-121T20_04+K

100 mA

L6 HCB1005KF-121T20_04+K

48m A

L7 HCB1005KF-121T20_04+K

Part 5 of 6

VSS_33 VSS_34 VSS_35 VSS_36 VSS_37 VSS_38 VSS_39 VSS_40 VSS_41 VSS_42

PCI-Express GND

VSS_43 VSS_44 VSS_45 VSS_46 VSS_47 VSS_48 VSS_49 VSS_50 VSS_51 VSS_52 VSS_53 VSS_54 VSS_55 VSS_56 VSS_57 VSS_58 VSS_59 VSS_60 VSS_61 VSS_62 VSS_63 VSS_64 VSS_65 VSS_66 VSS_67 VSS_68 VSS_69 VSS_70 VSS_71 VSS_72 VSS_73 VSS_74 VSS_75 VSS_76 VSS_77 VSS_78 VSS_79 VSS_80 VSS_81 VSS_82 VSS_83 VSS_84 VSS_85 VSS_86 VSS_87 VSS_88 VSS_89 VSS_90 VSS_91 VSS_92 VSS_93 VSS_94 VSS_95 VSS_96 VSS_97 VSS_98

VSS_99 VSS_ 100 VSS_ 101 VSS_ 102

FOR M8x INSTALL LVDDR AND LVDDC TO +1.8V WITH THE ON E L V DDC F ILTER DO NOT INST A LL L V DDR FI LT ER INSTA LL STRA P RESISTO R

C593

C592

C46

C43

C652

10 U _ 10 V_ 08 + K

C44

10 U _ 10 V_ 08 + K

C45 10 U _ 10 V_ 0 8+ K

C598

1U_16V_06+K

C597

1U_16V_06+K

C55 1U_16V_06+K

C52

1U_16V_06+K

C643 1U_16V_06+K

C64 .1U_10V_04+K

C54

1U_16V_06+K

C612

.1U_10V_04+K

C71

.1U_10V_04+ K

C67

.1U_10V_04+ K

C648

C53

C70

C611

.1U_10V_04+ K

B25 J8 B5 D11 C17 C22 C27 D29 C3 C6 D3 D28 F29 D4 F11 F12 F14 F16 F18 F20 F21 F23 F25 F7 F9 G3 G6 H23 J3 J4 J6 K1 L1 2 L1 5 L1 8 L2 1 L6 M1 1 M1 4 M1 7 M2 0 M6 P12 P15 P18 P21 P6 AC21 R14 R17 R20 T6 U1 U12 U15 U18 U21 AE20 V14 V17 V20 P2 V6 W2 Y12 Y15 Y18 Y21 Y6 M9

.1U_10V_04+ K

1U_16V_06+K

. 0 1U _ 16 V _X 7R _0 4+ K

LV D D R

R358 0_08+K

(1.8V @ 400MA LVDDC,LVDDR)

LV D D C

LPVDD

(1.8V @ 40MA LPVD D )

*

LPVSS

D P LL _P VD D

*

D P LL _P VS S

PCIE_PVDD

A2VDD

(3.3V @ 13 5M A A2V D D)

A2VDDQ

(1.8V @ 2M A A2VDDQ)

*

A2VSSQ

1.8VS_VG A

C200

*10U_10V_08

C58

1U _ 16 V _0 6+ K

C170

1U _ 16 V _0 6+ K

3.3 V_ D E LA Y

C235

10 U _1 0V _ 08 +K

HCB1005KF-121T20_04+KL66

10 U _ 10 V_ 0 8+ K

HCB1005KF-121T20_04+KL72

1U_16V_06+K

1U _1 6V _0 6 +K

Q15 AO 3409+K

3.3VS_ VGA

R120

C248

(1.8V @ 40MA DPLL_PVDD)

(1.8 V @ 40M A PC I E_PVD D )

10U_10V_08+K

C222

1U_16V_06+K

C616

C596

1.8VS_VGA

VGA_C ORE

75K_04+K

Z14 05

C62

C36

C213

C30

D S

G

1.1VS_VGA

1.8VS_VGA

10U _10V_08 +K

*1U_16V_06

1U_16V_06+K

C600 .1U_10 V_04+K

C594

1U_16V_06+K

G

Z1 4 0 4

DS

Q16 2N7002W +K

C179

C145

10 U _ 10 V_ 0 8+ K 1U _1 6V _0 6 +K

C219

C133

C187

C185

*1 U _16V _ 06

VDD_CT

( 3.3V @ 50 M A VDDR3)

C226

C99 1U _1 6V _ 06 +K

C609 1U_16V_06+K

VD D_MEM_ CL K0 VD D_MEM_ CL K1

VSS _ ME MC LK_ 0 VSS _ ME MC LK_ 1

C50 1U _ 16 V _0 6+ K

R116 10 0K _ 04 +K

200mA

L6 4 HCB1005KF-121T20_04+K

200mA

L6 3 HCB1005KF-121T20_04+K

40mA

L6 5 HCB1005KF-121T20_04+K

64mA

L1 3 HCB1005KF-121T20_04+K

472mA

104mA

L6 9 HCB1005KF-121T20_04+K

96mA

L6 8 HCB1005KF-121T20_04+K

Z1402

Z1403

3.3VS_VGA

FOR M8x INSTALL DPA _V DDR T O +1.1V AND DPB_VDD R TO +1.1V WIT H SEPARATE FI LTERS DO NOT INSTALL STRAP RESISTOR

C602

10U_10V_08+K

C601 10U _10V_08 +K

C603

10U _10V_08+K

C131

10U _10V_08+K

C195 *10U_10V_08

C47

10U _10V_08+K

C610

10U _10V_08+K

U23D

A15

VDDR 1_1

A22

VDDR 1_2

A28

VDDR 1_3

A4

VDDR 1_4

A8

VDDR 1_5

B8

VDDR 1_6

C9

VDDR 1_7

D1

VDDR 1_8

H1

VDDR 1_9

H11

VDDR 1_10

H12

VDDR 1_11

H14

VDDR 1_12

H16

VDDR 1_13

H18

VDDR 1_14

H20

VDDR 1_15

H21

VDDR 1_16

B31

VDDR 1_17

M1

VDDR 1_18

AA9

VDD_CT _1

Y9

VDD_CT _2

V9

VDD_CT _3

T9

VDD_CT _4

J11

VDD_CT _5

J20

VDD_CT _6

J21

VDD_CT _7

L9

VDD_CT _8

AC 18

VDDR 3_1

AC 16

VDDR 3_2

AC 14

VDDR 3_3

AC 12

VDDR 3_4

AF1

VDDR 4_1

AF2

VDDR 4_2

AE1

VDDR 5_1

AE2

VDDR 5_2

M2

RSVD_1

M3

RSVD_2

L4

RSVD_3

AD 11

RSVD_4

A10

VDDR H_1

A19

VDDR H_2

B10

VSSRH_1

B19

VSSRH_2

V11

BBN_1

U11

BBN_2

R11

BBP_1

P11

BBP_2

C614

1U_16V_06+K

C613 1U_ 16 V _0 6+ K

C615

C125

C161

1U_16V_06+K

C83

C626

M8 2XT-S + K

.1U_10V_04 +K

1U_16V_0 6+K

.1U_10V_04+ K

Clock

C619

C620

C108

C164

C627

PART 4 OF 6

I/O Intern a l

Memor y

I/ O

.1U_10V_04+KC618

.1U_10V_04+K

1U_16V_06+K

.1U_10V_04+K

1U_16V_06+KC4 9

1U_16V_06+K

P O W E R

Memo ry I/O

Back B ias

0_ 08 +K R359

DPA_VD DR

DPB_VD DR

DPA_PVDD

*

DPA_PVSS

VDD_CT

VDDDI

VSSDI

AVDD

PCIE_VDDR _1 PCIE_VDDR _2 PCIE_VDDR _3 PCIE_VDDR _4 PCIE_VDDR _5 PCIE_VDDR _6 PCIE_VDDR _7 PCIE_VDDR _8

PCIE_VDDC _1 PCIE_VDDC _2 PCIE_VDDC _3 PCIE_VDDC _4 PCIE_VDDC _5 PCIE_VDDC _6 PCIE_VDDC _7 PCIE_VDDC _8

PCIE_VDDC _9 PC IE_VDDC_10 PC IE_VDDC_11

PCI-Ex press

PC IE_VDDC_12

VDDC _1 VDDC _2 VDDC _3 VDDC _4 VDDC _5 VDDC _6 VDDC _7 VDDC _8

VDDC _9 VDDC_10 VDDC_11 VDDC_12 VDDC_13 VDDC_14 VDDC_15

Core

VDDC_16 VDDC_17 VDDC_18 VDDC_19 VDDC_20 VDDC_21 VDDC_22 VDDC_23 VDDC_24 VDDC_25 VDDC_26 VDDC_27 VDDC_28 VDDC_29 VDDC_30 VDDC_31 VDDC_32 VDDC_33

VDD CI_1 VDD CI_2 VDD CI_3 VDD CI_4

( 1.8V@ 20mA )

(VDD_CT 1.8V @ 11 0MA (VDD_CT)

(1. 8V @ 40 0 M A P CIE _VD D R )

( 1.8V @ 100M A VDD 1 D I ,VDD2DI)

(1.8V @ 65MA AVDD)

AF30

1.8VS_VG A

AF31 AF29 AF27 AF28 AG29 AG30 AG31

AA23

1. 1 V S_ V GA

AC24 AC25 AE26 AE27 AE28 L23 M2 3 P23 T23 V23 Y23

L11 L14

C24 *10U_10V_08

C23 10 U _ 10 V_ 0 8+ K

C26 10 U _ 10 V_ 0 8+ K

C27 10 U _ 10 V_ 0 8+ K

C173 10U_10V_08+K

C31 *1 U_ 16 V_0 6

C68 1U_16V_06+K

C94 1U_16V_06+K

C34 1U_16V_06+K

C182 1U_16V_06+K

L17 L20 M1 2 M1 5 M1 8 M2 1 AC20 P14 P17 P20 R12 R15 R18 R21 AD20 U14 U17 U20 V12 V15 V18 V21 Y11 Y14 Y17 Y20 AA12 AA15 AA18 AA21 P9

Z1 40 1

J12 J14 J16 J18

PLACE ALL DECOUPLING AS CLOSE TO ASIC AS POSSIBLE

40mA

L10

1. 8 V S_ V GA

HCB1005KF-121T20_04+K

L23

1. 8 V S_ V GA

HCB1005KF-121T20_04+K

1. 8 V S_ V GA

L24 HCB1005KF-121T20_04+K

1.1VS_VG A

400mA

H CB1005KF-121T20_04+KL410 U _1 0 V_ 08 +K

230mA

VGA_CORE MPVDD

C590 1U _ 16 V _0 6+ K

C32 1U _ 16 V _0 6+ K

C33 *1U_16V_06

C22 1U _ 16 V _0 6+ K

C180 1U_16V_06+K

C198

10 U _ 10 V_ 08 + K

C199

C38

10 U _1 0V _ 08 +K

C89

1U_16V_06+K

C42

10 U _1 0V _ 08 +K

HCB1005KF -121T20_04+KL22

10 U _1 0V _ 08 +K

C588 *1 U _1 6V_ 06

C25

*1 U _1 6V_ 06

C114 1U _1 6V _ 06 +K

C101 1U _1 6V _ 06 +K

C81 10 U _ 10 V _0 8+ K

10 U _ 10 V_ 0 8+ K

1U_16V_06+K

C197

C589 1U_16V_06+K

C166 1U_16V_06+K

C29 1U_16V_06+K

C167 1U_16V_06+K

L16

HCB2012KF-121T30_06+K

C181 *1U_16V_06

C80

1U_16V_06+K

C193

1 U _1 6V _ 06 +K

C194

1U_16V_06+K

C56

.1U_10V_04+K

C28

C51

C192

1 U _1 6V _ 06 +K

C189

C190

C41

C65

1U_16V_06+K

C73 .1U_10V_04+K

VGA_CORE

C82

.1U_10V_04+ K

.1U_10V_04+K

(PCIE_VDDC 1.1V @ 1A )

DPLL_VDDC

C188 .1U_10V_04+K

S5 S H O R T

S1 S H O R T

S4 S H O R T

S2 S H O R T

S8 S H O R T

S7 S H O R T

S6 S H O R T

S9 S H O R T

S3 S H O R T

PLA CE ALL DECOUPLIN G CAPS CLO SE TO THE ASIC AND RUN DEDICATED T RACES FRO M ASIC PINS TO JOIN THE GROUND PLANE WIT H ONE VIA AT THE CAP

DPB_PVDD

( 1.8V@ 20mA)

*

DPB_PVSS

VDD_MEM _CLK0

(1.8V @ MA VDDRHA_1 INCLUDED IN VDDR1)

VSS_ MEMCLK_0

VDD_MEM _CLK1

(1.8V @ MA VDDRHA_2 INCLUDED IN VDDR1)

VSS_ MEMCLK_1

(DPLL_VDDC 1.1V @ 100 MA)

*

DPLL _PVSS

( .95 V-1. 1V @ 230MA MPVDD)

*

MPVSS

21

DPB_PVSS

21

DPLL _PVSS

21

VSSD I

21

A2VSSQ

21

VSS_ MEMCLK_1

21

VSS_ MEMCLK_0

21

MPVSS

21

DPA_PVSS

21

LPVSS

B.Schematic Diagrams

Sheet 14 of 47

M82-XT-3

M82-XT-3 B - 15

Schematic Diagrams

DDRII 32MX16

Sheet 15 of 47 DDRII 32MX16

B.Schematic Diagrams

4.99K_1%_04+K

U26

L2

BA0

L3

BA1

R2

A12

P7

MAA 11

A11

M2

MAA 10

A10/AP

P3

MAA 9

A9

P8

MAA 8

A8

P2

MAA 7

A7

N7

MAA 6

A6

N3

MAA 5

A5

N8

MAA 4

A4

N2

MAA 3

A3

M7

MAA 2

A2

M3

MAA 1

A1

M8

MAA 0

A0

K8

CLKA 0 #

CK

J8

CLKA 0

CK

K2

CKE A0

CK E

L8

CSA0_0#

CS

K3 G9

WEA0#

WE VDD Q 10

K7

RAS A0 #

RA S

L7

CAS A0 #

CA S

F3

DQ MA #2

LDM

B3

DQ MA #0

UD M

K9

OD T A 0

OD T

F7

RD QS A 2

LDQS

1.8VS_VGA 1.8VS_ VG A

R11 3

4.99K_1%_04+K

R117

1.8VS_VGA

1.8VS_ VGA

R73

4.99K_1%_04+K

R72

1.8VS_VGA

C205

10U_10V_08+K

WDQSA2

E8

LDQS

RD QS A 0

B7

UD Q S

A8

WDQSA0

UD Q S

J2

Z1501

VR EF

A2

NC #A 2

E2

C23 8

.1U_1 6 V_ 04+K

C221 *10U_10V_08

10U _10V_08+K

( SSTL- 1.8) VREF = .5*VDDQ

C152

.1U_16V_04+K

*10U_10V_08

C162

C202

NC #E 2

L1

NC #L 1

R3

NC #R 3

R7

NC #R 7

R8

NC #R 8

HYB18T512161B2F-20+K

C132

1U _10V_06+K

.01U_16V_04+K U25

L2

BA0

BA1

L3

BA1

A12

R2

A12

P7

MAA 11

A11

MAA 10

M2

A10/AP

MAA 9

P3

A9

MAA 8

P8

A8

MAA 7

P2

A7

MAA 6

N7

A6

MAA 5

N3

A5

MAA 4

N8

A4

MAA 3

N2

A3

MAA 2

M7

A2

MAA 1

M3

A1

MAA 0

M8

A0

CLKA 1 #

K8

CK

CLKA 1

J8

CK

CKE A1

K2

CK E

CSA1_0#

L8

CS

WEA1#

K3 G9

WE VDD Q 10

RAS A1 #

K7

RA S

CAS A1 #

L7

CA S

DQ MA #6

F3

LDM

DQ MA #4

B3

UD M

OD T A 1

K9

OD T

RD QS A 6

F7

LDQS

WDQSA6

E8

LDQS

RD QS A 4 RD QSA 5

B7

UD Q S

WDQSA4

A8

UD Q S

Z1506

J2

VR EF

A2

NC #A 2

E2

NC #E 2

L1

NC #L 1

R3

NC #R 3

R7

NC #R 7

R8

NC #R 8

HYB18T512161B2F-20+K

C87

1U_10V_06+K

. 1U _16V_04+K

C127

C86

.1U_16V_04+K

DQ15 DQ14 DQ13 DQ12 DQ11 DQ10

DQ9 DQ8 DQ7 DQ6 DQ5 DQ4 DQ3 DQ2 DQ1 DQ0

VDDQ1 VDDQ2 VDDQ3 VDDQ4 VDDQ5 VDDQ6 VDDQ7 VDDQ8 VDDQ9

VD D1 VD D2 VD D3 VD D4 VD D5

VD DL

VS SDL

VS SQ1 VS SQ2 VS SQ3 VS SQ4 VS SQ5 VS SQ6 VS SQ7 VS SQ8 VS SQ9

V SSQ 10

VSS1 VSS2 VSS3 VSS4 VSS5

*.1U_16V_04

DQ15 DQ14 DQ13 DQ12 DQ11 DQ10

DQ9 DQ8 DQ7 DQ6 DQ5 DQ4 DQ3 DQ2 DQ1 DQ0

VDDQ1 VDDQ2 VDDQ3 VDDQ4 VDDQ5 VDDQ6 VDDQ7 VDDQ8 VDDQ9

VD D1 VD D2 VD D3 VD D4 VD D5

VD DL

VS SDL

VS SQ1 VS SQ2 VS SQ3 VS SQ4 VS SQ5 VS SQ6 VS SQ7 VS SQ8 VS SQ9

V SSQ 10

VSS1 VSS2 VSS3 VSS4 VSS5

C21 7

C244

B9 B1 D9 D1 D3 D7 C2 C8 F9 F1 H9 H1 H3 H7 G2 G8

A9 C1 C3 C7 C9 E9 G1 G3 G7

A1 E1 J9 M9 R1

J1 J7

A7 B2 B8 D2 D8 E7 F2 F8 H2 H8

A3 E3 J3 N1 P9

*.1U_16V_04

B9 B1 D9 D1 D3 D7 C2 C8 F9 F1 H9 H1 H3 H7 G2 G8

A9 C1 C3 C7 C9 E9 G1 G3 G7

A1 E1 J9 M9 R1

J1 J7

A7 B2 B8 D2 D8 E7 F2 F8 H2 H8

A3 E3 J3 N1 P9

C216

.1U_16V_04+K

Z1502

C137

MDA34 MDA39 MDA32 MDA36 MDA38 MDA33 MDA37 MDA35 MDA54 MDA49 MDA53 MDA48 MDA51 MDA55 MDA50 MDA52

Z1507

MD A 0

MD A 2

MD A 7

MD A 1

MD A 4

MD A 5

MD A 3

MD A 6

MD A 2 1

MD A 1 6

MD A 2 2

MD A 1 8

MD A 1 9

MD A 2 3

MD A 1 7

MD A 2 0

C236

.1U_16V_04+K

C171

.1U_16V_04+K

.1U_16V _04+K

1.8VS _V GA

C211

.1U_16V_04+K

1.8VS _V GA

C156

<VALUE>L2 7

C230 1U_10V_06+K

R444

4. 99K_1%_04+K

R445

4.99K_1%_04+K

1.8VS_ VG A

C14 4

* . 1U _ 1 6V _0 4

GD DR2 32MX16 MEMORY

<VALUE>L1 8

C172

1U_10V_06+K

R389

4.99K_1%_04+K

R36

4.99K_1%_04+K

C196

*10U_10V _08

*10U_10V_08

(SSTL-1.8) VREF = .5*VD DQ(SST L-1.8) VREF = .5 *VDDQ

C71 4

.1U _16V _04+K

C203

*.1U_16V_04

1.8VS_VGA

(SSTL-1.8) VREF = .5*VD DQ

C66 7

.1U _16V _04+K

1.8VS_VGA

C245

*.1U_16V_04

BA 0 BA 1

A12 MAA 11 MAA 10 MAA 9 MAA 8 MAA 7 MAA 6 MAA 5 MAA 4 MAA 3 MAA 2 MAA 1 MAA 0

CLKA0# CLKA0

CKE A 0

CSA0_0#

WEA0# RAS A 0 # CAS A 0 # DQ MA# 1

DQ MA# 3

OD T A 0

RD QSA 1 WDQSA1

RD QSA 3 WDQSA3

C710

BA 0

BA 1

A12 MAA 11 MAA 10 MAA 9 MAA 8 MAA 7 MAA 6 MAA 5 MAA 4 MAA 3 MAA 2 MAA 1 MAA 0

CLKA1# CLKA1

CKE A 1

CSA1_0# WEA1# RAS A 1 # CAS A 1 #

DQ MA# 7 DQ MA# 5

OD T A 1

RD QSA 7 WDQSA7

WDQSA5

10U_10V_08+K

L2 L3

R2 P7 M2 P3 P8 P2 N7 N3 N8 N2 M7 M3 M8

K8

J8

K2

L8

K3 G9 K7

L7

F3 B3

K9

F7 E8

B7 A8

J2

Z1503

A2 E2

L1 R3 R7 R8

C201

1U_10V_06+K

L2

L3

R2 P7 M2 P3 P8 P2 N7 N3 N8 N2 M7 M3 M8

K8

J8 K2

L8 K3 G9 K7

L7

F3 B3

K9

F7 E8

B7 A8

Z1508

J2 A2

E2

L1 R3 R7 R8

C214

1U_10V_06+K

U27

BA0 BA1

A12 A11 A10/AP A9 A8 A7 A6 A5 A4 A3 A2 A1 A0

CK

VDDQ1

CK

VDDQ2 VDDQ3

CKE

VDDQ4 VDDQ5 VDDQ6 VDDQ7

CS

VDDQ8 VDDQ9

WE VDDQ10 RAS CAS LDM

UD M

VS SDL

OD T

LDQS

VS SQ1

LDQS

VS SQ2 VS SQ3 VS SQ4 VS SQ5

UD QS

VS SQ6

UD QS

VS SQ7 VS SQ8 VS SQ9

VRE F

VSSQ10 NC # A2 NC # E2 NC # L1 NC # R3 NC # R7 NC # R8

HYB18T512161B2F-20+K

C151

.1U _16V _04 +K

U21

BA0 BA1

A12 A11 A10/AP A9 A8 A7 A6 A5 A4 A3 A2 A1 A0

CK

VDDQ1 CK

VDDQ2

VDDQ3 CKE

VDDQ4

VDDQ5

VDDQ6

VDDQ7 CS

VDDQ8

VDDQ9 WE VDDQ10

RAS CAS

LDM UD M

VS SDL

OD T

LDQS

VS SQ1

LDQS

VS SQ2 VS SQ3 VS SQ4 VS SQ5

UD QS

VS SQ6

UD QS

VS SQ7 VS SQ8 VS SQ9

VRE F

VSSQ10 NC # A2 NC # E2 NC # L1 NC # R3 NC # R7 NC # R8

HYB18T512161B2F-20+K

C23 2

C212

.1U_16V _04+K

DQ15 DQ14 DQ13 DQ12 DQ11 DQ10

DQ9 DQ8 DQ7 DQ6 DQ5 DQ4 DQ3 DQ2 DQ1 DQ0

VD D1 VD D2 VD D3 VD D4 VD D5

VD DL

VSS1 VSS2 VSS3 VSS4 VSS5

C215

.01U _16V _04+K

DQ15 DQ14 DQ13 DQ12 DQ11 DQ10

DQ9 DQ8 DQ7 DQ6 DQ5 DQ4 DQ3 DQ2 DQ1 DQ0

VD D1 VD D2 VD D3 VD D4 VD D5

VD DL

VSS1 VSS2 VSS3 VSS4 VSS5

B9 B1 D9 D1 D3 D7 C2 C8 F9 F1 H9 H1 H3 H7 G2 G8

A9 C1 C3 C7 C9 E9 G1 G3 G7

A1 E1 J9 M9 R1

J1 J7

A7 B2 B8 D2 D8 E7 F2 F8 H2 H8

A3 E3 J3 N1 P9

B9 B1 D9 D1 D3 D7 C2 C8 F9 F1 H9 H1 H3 H7 G2 G8

A9 C1 C3 C7 C9 E9 G1 G3 G7

A1 E1 J9 M9 R1

J1 J7

A7 B2 B8 D2 D8 E7 F2 F8 H2 H8

A3 E3 J3 N1 P9

C61

.1U_16V_04+K

Z 1504

C22 7

.1U_16V_04+K

MDA40 MDA45 MDA42 MDA47 MDA46 MDA41 MDA44 MDA43 MDA60 MDA59 MDA62 MDA56 MDA57 MDA61 MDA58 MDA63

Z 1509

MD A 2 8 MD A 2 4 MD A 3 0 MD A 3 1 MD A 2 6 MD A 2 9 MD A 2 5 MD A 2 7 MD A 1 2 MD A 9 MD A 1 3 MD A 8 MD A 1 1 MD A 1 5 MD A 1 0 MD A 1 4

C713

C110

C78

.1U_16V_04+K

.1U _16V _0 4+K

C206

*.1U_16V_04

.1U _16V _0 4+K

1.8VS_VGA

C60

.1U_16V_04+K

<VALUE>L80

C186

<V A L U E >L74

C712

1U_10V_06+K

*10U_1 0V_08

C664 1U_10V_06+K

C79

10U_10V_08+K

CLKA012 CLKA0#12

56.2_1%_04+K

RASA0#12 RASA1#12

CASA0#12 CASA1#12

WE A0#12 WE A1#12

CKEA012 CKEA112

CSA0_0#12 CSA1_0#12

ODTA012 ODTA112

WD Q SA[7..0]12 RDQSA[7..0]12 DQMA#[7..0]12 MDA[ 63..0]12

MAA[11..0]12 BA 112

BA 012 A1212

CLKA 112 CLKA 1#12

56.2_1%_04+K

CLKA0

CLKA0#

R110

R111

56.2_1%_04+K

Z1505

C23 3

470P_X7R_50V_04+K

RAS A0 # RAS A1 #

CAS A0 # CAS A1 #

WEA0# WEA1#

CKE A0 CKE A1

CSA 0_0# CSA 1_0#

ODTA0 ODTA1

WDQSA[7..0] R DQ SA[7 ..0] DQMA#[7..0]

MD A[63 ..0 ] M AA[1 1 ..0]

BA1 BA0

A12

CLKA1

CLKA1#

R41

R40

Z 1510

56.2_1%_04+K

C116

470P_X7R _50V _04+K

B - 16 DDRII 32MX16

LVDS, INVERTER

PANEL CONNECTOR

EDID Mode

MXM_L C D_DDC_CLK13

NB_LCD_DDC_CLK10

MXM_L CD_DDC_DATA13

NB_LCD_DDC_DATA10

A_R ST#10,18,20,23

MXM_L CD _PW R_EN12

NB_LCD_PWR_EN10

IN VER TE R CO NN ECTOR

A_RST#10 , 18 , 20,23

MXM_LC D _BK L_E N12 , 13

J_LCD1

1 2

12

3 4

LVDSUCLKN

34

5 6

LVDSUCLKP

56

7 8

78

9 10

LVDSUN1

910

11 12

LVDSUP1

11 1 2

13 14

13 1 4

15 16

LVDSLCLKN

15 1 6

17 18

LVDSLCLKP

17 1 8

19 20

19 2 0

21 22

LVDSLN1

21 2 2

23 24

LVDSLP1

23 2 4

25 26

25 2 6

27 28

LVDSLN0

27 2 8

29 30

LVDSLP0

29 3 0

88107-30001

2A

PL V D D

C574

4.7U_6.3V_08C7.1U_16V_ 04C5.1U_16V _04

AMD CHECK

3.3VS_VGA

R9

2.2K_04+K

R5 0_04-K

3.3VS_VGA

R11

2.2K_04+K

R 1 0 0 _0 4- K

PANEL POWER

D36 * RB7 51V

C A

DS

G

R345 2 . 7K _0 4+ K

DS

G

R343 *2 . 7K_04

D9 *RB751V

C A

0412

NB_LCD_BKL_EN

G

Z1 6 0 2

Q36

2N 7 002 W +K

Q35

2N 7 002 W

R15 *2.7K_04

050 7

Q1 2N70 02 W+ K

Q2 2N70 02 W+ K

R68

2. 7K _ 04+ K

LCD_DD C_DATA LCD_DD C_CLK

LVDSUN 2 LVDSUP2

LVDSUN 0 LVDSUP0

LVDSLN2 LVDSLP2

DS

SYS15V

G

DS

G

3.3VS

SY S1 5V

R348 1M_ 04

G

4. 7K _ 04

DS

Q13

2N 7 00 2W +K

Z 160 5

Q6

*2N 700 2W

DS

R350 1M_04

Q38

2 N 70 02 W

3.3VS

LCD_DDC_CLK

LCD_DDC_DATA

3.3 VS

Z 1 603

R63

4 . 7K _0 4

G

1 2 3

C572 . 1U _ 16 V_04

3. 3 VS

R13

DS

Q12

R 14 0_0 4-K

U19

D D G

SI 3 45 6D V

BKL_EN30

2N 7 002 W +K

6

D

5

D

4

S

C573

+

*1 00 U _6 . 3V _B 2

R347 200_04

Z1604

DS

G

C907

.47U_16V_06

R609 10K_04

R 7 10 0K _0 4

SB_BLON20

BRIGHTNESS30

Q37

2N7002W

SB_PWRGD19 , 30 ,32NB_LCD_BKL_EN10

Schematic Diagrams

FOR INTERNAL L VDS

RN40

23

NB_LVDS_TX_CLKUP10 NB_LVDS_TX_CLKUN10

NB_LVDS_TX_U2P10 NB_LVDS_TX_U2N10

NB_LVDS_TX_U1P10 NB_LVDS_TX_U1N10

NB_LVDS_TX_U0P10 NB_LVDS_TX_U0N10

MXM_L VDS_ TX_CLKUP12 MXM_L VDS_ TX_CLKUN12

MXM_L VDS_ TX_ U 2P12 MXM_L VDS_ TX_ U 2N12

MXM_L VDS_ TX_ U 1P12

MXM_L VDS_ TX_ U 0P12 MXM_L VDS_ TX_ U 0N12

C577 .1U_16V_04

R346 20 0_ 04

R8

10 0K _0 4

Z1601

BLON

LI D_ S W #1 9,2 6,30

C576 .1U_16V_04

3.3V

147

1 2

U4A 74 LV C 0 8P W

C575 10U_10V_08

3

PLVDD

R349 100K_04

U4B 74 LV C 08 P W

U4D 74 LV C 08 P W

3. 3V

6

147

9

Z1607

10

Z1608

11

3. 3 V 147

4

Z 1 606

5

3. 3 V 147

12 13

LVDSUCLKP LVDSUCLKN

4 P2 R X0 _0 4-K

14

LVDSUP2

RN39

23

LVDSUN2

4 P2 R X0 _0 4-K

14

LVDSUP1

RN38

23

LVDSUN1

4 P2 R X0 _0 4-K

14

RN37

23

LVDSUP0 LVDSUN0

4 P2 R X0 _0 4-K

14

FOR M82-EXTERNAL LVDS

LVDSUCLKP

RN57

14

LVDSUCLKN

4 P2 R X0 _0 4+ K

23

RN59

14

LVDSUP2

4 P2 R X0 _0 4+ K

23

LVDSUN2

RN61

14

LVDSUP1

4 P2 R X0 _0 4+ K

23

LVDSUN1

RN63

14

LVDSUN0

4 P2 R X0 _0 4+ K

23

VI N

L1

HCB2012KF-500T40_08

.

C3

C37

.1U_50V_06

*.1 U _1 6V _0 4

U4C 74LVC08PW

8

INV_ B LON

R1

C4

1M_ 04

.1U_10V_04

C2 . 1U_ 50 V _06

VIN_INV

N B _L V D S_ TX_L 2N10 N B _L V D S_ TX_L 2P10

N B _L V D S_ TX_L 0N10 N B _L V D S_ TX_L 0P10

NB_LVDS_TX_CLKLN10 NB_LVDS_TX_CLKLP10

N B _L V D S_ TX_L 1N10 N B _L V D S_ TX_L 1P10

MXM_LVDS_TX_L2N12 MXM_LVDS_TX_L2P12

MXM_LVDS_TX_L0N12 MXM_LVDS_TX_L0P12

MXM_LV D S_TX_CLKLN12 MXM_LV D S_TX_CLKLP12MXM_L VDS_ TX_ U 1N12

MXM_LVDS_TX_L1N12 MXM_LVDS_TX_L1P12

40 mil

J_INV1

1 2 3 4 5 6

87213-0600G

6-20-4 1A10-106

J_INV1 1

6

RN43

14

4P2RX0_04-K

23

RN44

23

4P2RX0_04-K

14

RN41

14

4P2RX0_04-K

23

RN42

14

4P2RX0_04-K

23

RN58

23

4P2RX0_04+K

14

RN60

14

4P2RX0_04+K

23

RN62

23

4P2RX0_04+K

14

RN64

23

4P2RX0_04+K

14

LVDSLN2 LVDSLP2

LVDSLN0 LVDSLP0

LVDSLCLKN LVDSLCLKP

LVDSLN1 LVDSLP1

LVDSLN2 LVDSLP2

LVDSLN0 LVDSLP0

LVDSLCLKN LVDSLCLKP

LVDSLN1LVDSUP0 LVDSLP1

B.Schematic Diagrams

Sheet 16 of 47

LVDS, INVERTER

LVDS, INVERTER B - 17

Schematic Diagrams

HDMI, CRT

Sheet 17 of 47

HDMI, CRT

B.Schematic Diagrams

HDMI

NB_HDMI_DDC_CLK10

MXM_HDMI _DDC_CL K13

NB_HDMI_DDC_DATA10

MXM_HDMI_DDC_DATA13

HPD13

TMD S _H PD 010

23 14

R139

7 50_ 1%_ 04

C13

100 0P_5 0V _04

3.3VS

Q24

G

2N7 002 W

Z1716

D S

R137

R135

FOR M740J/M760J ? 750R FOR M740JU/M760JU ? 499R

TX2P_DPB3N_H

75 0_1 %_0 4

7 50_ 1%_ 04

TX2M _ DPB 3P_H

TX1P_DPB2N_H TX1M _ DPB 2P_H

TX0P_DPB1N_H TX0M _ DPB 1P_H

TXCP_DPB0N_H TXC M_D P B0P _H

L31 *WC M20 12F2 S- 16 1T 03_ P

3

*WC M20 12F2 S- 16 1T 03_ P

H_SYNC V_ SY N C

T X0M_ D PB1P _H

142

TX0P _D PB 1N _H

T X2M_ D PB3P _H

142

TX2P _D PB 3N _H

L33

DDCDATA

HSYNC

VSYNC

DDCLK

C12

100 0P_50 V _04

FRED FGRN

FBLUE

FRED FGRN

FBLUE

3.3 VS

R136

2.2K _0 4-K

RS740(3230 03 930 0G) ; RX78 0(32 300 472 00 G );R S7 80 (323 00 47200G )

R128

Z171 7

*0 _04 02_ 5mi l _sh ort

3.3VS_VGA

R618 *2.2K_04+K

RS740(3230 03 930 0G) ; RX78 0(32 300 472 00 G );R S7 80 (323 00 47200G )

R132 0_04+K

3.3 VS

R126

2.2K _0 4-KRS740(3230 03 930 0G) ;R X78 0(32 300 472 00 G );RS 780 ( 323 00 472 00G)

R127

Z1718 HDM I_D DC _D ATA

* 0_0 402 _5m il _s hort

3.3V S _V GA

R619 *2 . 2K_04 +K

RS7 40(32 30 039 300 G );RX780(3230047200G);RS780(3230047200G)

R134 0_04+K

RB 751 V-40 +K

R121 0_04

3.3V S3.3VS_VGA

C

D10

Z1711

R125 200 K_04

B

E

CA

Q17 2N3 904

Z1710

R123

1K_ 0 4

3. 3V S_ VG A

R357

4.7K_04+K

G

3.3V S

R598

G

6.8K _0 4-K

R354 0_04-K

3. 3V S_ VG A

R368

4.7K_04+K

G

3.3V S

R600

G

6.8K_04-K

R362 0_04- K

R114

10K_04+K

MXM_CRT_DDC_DATA13

NB_CRT_ DDC_DAT A10

MXM_CRT_DDC_CLK13

NB_CRT_DDC_CLK10

3.3 VS

G

3.3VS_VGA

G

3.3 VS

G

3.3VS_VGA

G

Q41 2N7 002 W+ K

DS

Q75 *2N7002W

DS

Q42 2N7 002 W+ K

DS

Q76 *2N7002W

DS

HDMI_ HPD

R124

Q23 2N70 02 W- K

Q77 *2N 7 002 W+ K

Q18 2N70 02 W- K

Q78 *2N 7 002 W+ K

20 0K_04

5VS

6.8K_04

R597

6.8K_04+K

R599

6.8K_04+K

5VS

R133

5VS

C

AC

D11

A

*BAV99

RS7 40(3 160 150 20 0G ); RX78 0( 31 500 682 00 G);R S 780 (315 006 82 00G )

R131

6.8K _0 4

AC

D12 *BAV9 9

RS7 40(3 160 150 20 0G ); RX78 0( 31 500 682 00 G);R S 780 (315 006 82 00G )

FRED

FGRN

FBLUE

CRT_DDC_DATA

CRT_DDC_CLK

5VS

H_SYNC

V_SYNC

HD MI _DD C _CL K

5VS

C

A

R352

R353

15 0_1 %_0 4

140 _1 %_04

G

DS

Q39

G

2N70 02W

R351

1 50_ 1%_ 04

DS

Q40

2N7002W

TX2P _D PB3 N _VG A13 TX2M _DP B 3P_V G A13

TX1P _D PB2 N _VG A13 TX1M _DP B 2P_V G A13

TX0P _D PB1 N _VG A13 TX0M _DP B 1P_V G A13

TX CP_ DPB 0N _ VG A13 TXCM_DPB0P_VGA13

TX2P _D PB3 N _NB9 TX 2M_ DPB3P _N B9

TX1P _D PB2 N _NB9 TX 1M_ DPB2P _N B9

TX0P _D PB1 N _NB9 TX 0M_ DPB1P _N B9

TX CP_ DPB 0N _ N B9 TXCM_DPB0P_NB9

3.3 VS

A

C

A

C

D4

D39

BA V 99

BAV99

AC

C19

C21

22 P_50V _0 4

22P_50V_04

PLE ASE CLO SE TO CONN ECT OR

L5 9 F CM 16 08K- 121 T0 6

.

L5 5 F CM 16 08K- 121 T0 6

.

L5 7 F CM 16 08K- 121 T0 6

.

L5 6 F CM 16 08K- 121 T0 6

Z170 6

.

RN7

1 4 2 3

4P2RX0_04+K

RN5

1 4 2 3

4P2RX0_04+K

RN2

1 4 2 3

4P2RX0_04+K

RN1

1 4 2 3

4P2RX0_04+K

M740J/M760J ? ? ?

TX2P _D P B3 N_N B

C268 .1U _ X7R_ 16V _0 4- K C267 .1U _ X7R_ 16V _0 4- K

TX2M _D PB 3P _N B

TX1P _D P B2 N_N B

C266 .1U _ X7R_ 16V _0 4- K C265 .1U _ X7R_ 16V _0 4- K

TX1M _D PB 2P _N B

C264 .1U _ X7R_ 16V _0 4- K

TX0P _D P B1 N_N B TX0M _D PB 1P _N B

C263 .1U _ X7R_ 16V _0 4- K

C262 .1U _ X7R_ 16V _0 4- K

TX CP_ D PB 0N _ NB

C260 .1U _ X7R_ 16V _0 4- K

TX CM _D PB0 P_ NB

M740JU/M760JU ? ? ?

5VS

L29 HCB2012KF-121T30

L30

L61 F CM1608K-121T06

.

L60 F CM1608K-121T06

.

L58 F CM1608K-121T06

.

D38

D2

D1

AC

*BAV99

BAV99

A

C

A

C

5VS 5V S

*WC M20 12 F2 S-16 1T 03_ P

3

L32 *WC M20 12 F2 S-16 1T 03_ P

R6 1K_0 4

R4 1K_0 4

AC

A

C

TXCM_DPB0P_H

TXCP_DPB0N_H

T X1M_ DPB 2P_H

T X1P_D PB 2N _H

A

C

D3 BAV99

AC

C16

22P_50V_04

AC

BAV99

A

5VS 5VS

C258

*22U_6.3V_08

C20

22P_5 0V _0 4

EMI 22P- ->47P

DDCDATA

DDCLK

HSYNCZ 170 5

VSYNC

D5 *BAV99

142

TX2 P_DPB 3N _H TX2 M_ D PB 3P_H

TX1 P_DPB 2N _H TX1 M_ D PB 2P_H

TX0 P_DPB 1N _H TX0 M_ D PB 1P_H

TXCP_DPB0N_H T XCM_ DP B 0P _H

C257

22 U_6 .3V _0 8

HDMI_ DDC_DATA

C18

2 2P_50 V_ 04

Z170 7

???

R145

750_1%_04

J_HDM I1

CLK SHI ELD

TMDS DATA0-

SHIELD1

TMDS DATA2-

R140

R143

R142

75 0_1 %_0 4

750_1%_04

75 0_1 %_0 4

19

HDMI_HPD

17

15

HD MI _DD C _CLK

SCL

13

Z1720

CEC

11

9

7

5

3

1

R146

H DMI CONN ECTO R

Z1 71 9

HOT PLUG DETECT

18

+5V

16

SDA

14

RESERVED

12

TMDS CLOCK-

10

TMDS CLOCK+

8

SHIEL D0

6

TMDS DATA1-

4

TMDS DATA1+

2

SHIEL D2

PIN GND1 ~ 4=GN D

75 0_1 %_0 4

DDC/CEC GND

TMD S D AT A0 +

TMD S D AT A2 +

SK -C 12 8 41

CRT

J_CRT1

C1 050 9- 91 505 -L

1

Z1708

9

2

Z1709

24 mil

10

3

Z1712

11

4

C15

2 2P_50 V_ 04

D37

RB751V

12

5

13

6

14

7

15

8

C17

10 00P_ 50V _0 4

C14

1000P_50V_04

RN45 4P2RX0_04-K

R381 0_04_-K

RN46 4P2RX0_04-K

RN65 4P2RX0_04+K

R611 0_04_+K

RN66 4P2RX0_04+K

GND2

GND1

AC

5VS

FOR INTERNAL CRT(M74J/M76J? ? ? )

NB_VGA_R10 NB_VGA_G10

NB_VGA_B10

HSYNC#10 VSYNC#10

FOR M82 EXTERNAL CRT(M74JU/M76JU? ? ? )

DAC1_RB13 DAC1_GB13

DAC1_BB13

DAC1_HSY13 DAC1_VSY13

B - 18 HDMI, CRT

SB700-1

Schematic Diagrams

PLACE THESE PCIE AC COUPLING CAPS C LOSE T O SB700

IGP only mode MXM only mode Power Exp ress m ode IGP + MXM

A_R ST#10,16,20,23

PCI E_SB _NB_ RX0 P9 PCI E_SB _NB_ RX0 N9 PCI E_SB _NB_ RX1 P9 PCI E_SB _NB_ RX1 N9 PCI E_SB _NB_ RX2 P9 PCI E_SB _NB_ RX2 N9 PCI E_SB _NB_ RX3 P9 PCI E_SB _NB_ RX3 N9

PCI E_N B_SB _T X0P9 PCI E_N B_SB _T X0N9 PCI E_N B_SB _T X1P9 PCI E_N B_SB _T X1N9 PCI E_N B_SB _T X2P9 PCI E_N B_SB _T X2N9 PCI E_N B_SB _T X3P9 PCI E_N B_SB _T X3N9

AMD CHECK

1.2VS

L49 BK1608HS601

C608 AN D C609 CLOSE TO SB700

PLACE TH ESE COMPONENTS CLOSE TO U600, A ND USE GROUND GUARD FOR 32K_X1 AND 32K_X 2

X6 32. 768KHz

3 2

R530 *20M_06

R529 20M_06

C848 18P_NPO_04

32K_ X1

14

32K_ X2

C847 18P_NPO_04

DISPLAY SUPPORT TABLE

PX_EN

0

PE _G P I O2

X 0/1 X

R293 33_04

C797 .1U_X7R_10V _04 C790 .1U_X7R_10V _04 C798 .1U_X7R_10V _04 C796 .1U_X7R_10V _04 C801 .1U_X7R_10V _04 C799 .1U_X7R_10V _04 C802 .1U_X7R_10V _04 C800 .1U_X7R_10V _04

PCIE_VDDR

R263 562_1%_04 R265 2. 05K_1%_06

C516

C807

1U_10V_06

10U_10V _08

SBSRC_CLKP2 SBSRC_CLKN2

R273 *0_04

ALLOW _LDTSTOP10

CPU_PR OC HO T#5

CPU_PWRGD5

CPU_LDT_S T OP#5, 10

CPU_LDT_RS T#5

CP U_P RO C HOT # P U 3. 3v BE CAU SE F OR F AN C O NTR OL. OTHERWI SE , PU TO VDDIO.

INT_VGA_TV_EN#

0X 1 X 0

DISPLAY OUTPUT IGP( LV DS,VGA,HDMI ,TV) MXM( L VDS, VGA,HDMI,T V)0

*MXM (VGA,H DMI,TV,D P); MXM/IGP (LV DS)1

IGP( LV DS,VGA,HDMI ,TV)

A_R X0P_C A_R X0N_C A_R X1P_C A_R X1N_C A_R X2P_C A_R X2N_C A_R X3P_C A_R X3N_C

SBSRC _CLKP SBSRC _CLKN

25M _X 1

32K_ X1 32K_ X2

1.8VS

Z1805 Z1806

Z1807 Z1808

Z1809 Z1810

Z1811 Z1812

Z1813 Z1814

Z1815 Z1816

Z1817 Z1818

Z1819 Z1820

Z1821

Z1822

Z1801

Z1802 Z1803

Z1804

R295 *1K_04

U31A

N2

A_R ST#

V23

PCI E_TX0 P

V22

PCI E_TX0 N

V24

PCI E_TX1 P

V25

PCI E_TX1 N

U2 5

PCI E_TX2 P

U2 4

PCI E_TX2 N

T23

PCI E_TX3 P

T22

PCI E_TX3 N

U2 2

PCI E_R X0P

U2 1

PCI E_R X0N

U1 9

PCI E_R X1P

V19

PCI E_R X1N

R2 0

PCI E_R X2P

R2 1

PCI E_R X2N

R1 8

PCI E_R X3P

R1 7

PCI E_R X3N

T25

PCI E_C ALR P

T24

PCI E_C ALR N

P24

PCI E_PV DD

P25

PCI E_PV SS

N2 5

PCI E_R CLKP/NB_LNK_CLK P

N2 4

PCI E_R CLKN/NB_LNK_CL KN

K23

NB_DISP_CL KP

K22

NB_DISP_CL KN

M24

NB_HT_C LKP

M25

NB_HT_C LKN

P17

CPU_H T_CLKP

M18

CPU_H T_CLKN

M23

SLT_ GFX_CLKP

M22

SLT_ GFX_CLKN

J1 9

GPP_C LK0 P

J1 8

GPP_C LK0 N

L20

GPP_C LK1 P

L19

GPP_C LK1 N

M19

GPP_C LK2 P

M20

GPP_C LK2 N

N2 2

GPP_C LK3 P

P22

GPP_C LK3 N

L18

25M _48M_66M_OSC

J2 1

25M _X 1

J2 0

25M _X 2

A3

X1

B3

X2

F23

ALLOW _LD TST P

F24

PROCHOT#

F22

LDT_PG

G25

LDT_STP#

G24

LDT_RST#

SB700

Par t 1 o f 5

PCI CLK5/GPIO41

PCI CLKS

PCI EXPR ESS I NTER FACE

PCI INTERF AC E

REQ3#/GPIO70 REQ4#/GPIO71

GNT3#/GPIO72 GNT4#/GPIO73

CLKRUN#

CLOCK GENERAT OR

INTE#/GPIO33

TF# /GPIO34

IN INTG#/GPIO35 INTH#/GPIO36

LPCRTC

RTC XTAL

CPU

LDRQ1 #/GNT5#/GPIO68

BMREQ#/REQ5#/G PIO65

INTRUDER_ALERT#

PCICLK0 PCICLK1 PCICLK2 PCICLK3 PCICLK4

PCIRST#

AD10 AD11 AD12 AD13 AD14 AD15 AD16 AD17 AD18 AD19 AD20 AD21 AD22 AD23 AD24 AD25 AD26 AD27 AD28 AD29 AD30

AD31 CBE0 # CBE1 # CBE2 # CBE3 #

FRAM E# DE VSEL#

IRDY#

TRDY #

STOP#

PERR# SERR#

REQ0# REQ1# REQ2#

GNT0# GNT1# GNT2#

LOCK#

LPC CLK0 LPC CLK1

LAD0

LAD1

LAD2

LAD3

LFRAME #

LDRQ 0#

SERI RQ

RTCCLK

VBAT

AD0 AD1 AD2 AD3 AD4 AD5 AD6 AD7 AD8 AD9

PAR

LPC_ CLK1_R

P4

Z1823

P3

PCI _C LK2

P1

PCI _C LK3

P2

Z1824

T4

PCI CL K5

T3

N1

PCI _AD 0

U2

PCI _AD 1

P7

PCI _AD 2

V4

PCI _AD 3

T1

PCI _AD 4

V3

PCI _AD 5

U1

PCI _AD 6

V1

PCI _AD 7

V2

PCI _AD 8

T2

PCI _AD 9

W1

PCI _AD 10

T9

PCI _AD 11

R6

PCI _AD 12

R7

PCI _AD 13

R5

PCI _AD 14

U8

PCI _AD 15

U5

PCI _AD 16

Y7

PCI _AD 17

W8

PCI _AD 18

V9

PCI _AD 19

Y8

PCI _AD 20

AA8

PCI _AD 21

Y4

PCI _AD 22

Y3

PCI _AD 23

Y2

PCI _AD 24

AA2

PCI _AD 25

AB4

PCI _AD 26

AA1

PCI _AD 27

AB3

PCI _AD 28

AB2

PCI _AD 29

AC1

PCI _AD 30

AC2

PCI _AD 31

AD1

PCI _C BE#0

W2 U7

PCI _C BE#1 PCI _C BE#2

AA7

PCI _C BE#3

Y1

PCI _FR AME#

AA6

PCI _D EVS EL#

W5

PCI_IRDY#

AA5

PCI _TR DY#

Y5

PCI _PA R

U6

PCI _STO P#

W6

PCI _PE RR#

W4

PCI _SE RR#

V7

PCI _R EQ# 0

AC3

PCI _R EQ# 1

AD4

PCI _R EQ# 2

AB7

PCI _R EQ# 3

AE6

PCI _R EQ# 4

AB6

PCI _G NT#0

AD2

Z1827

AE4

Z1828

AD5

PCI _G NT#3

AC6

PCI _G NT#4

AE5

PCI _C LKR UN#

AD6

Z1829

V5

PCI_INTA#

AD3

PCI_INTB#

AC4

Z1830

AE2

Z1831

AE3

LPC_ CLK0

G22

Z1832

E22 H24 H23 J25 J24 H25

LDRQ#0

H22

LDRQ#1

AB8

GPIO65

AD7 V15

RTC_CLK

C3

INTRUDER_ALERT#

C2 B2

VBAT _I N

A_R ST#

R240 0_04

R490 R2190_04

R29622_04

C552 1U_10V_06

RTC_CLK

R261 * 22_04

R249 *10K_04

PX_EN

*0_0402_5 mil_short

R248 * 0_04

R524 *1M_04 R523 51 0_04

C549 .1U _16V _04

R303 * 0_04 R282 0_04

PCI E_R ST#12, 20

RTC CLEAR

3. 3V

R3 14

10K_04

R3 13

*10K _04

LPC_ CLK1

3.3VS

*0_04

R175

PE_GPI O1 32

PE_GPI O0 12

LPC_CLK 1

LAD0 30 LAD1 30 LAD2 30 LAD3 30 LFRAME # 30

SB_C R_WAKE # 25 SERI RQ 30

12

3.3V

5

Z1826PC IR ST#

2 1

3

74AHC1G08GW

VDD3

R482 470_04

A_VB AT

JO PEN1 *OPEN_10mil-1MM

U15

4

? ? ? straps page

PCI _CLK2 PCI _CLK3 LPC _CLK0 LPC _CLK1

GPIO65 PCI _REQ#0

PCI _REQ#1 PCI _REQ#2 PCI _REQ#3 PCI _REQ#4

LDRQ# 0

LDRQ# 1

PE_GPI O1

PE_GPI O0 PX_EN

GPIO65

LPC_ CLK1 30

R483 *1K_04

Z1837

AC

D43

RB751V

AC

D42 RB751V

BUF_PLT _RST # 22,25,27,30

R2 57 10K_04 R2 50 10K_04 R2 74 10K_04 R2 98 10K_04

R246 * 8.2K_04 R232 * 8.2K_04 R213 * 8.2K_04 R221 * 8.2K_04 R220 * 8.2K_04 R212 * 8.2K_04

R279 * 8.2K_04

R234 * 8.2K_04

R231 8. 2K_04COMMO N R239 *8.2K _04

R218 *2.2K _04 R487 *2.2K _04

R253 100K_04COMMO N

R481 0_04

Z1833

85205-02R

J_R TC1

B.Schematic Diagrams

3.3VS

Z1834

1

2

Sheet 18 of 47

SB700-1

SB700-1 B - 19

Schematic Diagrams

Sheet 19 of 47

SB700-2

B.Schematic Diagrams

SB700-2

R 526 0_04

RSM R ST#30

SC LK0,S DA TA 0= >Cl oc k Ge n,D DR 2,VG A SC LK1,S DA TA 1= >PC I- E Mi ni Ca rd (WL AN ,L AN )

M/B USB PORT 0,1

AZ_BITC LK24,28

3.3VS

R 235 20K_04 R 260 20K_04

R 242 2.2K_04 R 251 2.2K_04

3.3V

R 531 1K_04 R 275 2.2K_04 R 264 2.2K_04

R 271 10K_04 R 518 2.2K_04 R519 *2.2K_04

R517 *2.2K_04 R 520 2.2K_04

R266 10K_04

3.3V

R527 *22K_04

RSMRST#_R

C854 * 2. 2 U _ 6. 3V _0 6

PCIE_EXPCARD _CLKREQ#2,22 PC IE_EXPCA RD _ PW R EN#22

NEW CARD

SBGPIO6 SBGPIO0

SCLK0 S DATA0

PWR_BTN# SCLK1 S DATA1

SUS_STAT#

GP16 GP17

STR AP pin to define us e L P C or S PI RO M

AZ_RST#

CP U_ T HE RM TR IP #5,38

to CPU Thermal IC

U SB_ OC P8 _ 9#22

U SB_ OC P0 _ 1#24

R602 33_04

C902

* 6 8P _5 0 V _ 0 4

LID_SW#1 6 , 2 6, 30

HD _ A UX_ R ST#23

SWI#30

SUS B#22,30,31,32,36 SUS C#30

PWR_BTN#30

PCI E_EXPCA RD _P W R EN#22

3.3V

TH ERM _ AL ER T#5, 3 0

SB_CR_CPPE#25

R579 *0_04 R580 *0_04 R604 0_04

R31 7

*0_0402_5mil_short

R31 9

*0_0402_5mil_short

C90 6

22 P_5 0V_0 4

SB_CR_CPPE#25

R318 *0_04 R576 0_04

SB_PWR GD16,30,32 S US_ STAT#10

GA2 030

KBC_RST#30

SCI#30 SMI#30

SYS _RST#32 PC IE_ W AK E#22,27 SWI #30

R 577 0_04

WD_PWRGD32

IC H _S PK R28

SC L K02,7,8 SD AT A02,7,8 SC L K122 SD AT A122

3.3V

A Z _ SDO UT24, 28

AZ _ SDIN 028 AZ _ SDIN 124

AZ_SY N C24,28 AZ_R ST#24,28

Z1901

R306 *0_040 2_5mil_short R305 *0_040 2_5mil_short

PWR _BTN#

R281 *0_040 2_5mil_short

2008/03/18

R267 *0_040 2_5mil_short R268 *0_040 2_5mil_short

R578 *10K_04

RSM R ST#_R

2008/03/18

R304 10K_04

R 243 10K _04

3.3V

3.3V S

R28 8 *0_0402_5mil_short

PME#30

R601 *0_04

R528 *0_04

CPU_THERMTRIP#SB

R254

*0_040 2_5mil_short

R276 *0_04 R272 *0_04

R 522 *10K_04 R 316 10K _04

R 521 *10K_04 R 294 *10K_04 R 307 *10K_04

AZ_SDIN2 AZ_SDIN3

AZ_RST#

R270 *0_04

R292 10K_04

COMMON

35mil

Z1902 Z1903 Z1904 Z1905

SB _ TE ST2 SB _ TE ST1 SB _ TE ST0

Z1971 Z1972

Z1906

Z1973

SBG PIO10

SB GPI O6 SB GPI O4 SB GPI O0 Z1910 Z1911 Z1912

SBG PIO9 SBG PIO8 SBG PIO66 SBG PIO5

Z1914

Z1915 Z1916 Z1917 Z1918 Z1974 Z1920 Z1921

Z1907

Z1923 Z1924 Z1925 Z1926

Z1927 Z1928 Z1929 Z1930

Z1975

AE 1 8 AD 1 8 AA 1 9

AA 1 8

AA 2 0

Y15

W15

K24

W14

W17

V17 W20 W21

W18

Y18

Y19

H19

H20

H21

F25

D22

E24

E25

D23

U31 D

E1 E2 H7 F5 G1 H2 H1 K3 H5 H4 H3

K4 F1

J2 H6 F2

J6

D3

K1 K2

C1 G5

B9 B8 A8 A9 E5 F8 E4

M1 M2

J7

J8

L8 M3

L6 M4

L5

SB700

PCI _P ME#/G EVEN T 4# RI#/E XT E V NT0 # SLP_ S2/GP M9# SLP_ S3# SLP_ S5# PWR _BTN# PWR _GO OD SUS_STAT# TEST2 TEST1 TEST0 GA2 0 IN /GE VEN T0# KBR ST #/GEV ENT1# LPC_PM E#/G EVEN T3# LPC_SMI#/EXTEVN T1# S3_ STATE/GE VEN T5# SYS _R ESE T# /G PM 7 # WAKE #/ GEVE NT8# BLINK /GPM 6 # SMB ALERT#/TH RMTRIP#/GEVENT2# NB_ PW RG D

RSM R ST#

SATA_IS0#/GPIO10 CLK_R EQ3# /SA TA_IS1 #/G PIO 6 SMA RTVO L T/SAT A_IS2 #/GP IO4 CLK_R EQ0# /SA TA_IS3 #/G PIO 0 CLK_R EQ1#/SATA _I S4#/F ANOU T3/G PIO39 CLK _ R EQ2# /S A TA _I S5 #/F ANI N3 /G PIO40 SPKR /G PIO2 SCL0/G P O C0 # SDA 0/ GPO C1 # SCL1/G P O C2 # SDA 1/ GPO C3 # DD C1 _ SC L/GPI O9 DD C1 _ SD A/G P IO 8 LLB #/GPIO66 SHU TDO WN # /GP IO5 DD R3 _ R ST#/ GEV ENT 7 #

USB _O C 6#/IR _TX 1/GE VE NT6 # USB _O C 5#/IR _TX0/GPM5# USB _O C 4#/IR _RX0 /G PM4# USB _O C 3#/IR _RX1 /G PM3# USB _O C 2# /G PM 2 # USB _O C 1# /G PM 1 # USB _O C 0# /G PM 0 #

AZ_BITC LK AZ_SD OU T AZ_SD IN0/G PIO 4 2 AZ_SD IN1/G PIO 4 3 AZ_SD IN2/G PIO 4 4 AZ_SD IN3/G PIO 4 6 AZ_SY NC AZ_RS T# AZ_DO C K_RST# /G PM8#

IMC _ GP IO0 IMC _ GP IO1 SPI_CS2#/ IMC _GPIO 2 IDE_RST#/F_RST#/IMC_GPO3

IMC _ GP IO4 IMC _ GP IO5 IMC _ GP IO6 IMC _ GP IO7

SB70 0

USB OC

HD AUDIO

INTEGRATED uC

USB CLK/14M_25M_48M _O SC

USB MISC

USB 1.1

ACPI / WA KE U P EVEN TS

USB 2.0

GPIO

IMC _ P W M 0 /I MC _ GPI O10

SC L 2 /IMC_ GPI O11

SD A2 /IMC _GPI O12 SCL3_LV/IMC _GPIO13 SD A3 _ LV /IMC _ GPI O1 4

IMC _ P W M 1 /I MC _ GPI O15

IMC _ P W M 2 / IMC _ GP O16 IMC _ P W M 3 / IMC _ GP O17

INTEGRAT ED uC

Par t 4 of 5

USB_R COM P

USB_FSD13P US B _ F S D 13 N

USB_FSD12P US B _ F S D 12 N

US B _ HS D 11 P USB_HSD11N

US B _ HS D 10 P USB_HSD10N

USB_HSD9P

USB_HSD9N

USB_HSD8P

USB_HSD8N

USB_HSD7P

USB_HSD7N

USB_HSD6P

USB_HSD6N

USB_HSD5P

USB_HSD5N

USB_HSD4P

USB_HSD4N

USB_HSD3P

USB_HSD3N

USB_HSD2P

USB_HSD2N

USB_HSD1P

USB_HSD1N

USB_HSD0P

USB_HSD0N

IMC_GPIO8 IMC_GPIO9

IMC _GPI O18 IMC _GPI O19 IMC _GPI O20 IMC _GPI O21 IMC _GPI O22 IMC _GPI O23 IMC _GPI O24 IMC _GPI O25

IMC _GPI O26 IMC _GPI O27 IMC _GPI O28 IMC _GPI O29 IMC _GPI O30 IMC _GPI O31 IMC _GPI O32 IMC _GPI O33 IMC _GPI O34 IMC _GPI O35 IMC _GPI O36 IMC _GPI O37 IMC _GPI O38 IMC _GPI O39 IMC _GPI O40 IMC _GPI O41

When Exter nal Clock Gen , us ed as 48 M Clock inp u t When I n ternal C lo ck Gen, u sed as 4 8M Clock ou tp u t

Z193 1

R 283 *0_0402_5mil_sho rt

C8

Z193 2

G8

R299 11.8K_1%_06

Z193 3

E6

Z193 4

E7 F7

E8 H11

J10 E11

F11 A11

B11 C10

D10 G11

H12 E12

E14 C12

D12 B12

A12 G12

G14 H14

H15 A13

B13 B14

A14

A18 B18 F21 D21 F19 E20 E21 E19 D19 E18

G20 G21 D25 D24 C25 C24 B25 C23

B24 B23 A23 C22 A22 B22 B21 A21 D20 C20 A20 B20 B19 A19 D18 C18

Z193 5 Z193 6

Z193 7 Z193 8

Z194 1 Z194 2

Z194 3 Z194 4 Z194 5

Z194 6 GP1 6 GP1 7

Z194 7 Z194 8 Z194 9 Z195 0 Z195 1 Z195 2 Z195 3 Z195 4

Z195 5 Z195 6 Z195 7 Z195 8 Z195 9 Z196 0 Z196 1 Z196 2 Z196 3 Z196 4 Z196 5 Z196 6 Z196 7 Z196 8 Z196 9 Z197 0

USBP12 24 USBN12 24

US B P9 2 4 US B N9 24

US B P8 2 2 US B N8 22

US B P7 2 6 US B N7 26

US B P6 2 6 US B N6 26

US B P5 2 2 US B N5 22

US B P4 2 3 US B N4 23

US B P2 2 4 US B N2 24

US B P1 2 4 US B N1 24

US B P0 2 4 US B N0 24

CLK _48M_USB 2

USB13 N.C USB 12 Fi ng er P r i nt er USB11 N.C USB10 N.C USB9 CCD USB8 New Card USB7 Buletooth(For M740J/K) USB6 Buletooth(For M760J/K) US B 5 W L AN (PCIE M ini Card) US B 4 3 G(PCIE Mini Card) USB3 N.C USB2 US B Por t 2 (Aud io/B) USB1 US B Por t 1 (M/B) USB0 US B Por t 0 (M/B)

3.3V

2.2K _04 R51 5

2. 2 K _ 0 4

SCLK2,SDATA2=>PCI Express Card(NEW CARD)

R51 6

SCLK3,SDATA3=>CPU

SCLK2 22

SDA TA 2 2 2

SCLK3 5

*SCLK3,SDATA3=>CPU

SDA TA 3 5

CPU? PULL HIGH

B - 20 SB700-2

SB700-3

SATA_TX0 +_C26 SATA_TX0 -_C26

SATA_TX1 +_C23 SATA_TX1 -_C23

SATA_TX0 +_C SATA_TX0 -_C

SATA_RX0-_C26 SATA_RX0+ _C26

SATA_TX1 +_C

SATA_RX1-_C23 SATA_RX1+ _C23

PL A C E SA TA_CAL RE S VERY C LOSE TO BALL OF SB700

NOTE:

R6 50 IS 1 K 1% FOR 25 MHz XTAL, 4 .99K 1% FOR 100MH z INTERNAL CL OCK

0417

1.2VS

3.3VS

S ATA PORT S DI STRIBUTION: 0 - 2.5" H DD 1 - eSA TA CONN . 2,3,4 ,5 - NOT USED

PLACE SATA AC CO UPLING CAPS CLOSE TO SB7 00

C 783 . 01U _16V _04 C 782 . 01U _16V _04

SA TA _RX 0-_C SA TA _RX 0+_C

C 779 . 01U _16V _04 C 778 . 01U _16V _04

SA TA _RX 1-_C SA TA _RX 1+_C

R 256 1.0K_1%_04

0104

C 471 15P_N PO_04

12

X4

C 472 15P_N PO_04

L46 HC B1608KF-121T25-06

CLO SE TO T HE BA LL OF S B700 HWM_AGND TRACE AT LEAST

L48 H CB 1608KF-121T25-06

CL O SE TO THE BALL OF SB7 00

SPI ROM =>base on AMD, change net name SPI CONN.=>base on LV220

R22 2

Z202 7

R22 3

Z202 8

C780 .01U_16V_04 C781 .01U_16V_04

R22 4

Z202 9

R22 5

Z203 0 SATA_TX1-SATA_TX1 -_C

C777 .01U_16V_04 C776 .01U_16V_04

S ATA_LED#23

25MH z

*1 U _ 10 V _ 0 6

*0_0402_5m il_short

SATA_CA L SATA_X1

SATA_X2

PLLVDD _ATA XTLVDD_ATA

SATA_X1

R21 0 10M_04

SATA_X2

PLLVDD _ATA

C77 3

C774

1U_10V_06

XTLVDD_ATA

C496 1U _10V_06

SATA_TX0 + SATA_TX0 -

SATA_R X0SATA_R X0+

Z2001 Z2002

Z2003 Z2004

SATA_TX1 +

SATA_R X1SATA_R X1+

Z2005 Z2006

Z2007 Z2008

Z2009 Z2010

Z2011 Z2012

Z2013 Z2014

Z2015 Z2016

2.2U_6.3V_06

C772

AC 1 0

AD 1 0

AD 1 1

AC 1 2

AD 1 2

AD 1 3

AC 1 4

AD 1 4 AD 1 5

AC 1 6

AD 1 6

AD 9 AE9

AB10

AE10

AE11

AB12

AE12

AE13

AB14

AE14

AE15 AB16

AE16

Y12

AA12 W11

AA11 W12

V12

U31B

SA TA _TX0P SA TA _TX0N

SA TA _R X0 N SA TA _R X0 P

SA TA _TX1P SA TA _TX1N

SA TA _R X1 N SA TA _R X1 P

SA TA _TX2P SA TA _TX2N

SA TA _R X2 N SA TA _R X2 P

SA TA _TX3P SA TA _TX3N

SA TA _R X3 N SA TA _R X3 P

SA TA _TX4P SA TA _TX4N

SA TA _R X4 N SA TA _R X4 P

SA TA _TX5P SA TA _TX5N

SA TA _R X5 N SA TA _R X5 P

SA TA _C AL SA TA _X1

SA TA _X2 SA TA _A CT# /G PIO67

PLLVD D_SA TA

XTLVDD _ SATA

SB70 0

Part 2 of 5

SAT A PWR SERIA L ATA

SB 7 00

J_SPI? PIN ? ? LV220 JSPIDBG

3.3V_SPI

SPI_H OLD #_R SPI _D ATAIN SPI_C LK SPI_D ATAOU T

J_SPI1

1

9

*S PUF Z-1 0 S 3 -V B -0 -B _ N

2 10

AT A 66/10 0/133

SPI_H OLD #/G PIO 3 1

LA N_RST#/GPIO 13

ROM_RST#/GPIO14

SPI ROM

FAN OU T1/GPIO 48 FAN OU T2/GPIO 49

TE MPI N3/TALERT#/GPIO64

HW MONITOR

J_ SPI 1

12 34 56 78 910

IDE_ IO RD Y

IDE _IR Q

ID E_A0 ID E_A1 ID E_A2

IDE_ D AC K#

ID E _DR Q IDE _IOR #

ID E _IOW # IDE_CS1# IDE_CS3#

ID E _D 0/G P IO 15 ID E _D 1/G P IO 16 ID E _D 2/G P IO 17 ID E _D 3/G P IO 18 ID E _D 4/G P IO 19 ID E _D 5/G P IO 20 ID E _D 6/G P IO 21 ID E _D 7/G P IO 22 ID E _D 8/G P IO 23 ID E _D 9/G P IO 24

IDE_D10/GPIO25 IDE_D11/GPIO26

IDE_D12/GPIO27 IDE_D13/GPIO28 IDE_D14/GPIO29 IDE_D15/GPIO30

S PI_DI/G PIO 12 SPI_D O/GPIO11

S P I_ CL K/G P IO 4 7 S P I_ CS #/G PIO 3 2

FANOUT0/GPIO3

FANIN0/GPIO50 FANIN1/GPIO51 FANIN2/GPIO52

TEMP_C OMM TEMPIN 0/G PIO 61 TEMPIN 1/G PIO 62 TEMPIN 2/G PIO 63

VIN 0/G PIO 5 3

VIN 1/G PIO 5 4

VIN 2/G PIO 5 5

VIN 3/G PIO 5 6

VIN 4/G PIO 5 7

VIN 5/G PIO 5 8

VIN 6/G PIO 5 9

VIN 7/G PIO 6 0

AVD D

AVSS

SPI _C S#_SEL SPI _F LA SH

AA24 AA25

Y22 AB23 Y23 AB24 AD 2 5 AC 2 5 AC 2 4 Y25 Y24

AD 2 4

ID E _ PD D0

AD 2 3

ID E _ PD D1

AE22

ID E _ PD D2

AC 2 2

ID E _ PD D3

AD 2 1

ID E _ PD D4

AE20

ID E _ PD D5

AB20

ID E _ PD D6

AD 1 9

ID E _ PD D7

AE19

ID E _ PD D8

AC 2 0

ID E _ PD D9

AD 2 0

ID E _ PD D10

AE21

ID E _ PD D11

AB22

ID E _ PD D12

AD 2 2

ID E _ PD D13

AE23

ID E _ PD D14

AC 2 3

ID E _ PD D15

G6

SP I_DAT AIN

D2

SP I_DAT AO UT

D1

SP I_CL K

F4

SP I_HO LD #

F3

SP I_CS#

U15

LAN_RST#

J1

S B700_ROM_RS T#

M8

Z2017

M5

Z2018

M7

Z2019

P5

Z2020

P8

Z2021

R8

Z2022

C6

Z2023

B6

Z2024

A6

Z2025

A5

Z2026

B5

TEMPIN 3

A4 B4

C4

Z2031 Z2032

D4 D5

Z2033

D6 A7 B7

F6

G7

ID E _ P DI OR DY 2 3 ID E _ IR Q 23 ID E _ P DA 0 23 ID E _ P DA 1 23 ID E _ P DA 2 23 ID E _ P DD AC K# 2 3 ID E_PDD R EQ 23 ID E _ P DI OR # 2 3 ID E _ P DI OW# 2 3 ID E _ P DC S1 # 23 ID E _ P DC S3 # 23

NOTE:

IF THERE IS NO IDE, TEST POINT S FOR DEBUG BUS IS M ANDATORY

ID E _ PDD [15:0 ]

R494

C53 3 .1U_16V_04

C53 2

2.2U_6.3V_06

R506

1K _0 4

SPI_CS #_S EL

R495

*0 _ 0 4

R50 5

10K_04

*0_0402_5mil_shor t

R297 * 0_0402_5m il_short

BD _ ID0 BD _ ID1

R535 * 0_0402_5m il_short R542 * 0_0402_5m il_short

R624 * 0_04

VIN _5 VIN _6 VIN _7

3.3V

NC2 NC_04

SPI_CS#_SEL S PI_DA TA IN SPI_ H OLD #_R

SPI_FLASH

IDE _P DD [15: 0] 23

NOTE:

ALL HWM CIR CU I TS ARE ONL Y FOR SB6 00 ALL HWM VALUES AR E TBD

NOTE: ROUTE TE MP_COMM AS A 10MIL TRACE

SB_BLO N 16 SB_M UTE# 2 9 SB_D PS_ LAN 27

3. 3V

10 MIL WIDE

3.3V_SPI

8Mbit

U32

1 2

3 4

CE# SO

HO L D# WP # GND

*SST25VF080B

SST SPI ROM

8

VD D

7

SPI_C LK

6

SC K

SPI_D ATAOU T

5

SI

3.3V

R 315 20K_04

C832 *. 1U _16V _04

A_R ST#10,1 6,18,2 3

R511 10K_04

R514 *0_04

TEMP IN3

BD_ID 1

BD_ID 0

LAN_R ST#

3.3V 3.3V

R54 1 *10K_04

R54 0

10K _04

SPI_H OLD #

D20 RB751V

R 184 *1K_04

R 538 *10K_04

R 539

10K_04

AC

D21 RB 751 V

Schematic Diagrams

B.Schematic Diagrams

Sheet 20 of 47

3.3VS

R176 20K_04

PCIE _R ST# 12 ,18

AC

BD_ID1HBD _ID 0

L

M7 40J

M7 40K

L

H

SB700-3

SB700-3 B - 21

Schematic Diagrams

SB700-4

Sheet 21 of 47

SB700-4

B.Schematic Diagrams

.1U_16V_04

3.3V

H CB 1608KF-121T25_06

3.3VS

C49 9

C495

.1U_16V_04

1. 2V S

L83

H CB 1608KF -121T25_06

L9 2

1U_10V_06

22U_6.3V _08

C50 4

.1U_16V_04

2A

2 2 U _ 6. 3V _ 08

1.2VS

HCB1608K F-121T25_06

C878

*1U_10V_06

C501

C80 6

1U_10V_06

L82

C877

C857

.1U_16V_04

C503

1U_10V_06

3.3VS

C803

1U _10V_06

2A

22U_6.3V_08

2A

.1U _16V _04

C500

C49 3

*1U_10V_06

1.8V=>FLAS H MEMORY M ODE(DEFAULT)

3.3 V=>ID E M OD E

PC IE_ VD D R

C805

1U _10V_06

C759

1U _10V_06

C83 7

C83 8

.1U_16V_04

*1U _10V_06

C 470

C502

22U_6.3V _08

.1U _1 6 V_ 0 4

C51 2

1U_10V_06

AVD D_ SA TA

C76 0

1U _10V_06

C876

*. 1U _16V_04

3.3VS

L87 H CB1005K F-121T20_04

1.2VS

L51

H CB1608KF-121T25_06

L50 H CB 1005KF -121T20_04

C492

1U _10V _06

C48 8

.1U_ 1 6 V _ 0 4

C804

C762

C85 6

200mA

2.2U_6.3V_06

C82 5

1U_10V_06

C51 7 .1U_16V_04

C514

.1U_ 1 6 V _ 0 4

C764

.1U_ 1 6 V _ 0 4

C862

.1U _1 6V _ 04

AVDDCK_3.3V

C82 8

2A

C523

.1U_ 1 6 V _ 0 4

*1U_10V_06

200mA

1U_10V_06

C814

C479

C51 1

.1U_16V_04

C76 7

.1U_16V_04

10U_10V_08

C866

10U _10V_08

C808

1U _10V _06

2.2U_6.3V _06

1.2V_CK VDD

C811

10U_10V _08

AV DD CK _1.2V

C823

PLACE ALL THE DECOUPL ING CAPS ON THI S SHEET C L OSE TO S B AS POS SI BLE.

U31C

SB700

L9

VD DQ _ 1

M9 T15

U9 U16 U17

V8

W7

Y6 AA4 AB5

AB 21

Y20

AA 21 AA 22 AE 25

VD DQ _ 2 VD DQ _ 3 VD DQ _ 4 VD DQ _ 5 VD DQ _ 6 VD DQ _ 7 VD DQ _ 8 VD DQ _ 9 VD DQ _ 1 0 VD DQ _ 1 1 VD DQ _ 1 2

VDD33_18_1 VDD33_18_2 VDD33_18_3 VDD33_18_4

Pa r t 3 o f 5

PCI/GPIO I/O

IDE/FLSH I/O

POWER

P18

PCIE_VDDR_1

P19

PCIE_VDDR_2

P20

PCIE_VDDR_3

P21

PCIE_VDDR_4

R22

PCIE_VDDR_5

R24

PCIE_VDDR_6

R25

AA 14 AB 18 AA 15 AA 17 AC 18 AD 17 AE 17

A16 B16 C16 D16 D17 E17 F15 F17 F18 G15 G17 G18

C52 1

.1U _16V_ 0 4

PCIE_VDDR_7

AVD D_ S ATA_1 AVD D_ S ATA_4 AVD D_ S ATA_2 AVD D_ S ATA_3 AVD D_ S ATA_5 AVD D_ S ATA_6 AVD D_ S ATA_7

AVD DT X_0 AVD DT X_1 AVD DT X_2 AVD DT X_3 AVD DT X_4 AVD DT X_5 AVDDRX_0 AVDDRX_1 AVDDRX_2 AVDDRX_3 AVDDRX_4 AVDDRX_5

SB700

1.2V

A-L INK I/O

USB I/O

R 543 * 0_0603_32m il_short

C839

.1U_16V_04

CORE S0

CKVDD_1.2V_1 CKVDD_1.2V_2 CKVDD_1.2V_3 CKVDD_1.2V_4

3.3 V_S5 I/OCORE S5

S ATA I/O

USB _PHY_1.2V_1 USB _PHY_1.2V_2

AV DD CK _3. 3V

AV DD CK _1. 2V

PLL CLKGEN I/O

C858

.1U_16V_04

VDD_1 VDD_2 VDD_3 VDD_4 VDD_5 VDD_6 VDD_7 VDD_8 VDD_9

S5_3 .3V_1 S5_3 .3V_2 S5_3 .3V_3 S5_3 .3V_4 S5_3 .3V_5 S5_3 .3V_6 S5_3 .3V_7

S5_1 .2V_1 S5_1 .2V_2

V5_VREF

AVDDC

1. 2V _ U S B _ P H Y _ R

C87 3 22U_6.3V_08

L15 M12 M14 N13 P12 P14 R11 R15 T16

L21 L22 L24 L25

A17 A24 B17 J4 J5 L1 L2

G2 G4

A10 B10

AE 7

J16 K17

E9

Z2102

Z2101

HCB1608KF-121T25_06

1.2V_USB_PHY _R

V5_VR EFAVD D_U SB

C455 1U_10V_06

SB700 (A11) 1.2V SB700 (A12) 1.2VS

C518

1U _10V _06

C813

.1U_16V_04

1.2V_CKVDD

C515

.1U_16V_04

C484

1U _10V_06

C86 4

C812

.1U_ 1 6 V _ 0 4

R20 6

C51 9

1U _10V_06

L84

C 850

.1U_16V_04

AVDDCK_3.3V AVDDCK_1.2V

3.3V_A VDDC

? ? ? ? M540SE? ? ? ?

L91 H CB1005K F-121T20_04

C853

C846

2.2U_6.3V_06

.1U_ 1 6 V_ 0 4

C51 0

22U _6.3V_08

1U_10V_06

1K_04

D22

FM5822

200mA

1U _10V _06

C527

AC

C509

1U _10V _06

3.3V3. 3V _A V D D C

2.5A

22U_6.3V_08

3.3V

C80 9

C48 6

.1U_16V_04

5V S

3. 3V S

C50 6

1.2V

1.2VS

R216 *0_0805_50mil_short

.1U_ 1 6 V_ 0 4

U10 U11 U12

Y11 Y14 Y17 AA 9

AB 9 AB11 AB13 AB15 AB17

AC 8

AD 8

AE 8

C14

D11

D13

D14

D15

H17

H18

M16

M17

M21

T10

V11 V14 W9

A15 B15

E15 F12 F14

J11 J12 J14 J15 K10 K12 K14 K15

J17 J22 K25

P16

Y9

D8 D9

G9 H9

J9

F9

U31 E

AVS S_ SATA_1 AVS S_ SATA_2 AVS S_ SATA_3 AVS S_ SATA_4 AVS S_ SATA_5 AVS S_ SATA_6 AVS S_ SATA_7 AVS S_ SATA_8 AVS S_ SATA_9 AVS S_ SATA_10 AVS S_ SATA_11 AVS S_ SATA_12 AVS S_ SATA_13 AVS S_ SATA_14 AVS S_ SATA_15 AVS S_ SATA_16 AVS S_ SATA_17 AVS S_ SATA_18 AVS S_ SATA_19 AVS S_ SATA_20

AVSS_USB_1 AVSS_USB_2 AVSS_USB_3 AVSS_USB_4 AVSS_USB_5 AVSS_USB_6 AVSS_USB_7 AVSS_USB_8 AVSS_USB_9 AVSS_USB_10 AVSS_USB_11 AVSS_USB_12 AVSS_USB_13 AVSS_USB_14 AVSS_USB_15 AVSS_USB_16 AVSS_USB_17 AVSS_USB_18 AVSS_USB_19 AVSS_USB_20 AVSS_USB_21 AVSS_USB_22 AVSS_USB_23 AVSS_USB_24

PC IE_C K_VSS_1 PC IE_C K_VSS_2 PC IE_C K_VSS_3 PC IE_C K_VSS_4 PC IE_C K_VSS_5 PC IE_C K_VSS_6 PC IE_C K_VSS_7 PC IE_C K_VSS_8

AVS SC

SB 700

SB700

PCI E_CK_V SS_10 PCI E_CK_V SS_11 PCI E_CK_V SS_12 PCI E_CK_V SS_13 PCI E_CK_V SS_14 PCI E_CK_V SS_15 PCI E_CK_V SS_16 PCI E_CK_V SS_17 PCI E_CK_V SS_18 PCI E_CK_V SS_19 PCI E_CK_V SS_20 PCI E_CK_V SS_21

Par t 5 o f 5

VS S_ 1 VS S_ 2 VS S_ 3 VS S_ 4 VS S_ 5 VS S_ 6 VS S_ 7 VS S_ 8

VS S_ 9 VSS_10 VSS_11 VSS_12 VSS_13 VSS_14 VSS_15 VSS_16 VSS_17 VSS_18 VSS_19 VSS_20 VSS_21 VSS_22 VSS_23 VSS_24 VSS_25 VSS_26 VSS_27 VSS_28 VSS_29 VSS_30 VSS_31 VSS_32 VSS_33 VSS_34 VSS_35 VSS_36 VSS_37 VSS_38 VSS_39 VSS_40 VSS_41 VSS_42 VSS_43

GR OUN D

VSS_44 VSS_45 VSS_46 VSS_47 VSS_48 VSS_49 VSS_50

P CIE _ CK_VS S_ 9

AVS SCK

A2 A25 B1 D7 F20 G19 H8 K9 K11 K16 L4 L7 L10 L11 L12 L14 L16 M6 M10 M11 M13 M15 N4 N12 N14 P6 P9 P10 P11 P13 P15 R1 R2 R4 R9 R10 R12 R14 T11 T12 T14 U4 U14 V6 Y21 AB 1 AB 19 AB 25 AE 1 AE 24

P23 R16 R19 T17 U18 U20 V18 V20 V21 W19 W22 W24 W25

L17

B - 22 SB700-4

New Card, Mini PCIE

Schematic Diagrams

NEW CARD(Port 8)

C 431 .1U _16V_04

C 414 .1U _16V_04 C 423 * .1U_16V _04

C 415 .1U _16V_04 C 413 * .1U_16V _04

BU F_P LT_R ST#18,25,27,30

USB_OCP8_9#19

BU F_PLT_R ST#

SU SB#19,30,31,32,36

3. 3 V

R198 *10K_04 R 200 10K_04

WLAN PO WER

3.3V

C 85 * 10 0 0 P _ 50 V _ 0 4

C77

*10U _10V_08

2008/03/24

From SB GPIO Pin default HI Power Plane:Suspend S3:Defined

R 31 *100K_04

WLAN _P WR30

WLAN_PWR Signal default HI for WLAN

1.BIOS Setup HI for Intel PCIE WLAN

2.USB WLAN BIOS Setup LOW for Fn+F10

3.3V

U12

21

AU XIN

3.3VS

6

3.3VIN

5 8

3.3VIN 3.3VOU T

1.5VS

18

1.5VIN

19

1.5VIN

2

SY SR ST#

23

OC#

4

STBY #

1

NC

10

NC

12

NC

13

NC

24 25

NC GND

P 2231THLFC1

E NE P 2 23 1 pi n3 ,4 ,1 4, 15 ,2 2 ha s int er na ll y pu ll ed h ig h ( 17 0K oh mS )

PCIE_EXPCARD_PWREN#19

R44 *0_0805_50m il_short

Q9

DS

G

*AO 3409

Z2205

R30 *20K _04

Z2206

DS

Q10

G

*2N7002W

20MIL20MIL

PER ST #

AU XOU T

3.3VOUT

1.5VOUT

CPP E#

CPUSB#

RC L KEN

SH DN #

GND

NC_RST#

9

20

7

16 17

15 14

N C_ RC L KEN

22

NC_SHDN#

3 11

R 244 * 0_0402_5mil_short R 245 * 0_0402_5mil_short

WLAN _3.3V

R37 100K_04

BU F_PLT_R ST#

R194 *100K_04 R193 *100K_04

R199 *10K_04 R201 *10K_04

Ad d GN D pi n

C 102 .1U_16V_04

3.3VS

C481 *.1U_16V_04

5

1

4

2

U13 74AHC 1G08GW

3

6-01-74108-Q61

3.3V

NC _CPPE# NC _CPU SB#

NC_3.3V

NC_3.3VS

NC_1.5VS

PC IE_ WAK E #19,27

P CIE_EXPCARD_CLKREQ#2,19

P CIE_EXPCARD_CLKP2 P CIE_EXPCARD_CLKN2

PCIE _N B_EXPCA RD _R XP9

PCIE _N B_EXPCA RD _R XN9 PCIE_NB_EXPCARD_TXP9 PCIE_NB_EXPCARD_TXN9

SD AT A219 SC L K219

20 mil

40 mil

3.3V S

USBP819

USBN819

1 4

*W CM2012F2S-161T03_P

C 480 .1U _16V_04

C 490 .1U _16V_04 C 487 .1U _16V_04 C 468 .1U _16V_04 C 473 .1U _16V_04

R 241 10K_04

R 262 * 0_0402_5mil_shor t R 259 * 0_0402_5mil_shor t

L45

2 3

R 209 *0_0402_5mil_short R 208 *0_0402_5mil_short

MINI CARD (WLAN,Port 5)

J_ M IN I 1

3G - P O W ER

Z2207 Z2208

1 3 5

7 11 13

9 15

21 27 29

35 23 25 31 33

17 19 37 39 41 43 45 47 49 51

C644

.1U_16V_04

W AKE# COEX1 COEX2

CLKREQ# REFCLKREFCLK+ GND0 GND1

GND2 GND3 GND4

GND11 PETn0 PETp0 PERn0 PERp0

Reserved0 Reserved1 GND12

3.3VAU X_3

3.3VAU X_4 GND13 Reserved2 Reserved3 Reserved4 Reserved5

88908-5204

PCIE_NB_MINICARD_RXN9

PCIE_NB_MINICARD_RXP9 PCIE _N B_MIN IC ARD _TXN9 PCIE_NB_MINICARD_TXP9

WLAN _3.3V

WLAN_1.5VS

WLAN_DET#30

R74 *0_0805_50 mil_short

C14 6

.1U_16V_04

WLAN_C LK REQ#2 PCIE _W LA N_CL KN2 PCIE _W LA N_CL KP2

L75

*H CB1608KF-121T25

1.5VS

C163

10U_10V_08

PC IE_ WAK E#

C659 .1U_X7R _10V _04 C663 .1U_X7R _10V _04

.

C113

.1U_ 1 6 V _ 0 4

NC_PERST#

NC_CPPE# N C_ CP USB#

PC IE_ WAKE #

KEY

WLAN_3.3V

C640

10U_10V_08

Z2201 Z2202

Z2203 Z2204

3.3VAU X_0

1. 5V _0 UIM_PW R UIM _D A T A

UIM _ CL K

UIM_RESET

UIM _ V PP

GN D5

GN D6 GN D7 GN D8 GN D9

GN D 10

W_ D ISABL E#

PERSET# SMB_ CLK

SM B_DAT A

US B_DU SB_ D+

3.3VAU X_1

1. 5V _1

1. 5V _2

3.3VAU X_2

LED_W W AN#

LED_W LAN# LED_WP AN#

2 6 8 10 12 14 16

4

18 26 34 40 50

20 22 30 32 36 38

24 28 48 52 42 44 46

J_ N E W 1

13

12

14 15

9 10

17 4 11 16

19 18

22 21 25 24

3 2

8 7

130801- 1

UIM _ P W R_ 1 UIM _ DA T A_ 1 UIM _ CL K_ 1 UIM _ RS T _ 1 UIM_ VPP_ 1

PERST# +3.3VAUX

+3.3V +3.3V

+1.5V +1.5V

C PPE# CPUSB# W AKE# CLKREQ#

REFCLK+ REFCLK-

PERp0 PERn0 PETp0 PETn0

U SB_ D + U SB_ D -

SMB_DATA SMB_CLK

20 mil 20 mil

BU F_P LT_R ST# MIN I_ S C LK1 MIN I_ S D ATA 1

Z2209

N EW _ R ESER VED1

5

R ESER VED

N EW _ R ESER VED2

6

R ESER VED

1

GND

20

GND

23

GND

26

GND

GND1

GND

GND2

GND

GND3

GND

GND4

GND

Layout? ? ? ? "WLAN(Wimax, 802.11N)"

WLAN_3.3V WL AN _1.5VS

R51 *0_04 R53 *0_04

WLAN_3.3V

R43 *0_0603_32mil_sh ort

WL AN_1 .5VS

WLAN_3.3V

20 08 /0 3/ 18

L1 2

2 3

*WC M2012F2S-161T03_P

1 4

WLAN_EN 26,30 SCLK1 1 9

SDATA1 1 9

USB N5 19 USB P 5 1 9

B.Schematic Diagrams

Sheet 22 of 47

New Card, Mini

PCIE

New Card, Mini PCIE B - 23

Schematic Diagrams

3G, PATA ODD, eSATA

Sheet 23 of 47

3G, PATA ODD,

eSATA

B.Schematic Diagrams

MINI CARD 3G(Port 6)

3G_DET#30

3.3VS

C81 6 .1U_ 16 V_ 04

GND

PATA ODD

A_RST#10,16,18,20

HD _ AUX_ R ST#19

IDE_PDIORDY20

5V S

R 462 10K_04 R463

*0_0402_5mil_short

ID E_ PD IOW #20

IDE_IRQ20 HD _LED # 26

IDE_PD A120

ID E_ PD CS1 #20

D14 RB751V

C A

D13 RB751V

C A

C337 * .01U_16V _04

CD_CABSEL

3.3VS

R16 5

20 K _ 0 4

Z2302

Z2303 CD _R ESET# IDE_PD D7 IDE_PD D6 IDE_PD D5 IDE _P DD 11 IDE_PD D4 IDE_PD D3 IDE _P DD 13 IDE_PD D2 IDE_PD D1 IDE_PD D0

ID E_PDI OW # ID E_PDI OR DY ID E _IRQ ID E_PDA 1 ID E_PDA 0 ID E_PDC S1 # C D_ D AS P#

Z2304

C734

*.1U _16V_04

.1U_ 1 6 V _ 04

C817 10U_10V _08

J_ODD 1

C12434-15A1-B

6-21-11D00-050

PIN GND1~2=GND

C73 6

.1U _16V_ 0 4

GN D

GND

IDE_PDD[15:0]20

12 34 56 78 910 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50

C733

C73 1

.1U_ 1 6 V _ 04

J_3G1

1

WAKE#

3

CO EX 1

5

CO EX 2

7

CLKR EQ#

11

REF CLK-

13

REF CLK+

9

GN D0

15

GN D1

21

GN D2

27

GN D3

29

GN D4

35

GN D1 1

23

PETn0

25

PETp0

31

PER n0

33

PER p0

17

Res e rv e d0

19

Res e rv e d1

37

GN D1 2

39

3. 3VAUX_3

41

3. 3VAUX_4

43

GN D1 3

45

Res e rv e d2

47

Res e rv e d3

49

Res e rv e d4

51

Res e rv e d5

88910-5204

Z2305

IDE _P DD 8 IDE _P DD 9 IDE _P DD 10

IDE _P DD 12 IDE _P DD 14

IDE _P DD 15 IDE _P DD REQ IDE _P DIO R#

IDE _P DD ACK# Z2306 IDE _P DD IAG# IDE _P DA2 IDE _P DC S3#

Z2307

1U_16V_06

C749

ID E _ PDD [15 :0]

2 008 /0 3/ 24

C74 3

10U _6.3V_08

3. 3 V A U X _ 0

1.5V_0

UIM _ PW R

UIM _ D AT A

UIM_CLK

UIM _ RESE T

UIM_VPP

KEY

GND 10

W_ DISA BLE #

PER SET# SM B_CL K

SM B_DATA

USB_D-

USB_D+

3. 3 V A U X _ 1

1.5V_1

1.5V_2

3. 3 V A U X _ 2

LED_W WAN #

LE D _ W L A N #

LED_W PAN #

IDE_P D DR E Q 20 IDE_P D IOR # 20

IDE_P D DAC K# 20

R466 10K_04

IDE_P D A2 2 0IDE_PD A020 IDE_P D CS3# 20

5V S

+

GND5

GND6 GND7 GND8 GND9

C729 100U_10V_D2

20 mil

2 6 8 10 12 14 16

4

18 26 34 40 50

20 22 30 32 36 38

24 28 48 52 42 44 46

Z2310

3.3V S

C822 330U _4V_D 2

+

C763 .1U_16V_04

UIM_PWR UIM_DATA UIM_CLK UIM_RST

GN D

GND

R501

*0_0603_32m il_short

3.3VS

C82 1

+

*220U_4V_D2

GND

e SATA

SA TA _TX1 +_C20 SA TA _TX1 -_C20

SA TA _R X1-_C20

SA TA _R X1+_C20

3. 3V S

C81 5

.1U_16V_04

3G_EN 30

3.3VS

GND

SATA_TX1+_C SATA_TX1-_C

SATA_RX1-_C SATA_RX1+_C

Layout? ? ? ? "3.5G(HSDPA) "

L85

4

3

1

2

*WCM 3216F2S-161T03

C761 *.1U_16V_04

GN D

L26 *W CM2012F2S- 161T03_P

4

3

1

2

4

3

1

2

L21 *W CM2012F2S- 161T03_P

SIM CONN

R49 3 *4.7 K _ 04

J_SIM1

LO CK

UIM _ R ST

UIM _ P W RUIM_VPP

C793 *22P_50V_04

C3

UIM_CLK

C2

UIM_RST

OPEN

SIMLOC K 1770661-1

Layout?

1. SIM? ???? ???(10mil)

2. ? ??????? GND

3. SIM hold ? ? ???GND??

4. SIM CONN ? ? MINI CARD CONN

R49 1

UIM _C L K Z2 3 08 Z 2 30 9 U I M _D A T A

*0_0402_10mil_short

GN D GN D GND GN D

USBN4 19

U SBP4 19

3.3VS

(TOP VIEW)

UIM_DATA

UIM_VPP

UIM_GNDUIM_PWR

*22P_50V_04

C7 C6 C5C1

GND

R492 *0_0402_10mil_short

C789 *22P_50V_04

C78 7

UIM_VP P

C795 *22P _50V_04

SATA HDD & PATA ODD LED

J_ESATA1

1

GN D1

2

TX P

3

TX N

4

GN D2

5

RXN

6

RXP

7

GN D3

PSABT4 -07MLBS4 NN XN0

PIN G ND 1 ~4=G N D

SATA_LE D#20

SATA_LED#

CD _ DA SP #

3.3VS

R46 0

10 K _ 0 4

D 40 S CS355V

AC

D 41 S CS355V

3.3VS

R461

100K_04

B - 24 3G, PATA ODD, eSATA

USB, FAN, TP, FP, MULTI CON

Schematic Diagrams

USB PORT*2(Port 0,Port1)

5V

C 331 10U _10V_08

USB_O CP 0_1#19

5V

C 325 *.1U_16V_0 4

For ESD 06/15

U7

4

VIN

3

VIN

R T9701-CPL

VOUT VOUT

GND

C322 *.1U_16V_04

1 5 2

R167 27K_04

R168 51K_04

0410

USBV CC 01

U SBN119 U SBP119

100 MIL

C340 .1U_16V_04

USB N019 USB P019

POWER SWITCH CONN.

J_S W1

SJ_SW 1

1

R 621 100K_06

1

2

Z2412

3

4

85201-04R

M_ B TN # 3 1

0501

FOR POWER SWITCH BOARD

MULTI I/O CONN.(Port 9)

R18

3. 3 V

C904

*0 _0 4 0 2 _1 0 m i l_ s h ort

R17 33_04

L1 0 1

.

FCM1005KF-121T01

C903

47P_50V_04

AZ_SD OUT19 , 2 8

AZ_SY NC19 ,2 8 AZ_SDIN119 AZ_RST#19,28

AZ_BITCL K19 , 2 8

*47P_50V_04

USBVC C01

C335 .1U_ 1 6 V_ 04

11/14

L40

HCB2012KF-500T40_08

.

+

C290 100U_6.3V_B 2

*W CM2012F2S-161T03

+

C351 100U_6.3V_B 2

*W CM2012F2S-161T03

3.3VS 3.3VS3.3VS_FP

PC192 .01U_50V_04

J_MU LTI

12

Z24 06

34 56 78 910

Z24 07

11

12

13

14

Z24 11

15

16

87216-1606

C333 10U_10V _08

USB_VCC01_0

60 mil

C280 .1U_ 1 6V _04

R568 0_04

4 1

R 569 0_04

R 570 0_04

4 1

R 571 0_04

L3 5

USB_VCC01_0

C338 .1U_ 1 6V _04

L4 2

3 2

60 mil

3 2

Z2402 Z2403

Z2408 Z2409

FP CONN

J_FP1

HCB1608KF-121T25_ 06

1 2

3 4

85201-04L

J_FP1

41

FOR MULTI IO BOARD

3.3V5V

CCD_DET# 30 CCD_EN 30

US B N9 19 US BP9 19

5V 3. 3 V

C924

.01U_16V_04

Port 0

J_ USB1

1

V+

2

DATA _ L

3

DATA _ H

4

GN D

KS -001 HL-AN BC

Port 1

J_ USB2

1

V+

2

DATA _ L

3

DATA _ H

4

GN D

KS -001 HL-AN BC

L37

.

USBP12 1 9 USBN12 19

47P_50V_04

C925

.01U _16V_04

GND1

GN D2

GND1

GN D2

GN D4

GND3

GN D4

GND3

GN D2

GN D4

GND3

GN D4

GND3

C316 .1U_16V_04

C891

C89 2

47P_50V_04

FAN CONTROL

FAN_D C_VOL

FOR M760J CLICK CONN

FOR M74OJ CLICK CONN

1

12

6- 20 -9 4A 20 -11 2

Audio/B CONN.(Port 2)

USBN 219 USBP219

SPKO UTR + 29 SPKO UTR - 29

SPDIFO28

J_ T P 2

TPBU T TO N_L

1

TP_SC ROLL_DO WN

2

TP_SC ROLL_UP

3

TPBU T TO N_R

4

Z2404

5

Z2405

6 7 8

TP_CLK

9

TP_DA TA

10 11

12

87151-1207G

L100

1

U SBN 2

4

U SBP2

*WC M2012F2S-161T03_NP

L9 9

F CM1005KF-121T01

SPDI FO JD_ SEN SEB

.

C893

680P_50V_04

R479

4.99K_1% _06

R478

10K_1%_04

CPU _F AN30

CPU_FA NSEN30

R 154 * 0_0603_32mil_short

5VS

R 155 *0_06

5V

J_ T P 1

1 2 3 4 5 6

85 2 0 1- 06 0 5 1

5VS_TP

C342 .1U_10V_X7R_04

2

USBN 2 _R

3

USBP 2_R

MIC1-R28 MIC1-L28

HEA DPH ONE-R29 HEA DPH ONE-L29

JD _S ENSEA28 SPK_HP#29 JD _S ENSEB28

C40 0 .1U_16V _04

FAN _DC _VO L _R

LED_CTRL 30

11/14

MIC 1- R MIC 1- L

HEA DPH ONE-R HEA DPH ONE-L

SPK_HP #

L81

H CB2012KF-500T40-08

.

Z240 1

7

U11 B GM 358

FAN_DC_VOL

R480 4.7K_04

AC

D45 S CS5 5 1 V -30

5VS_TP

R464 10K_04

C744 47P_50V _04

2 4

5

6

G

R465 10K_04

C745 47P_50V_04

D S

+

SW?

3.3VS

5

+

6

-

C 288 1U _10V_06

RIGHT KEY

SW7 TJG-533-S-T/R

1 3

FOR PHONE JACK BOARD

5V

J_AUD IO

C922

1

.01U_16V_04

2 3

AU DG

4 5 6 7 8 9

USBN2_R

10 11

US B P2 _R

12

Z 2410

13

87213-1300G_R

40MIL

Q50

NDS352A P_N L

C757 100U _6.3V_B2

C28 9 *10U_10V _08

4 3

5V

5VS_F A N5VS

D44 S CS5 51 V-30

A C

TP _D A T A 3 0 TP _C LK 30

C758 10U_10V_08

J_ F A N 1

1 2 3

85205-03001

J_FAN1

3

1

LIFT KEY

SW 6 TJG-533-S-T/R

1 3

AUD G

2 4

5

6

C920 * .1U_16V_04 C921 * .1U_16V_04

5V S

84

3

+

1

2

-

U11A

GM358

B.Schematic Diagrams

Sheet 24 of 47

USB, FAN, TP, FP,

MULTI CON

TPBUTTO N_ LTPBU TTON_ R

USB, FAN, TP, FP, MULTI CON B - 25

Schematic Diagrams

CARD READER

Sheet 25 of 47

CARD READER

B.Schematic Diagrams

3.3VS

R547 4. 7K_04

R546 4. 7K_04

R49910K_04

SDWP

R55010K_04

MDIO13

Card Reader Pull High/Low Resistors

Card Reader Connector

SD_ CD# MDIO2 MDIO3

SDCMD/ MSBS

VCC_CARD

SD/ MSCLK MDIO0

MDIO1 SDWP

VCC_CARD

SD/ MSCLK MDIO3 MS_INS# MDIO2 MDIO0 MDIO1

SDCMD/ MSBS

SD_CD#

MS_INS#

VCC_CARD

J_CARD-REV 1

P1

CD_SD

P2

DAT 2 _ SD

P3

CD/DAT3_SD

P4

CMD_SD

P5

VSS_ SD

P6

VDD_SD

P7

CLK_ SD

P8

VSS_ SD

P9

DAT 0 _ SD

P10

DAT 1 _ SD

P11

WP_SD

P12

VSS_ MS

P13

VCC_MS

P14

SCLK_MS

P15

DAT 3 _ M S

P16

INS_MS

P17

DAT 2 _ M S

P18

SDIO/DAT 0 _ MS

P19

DAT 1 _ M S

P20

BS_MS

P21

VSS_ MS

MDR019-C0-0010(Reverse)

3.3VS

R500 10K_04

MDIO12 MDIO14

3.3VS

C875

.1U_16V _04

P22

GND

P23

GND

R532 200K_04 R549 200K_04

APVDD

C820

.1U_16V_04

SD/MSCL K

R498 22_04

BUF_P LT_RST#18,22,27,30

PCI E_C R_CLKN2 PCI E_C R_CLKP2

MDIO7

VDDA33

MDIO 12

MDIO 11

MDIO8

MDIO9

NCNCNC

XRST N

GND

XTES T

GND

JMB385

APCLKN

AP CLKP

AP VDD

ARG ND

GND

TAV33

MDIO 8

APGN D

APREXT

APRXP

PREX T

R512

8.2K_04

VCC_CARD

MDIO10

MDIO9

MDIO10

CR_LEDN

REG_C TRL

CR1_PCTLN

CR1 _ CD0N CR1 _ CD1N

AP RXN

APV 18

APTXN

C794 .1U_16V_04

25

MDIO11

MDIO13 MDIO14

SEEC LK SEED AT

APTX N

12

APT XP

3635343332313029282726

3.3VS 37

DV18

38

PCI E S_EN

39

PCI E S

40

MDIO7

SDWP

41

MDIO6

42

Z2503

MDIO5

43

SDCMD /MSBS

C8 52 1000P_50V_04

MDIO4

44

DV33

MDIO3

45

MDIO3

46

MDIO2

MDIO1 SEECLK

47

MDIO1

48

MDIO0

1234567891011

BUF_P LT_RST#

PCI E_C R_CLKN PCI E_C R_CLKP

APVDD

C830

C829

10U_10V _08

.1U_16V_04

ARGND

SD/ MSC LK

C788

C775

10P_50V_0 4

*10P_50V _04

Near Cardreader CONN

2008/03/27

HCB2012KF-500T 40_08

C835

C849

10U_10V _08

.1U_16V_04

U33

24

MDIO 12

GND

23

MDIO13

22

MDIO14

21

CR1_LEDN

20

DV33

19 18

DV18

17

CARD_P WRE N#

16

SD_CD#

15

MS_INS#

14

Z2502

13

APTXP

JM385

C863 .1U_X7R_16V_04 C861 .1U_X7R_16V_04

PCIE_NB_CARDREADER_T XN 9 PCIE_NB_CARDREADER_T XP 9

C784 .1U_16V_04

L90

.

PCIE_NB_CAR DREADER_RXP 9 PCIE_NB_CAR DREADER_RXN 9

C8 33

.1U_16V _04

C826 *10U_ 10V_08

C818 .1U_16V _04

APVDD

C874 .1U_16V_04

ARGND

D51

RB751V

APVDD

3.3VS

CA

C831

10U_10V_08

3.3VS

+

C827 *100U_6.3V_B2

C819 .1U_16V_04

Card Reader Power

CARD_PWREN#

U se 0 805 type and over 20 m ils trac e wid th o n b oth side

????, JMB?????? CR1_PCTLN? ? ? ? VCC_CARD? ?

3.3VS

CARD _PWREN#

SB_C R_WAKE# 18

Q62

2N7002W

SB_C R_C PPE# 19

DS

G

R560 *0_0805_50mil_short

Q66

*AO3409

DS

G

R548

*100K_04

G

ARG ND

R507 * 0_0603_32mil_short

VCC_CARD

R496

*100K_04

VCC_CARD

C824

R564

*.1U_16V_04

*470_04

Z2501

DS

Q65

*2N7002W

B - 26 CARD READER

ISATA HDD, LED, HOTKEY, BT

Schematic Diagrams

SATA HDD

J_HDD1

S1 S2 S3 S4 S5 S6 S7

P1 P2 P3 P4 P5 P6 P7 P8 P9 P10 P11 P12 P13 P14 P15

SAT-22RC1AA

PIN GND1~2=GND

LED

3.3VS

R338 120_04

Z260 1

AC

HDD/

D31

CD-ROM LED

KP-2012SG C

VD D5 VD D5

R33 2

470_04

Z2607

Z2606

1

3

1

2

SG

Y

2

4

HD_LED# 23

R33 1 47 0 _ 04

POWER ON LED

D27 KPB -3025YSGC

LED_ PW R# 30

LED_ACIN# 30

SATA_ TX0+_C SATA_ TX0-_C

SATA_ RX0-_C SATA_ RX0+ _C

HD D_ N C0 HD D_ N C1

HD D_ N C2 HD D_ N C3

Z2602

AC

R33 9 220_04

C79 1

.01U_16V_04

C477 .1U_16V_04

NUM

D32

LOCK LED

KP-2012SGC

470_04

3. 3V S

C47 6 .1U_ 1 6V _04

LED_N UM# 30

VDD 5 VD D5

R33 4

1

2

SATA_ TX0+_C 20 SATA_ TX0-_C 2 0

SATA_ RX0-_C 2 0 SATA_ RX0+_C 20

C79 2

10U _10V_08

C475 .1U_ 1 6 V_ 0 4

3.3VS

R333 470_04

Z26 09Z2608

3

D28

SG

Y

KPB-3025Y SGC

4

C47 4 1U _10V_06

R34 0

220_04

Z2603

AC

CAPS

D33

LOCK LED

KP-2012SGC

BAT LED

LED _BAT_FULL# 30

LED_BAT_CHG # 30

C78 6 20U_6.3V _08

LED_CAP# 30

5VS

3.3VS3.3V S

Z2604

AC

+

C78 5

*100U _6.3V_B2

R341 220_04

SCROLL

D34

LOCK LED

KP-2012S GC

HOT KEY

WEB_WWW#

SW 2

TJG-533-S-V-T/R

1 3

SW 5

* TJG -533-S-V -T/ R

1 3

GN D

LED_SCROLL# 30

5

6

FOR 7 60 J

5

6

BT LE D

WEB_EMAIL#

SW1 TJG-533- S-V-T/R

1

2

3

4

5

PSW1~8

1

3 4

2

2 4

WEB_WWW# 30

C9 .1U _ 16V_0 4

GN D

GND

SW4

*TJG- 533-S-V-T/R

1 3

AP_KEY#

SW 3

TJG-533-S-V-T/R

1 3

5

6

5

6

2 4

6

2 4

FO R 76 0J

Bluetooth(Port7)

5VS5VS

R33 6

3

42

1

SG

Y

2

Z2612 Z2613

C

E

DTC 114EU A

B

Q6 9 DTC1 1 4 EUA

R335

470_04

Z2611Z2 610

3

4

B

Q70

D29 KPB-302 5Y SGC

WLAN_EN 22,30

BT_E N 30

Bluetooth(Port5)

WLAN LED

470_04

1

C

E

WE B_EMAIL# 30

C10 .1U_16V_04

GN D

AP_KEY # 3 0

C11 .1U_16V_04

GN DGN D

Layout? ? ? ? "B lu et oot h For M740J/M760J"

Layo ut ? ? ? ? "Bluetooth For M760 J"

LID SWITCH IC

3. 3 V

R344 100K _04

U1

1 2

VCC OUT

GN D

C1

MH -248

.1U_ 1 6 V_04

3

3. 3 V

L9

HCB2012KF-500T40_08

.

USBN719 USBP719

BT_DET#30

R 12 10K_04

3.3V

BT_EN30

From EC default HI

3.3V

L54

H CB2012KF-500T40_08

.

USBN 619 USBP 619 BT_DET#30

R33 0 1 0K _ 04

3.3V

BT_EN30

From EC default HI

C35 .1U_ 1 6 V_04

C570 .1U _16V_0 4

LID_SW #

C571 100P _50V_04

50mil

G

50 mi l

G

C39 10U _10V_08

BT_DET # BT_EN#

Q5

DS

2N 7002W

C569 10U_10V_08

BT_DET# BT_EN#

Q33

DS

2N7002W

LID_SW# 16,19,30

PSU1, PS U2

3VS_BT1

J_BT1

1 2 3 4 5 6

87212-06G0

3VS_BT2

J_BT2

1 2 3 4 5 6

* 8 72 1 3 -0 6L

3

21

B.Schematic Diagrams

Sheet 26 of 47

SATA HDD, LED,

HOTKEY, BT

ISATA HDD, LED, HOTKEY, BT B - 27

Schematic Diagrams

PCIE GIGALAN RTL8111C

Sheet 27 of 47

PCIE GIGALAN

RTL8111C

B.Schematic Diagrams

LAN (RTL8111C)

3.3V LANVDD15

L38

.

H CB2012K F-500T40_08

100MHz/100 1A

C324 22U_6.3V_08

C279 .1U_16V_04

C296 .1U _1 6 V _ 0 4

40 mil

C321 *.1U_16V _04

40 m il

C317 .1U_16V_04

LA N V D D 1 8

R147

*0_0805_50m il_short

FOR RTL 81 01 E L34? 0_06

LANVDD 18

L3 4

.

FCM2012VF-121T08

SH 1 SHO RT_1A

PCIE_NB_GIGALAN_TXP9 PCIE_NB_GIGALAN_TXN9

PCIE_NB_GIGALAN_RXP9 PCIE_NB_GIGALAN_RXN9

3. 3 V S

SB_D PS_ LA N20

40 mil

C27 7

C272

.1U_ 1 6V _04

10U _10V_08

.1 U_ 16_0 4 ca pa ci ta nc e as clo se as possible to RTL8111C

40 mil

C270

10U_10V_08

21

PCIE_LAN _C LKP2

PC IE_ LAN_C LK N2

PCIE _W AKE#19,22

B UF_PLT_RST#18,22,25,30

R161 1K_04

R622 *1K_04

0501

LAN_ EV DD 18

C291

.1U_16V_04

C301 .1U_X7R_10V_04 C305 .1U_X7R_10V_04

R159 15K _04

LAN_VDD3

LAN_AVDD18

C27 3

C274

.1U_16V_04

. 1U _16V_04

C295

.1U _1 6 V _ 0 4

R151 *0_0402_5mil_short R149 2.49K_1%_04

R153 0_04

Enable Switching regulator Hi: Enable Low: Disable

3.3V

C33 4 *.1U_16V_04

PC IE_ RXP2_G LAN _C PCIE_RXN2_GLAN_C

LA N_ VD D3

C276

C 304

.1U _16V_ 04

.1U _16V_0 4

LAN_VDD3

C320 .1U _16V_ 04

2

16

46

37

C275

* .1 U _ 1 6V _0 4

C327 * .1 U _ 1 6V _0 4

595853

VDD 3 3

VDD33

VD D3 3

AVD D3 3

FB12

Z2701

RSTB Z2702 Z2703

Z2704

AVDD 3 3

5

AVD D18

8

AVD D18

11

AVD D18

14

AVD D18

22

EVD D18

28

EVD D18

25

EG ND

31

EG ND

PCI-E L AN

23

HSIP

24

HSIN

RTL81 11 C- V B

29

HSOP

30

HSON

26

REFCLK_P

27

REFCLK_N

19

LANW AKEB

20

PER STB

64 63

R SET VC TRL 15

36

ISO LATEB

62

GVDD

NC

18

35

34

17

R15 0 *0_04

VDD 1 5

NC

52

39

49

VD D1 5

VDD 1 5

NC

40

C311

.1U_ 1 6 V_ 04

60 mil

C31 8

.1U_ 1 6 V _04

4342

41

38

VD D1

VD D 15NC

NC

51

50

LA N _ CL K R E Q #

33

VDD 15

VD D1 5

VC TRL 18

NC

C31 9

.1U_16V_04

C31 4 .1U_16V_04

FOR RTL8101E

R 582 *0_04

U6 RTL 8111C-V B or VC

21

32

15

PIN 65 ,G N D1~ 9=GND

VD D1 5

VDD 1 5

44

EECS

48

EESK

47

EED I

45

EE DO

3

MD IP0

4

MDIN 0

6

MD IP1

7

MDIN 1

9

MD IP2

10

MDIN 2

12

MD IP3

13

MDIN 3

57

LED0

56

LED1

55

LED2

54

LED3

1

Z2705

61

CKTAL2

60

CKTAL1

Z2706

22P _50V_04

R 623 *0_04

Z2714

must be within

0.5cm (to pin

1)

C310

.1U_16V_04

C271

C328

.1U_16V_04

*.1U_16V_04

R 158 3.6K_06

EECS M A2/EESK M A1/EED I M A0/EED O

R 160 10K_04

MD IO0 + MD IO0 -

MD IO1 + MD IO1 -

MD IO2 + MD IO2 -

MD IO3 + MD IO3 -

P OW ER P LA N FO R PI N1

CTR L1 8 CTR L1 5 /V D D33

X2

12

25MH z

C29 4

CTRL18

LAN_V DD15

U8

1

CS

2

SK

3

DI

4

DO

A T93C46DN-SH -T

>4 0MILS

C28 7

22 P _ 5 0 V _ 04

FOR RTL8101E

? ? ? INDUCTOR (600mA)

C282

.1U_ 1 6 V _ 04

8

VCC

7

NC

6

ORG

5

GND

FOR RT L8 10 1E

C278

C269

22U _6.3V_08

.1U_ 1 6 V _ 04

NEAR U27

0501

LAN_DSP_EC 30

R 581 *0_06

L36

.

4.7uH_+/-10%_2520

C32 9

C299

*. 1U _16V_04

.1U_16V_04

LA N_VD D3

C 341 *. 1U _16V_04

R587 *0_06

R 148 0_06

???

must be within

0.5cm

RTL8101E RTL8111C

1.8V 1.2V

LANVDD18 LANVDD15

1.5V 1.2V

FOR RTL8101E

LAN_VDD15

>40MILS

LAN_VDD3

>40MILS

V_DAC

C240 .01U _16V_04

C300 22U_6.3V_08

L28

1

TCT1

2

TD1+

3

TD1-

4

TCT2

5

TD2+

6

TD2-

7

TCT3

8

TD3+

9

TD3-

10

TCT4

11

TD4+

12 13

TD4- MX4-

GS5019PLF

FB12

R 156 0_06

C312

.1U_16V_04

MD I O0 + Z2 71 2 MD I O0 -

MD I O1 + MD I O1 -

24

MC T1

23

MX1 +

22

MX1-

21

MC T2

20

MX2 +

19

MX2-

18

MC T3

17

MX3 +

16

MX3-

15

MC T4

14

MX4 +

R122 *0_06

40 mil

C247

C229

.01U_16V_04

40 mil

C283

+

C309

22U_6.3V _08

*100U_6.3V_B2

R15 7

F OR RTL 8101E

0_06

R157? ? ?

60 mil

+

C32 6

C332

*100U_6.3V_B2

22U_6.3V_08

R583 *49.9_1%_04 R584 *49.9_1%_04

R585 *49.9_1%_04 R586 *49.9_1%_04

RP1

LMX1+

DLMX1+

5

LMX1-

DLMX1-

346

LM X 2+

DLMX2+

2

7

LMX2-

DLMX2-

1

8

8P4RX0_06

LP 2 * #9 4 4 CM - 0 0 51 = P3

DLMX1+

LMX1+

5

DLMX1-

LMX1-

346

DLMX2+

LM X 2+

2

7

DLMX2-LMX2-

1

8

LP 1 * #9 4 4 CM - 0 0 51 = P3

DLMX3+

LMX3+

5

LMX3-

DLMX3-

346

LM X 4+

DLMX4+

2

7

LMX4-

DLMX4-

1

8

RP2

LMX3+

DLMX3+

5

DLMX3-

LMX3-

346

DLMX4+

LM X 4+

2

7

LMX4-

DLMX4-

1

8

8P4RX0_06

R91 75_1%_04

Z2707 Z2708

R90 75_1%_04 R89 75_1%_04

Z2709

R88 75_1%_04

Z2710

LANV DD18

F OR RTL 8101E

C207 .01U_16V_04

LA NV DD 18

C28 4

.1U_16V_04

LANVD D15

C330

.1U_16V_04

C 894 *.01U_16V_04

Z2713

C 895 *.01U_16V_04

J_RJ45

1 GN D 1

DA+ shiel d

2

DA-

3

DB+

6

DB-

4

DC +

5

DC -

7

DD +

8

DD -

C 10091-108A4

Z2711

*.01U_16V_04

shie ld

C16 0 1 0 00 p _ 2K V _ 12

*.01U_16V _04

C286

GN D 2

C285

B - 28 PCIE GIGALAN RTL8111C

AUDIO CODEC ALC662

CODEC ( ALC66 2)

3.3VS

L53 HCB1608KF -121T 25_06

.

C513 *22P _50V _04

AZ_BI TC LK19,24

MIC1 -L24 MIC1 -R24

check to jack,VGA

BEEP

AUDG

MIC1-R

AZ_SDOUT19, 24

AZ_S DIN019 AZ_SY NC19,24

AZ _RST#19,24

R321 10K_04

R320 1K_04

C551 10 0P_ 50V _04

L_HP_OUT_A29 R_HP_OUT_A29

R510 1K_04

R509 75_04 R508 75_04

C56 2 .1U_16V _04

R325 33_04 R324 0_04 R537 22_04 R323 33_04 R326 33_04

PCBEE P_C

C553 1U_10V_06

JD _SEN SEA24 JD _SEN SEB24

C845 4.7U_X5R_ 0 6 C844 4.7U_X5R_ 0 6

C843 4.7U_X5R_ 0 6 C842 4.7U_X5R_ 0 6

Z2817INT_MIC

MIC1_L_C

C841 4.7U_X5R_ 0 6

MIC1_R_C

C840 4.7U_X5R_ 0 6

MIC2_L

C544 .1U_16V_04

MIC2_R

C545 .1U_16V_04

MIC1_L

C546 .1U_16V_04

MIC1_R

C547 .1U_16V_04

Layout Note:

Very close to Audio Codec

C882 10U_10V _08

EAPD_ MODE29

SPDIFO24

R590 20K_1%_04 R591 39.2K_1%_04

AUDG

ALC_GPIO0 ALC_GPIO1

AZ_SD OUT_R AZ_BI TC LK_ R AZ _ SDI N0_R AZ_SY N C_R AZ_R ST# _R

PCBEEP _R

Z2801 Z2818

HP_L HP_R

MIC2_L MIC2_R

Z2802 Z2803 Z2804

MIC1_LMIC1-L MIC1_R

C881 .1U_16V_0 4

10 11

47

48 12

13 34

14 15

16 17

18 19 20

21 22

U35

2 3

5 6

ALC662

C869 .1U_16V _04

GPIO0 GPIO1

SDATA -OUT BIT-C LK SDATA -I N SYNC RESET#

EAPD

SPDIFO

PCBE EP

Sense A(JD1) Sense B(JD2)

LINE2-L LINE2-R

MIC2 -L MIC2 -R

CD-L CD-G ND CD-R

MIC1 -L MIC1 -R

3.3VS_A UD

4

789

DVSS1

DVS S2

DIGITAL

ANALOG

Schematic Diagrams

AUDG

FRONT-L29 FRONT-R29

D24 * SCS551V-30

AC

U16

OUTVIN

SHDN#

*G924

.

5V

1 23

GNDBY P

R152

2.2K_04

C281 330P_X 7R_ 04

L52 HCB 1608K F -121T2 5_06

.

4 5

Z2805

C540

*.1U_16V_04

L98 FCM2012VF-121T0 8

AUDG

Layout Note:

V er y clos e to Aud io Co dec

MIC2-VREFO

INT_MIC

5VS

C5 41

1U_10V _06

J_INTMIC1

1

2

J_INTMIC1

1 2

88266-02001

PCB Foo t pr in t = 88266-2R

PCB FOOTPRINT 2L-->2R

B.Schematic Diagrams

Sheet 28 of 47

AUDIO CODEC

ALC662

PI N25,PIN38 ? 1? 10uF/.1uF

C865

C5 68

10U_10V_08

.1U_ 16 V _04

AUD G

1

38

25

VREF

AVDD2

AVDD1

DVDD 2

DVDD1

MIC1-VREFO-L

MIC1-VREFO-R

LINE1-VREFO-L

LINE1-VREF-R

MIC2-VREF O

LINE2-VREFO

FRONT-OUT-L

FRONT-OUT-R

SURR-OU T-L

SURR-OU T-R

CEN- OUT

LFE-OUT

SID ESUR R-L

SI DES URR-R

JDREF

LINE1 -L

LINE1-R

AVSS1

AVSS2

26

42

AUDG

Layout Note:

Codec pin 1 ~ pin 11 and pin 47 and pin 48 are Digital signals. The others are Ana log signals.

PIN 13 JD_SENSE ????????

NC

ALC_VREF

27

MI C1 -VR EFO- L

28

MI C1 -VR EFO- R

32

Z2806

29

Z2807

37

MI C2 -VR EFO

30

ALC-LINE2-VREFO

31

FRONT_L

35

FRONT_R

36

Z2808

39

Z2809

41

Z2810

43

Z2811

44

Z2812

45

Z2813

46

Z2814

33

JDREF

40

Z2815

23

Z2816

24

C556 .1U_16V_04

AUDG

C5664.7U_X5R_06 C5674.7U_X5R_06

NEAR CODEC

R329 20K_1%_04

5VS_AUD

C890 10U_10V _08

C561 . 1U_16V _04

C872 10U_10V_08

AUDG

PC BEEP

BEEP30

ICH_ SPKR19

C555 1U_10V_06

MIC1-VREF O-L

MIC1-L

BEEP

AUDG

R327

4.7K_04

C560 680P_X7R_04

MIC1-VREFO-R

MIC1- R

AUDG

R3 28

4.7K_04

C5 64 680P_X 7R_04

AUDIO CODEC ALC662 B - 29

Schematic Diagrams

AUDIO AMP2056

Sheet 29 of 47

AUDIO AMP2056

B.Schematic Diagrams

AUDIO AMP

Low mute!

SB_MU T E#20

EAPD _ MO DE28 KBC _MU TE#30

R 290 4.7K_04

FR ON T-R28

R 287 4.7K_04

FR ON T-L28 R_HP_OUT_A28 L_HP_OUT_A28

R 284 0_04 R 497 0_04

SPK_HP #24

D26 SC S355V

D25 SC S355V

Z2901 Z2902 Z2903 Z2904

R285 *10K_04

R 503 *10K_04

5VS

MUT EAPM #

C 554 *.1U_X7R_10V_04

AC

OP MU T E A PM #

AC

C 536 1U _10V_06 C 537 1U _10V_06 C 531 4.7U _6.3V_06 C 538 4.7U _6.3V_06

R 286 *10K_04

R291 *10K_04

AP UD G

R59 3 10 K _ 0 4

C

B

DTC 114EU A

E

5VS

5

1 2

3

R592 100K _04

R59 4 100K_04

Z2915

Q74

Z2916

4

U38 74 A H C 1 G 0 8G W

3.3VS

R_IN _HP _ L L_IN_HP_L

G

Q73 2N 7002W

C89 6 .1U_ X7 R_ 0 4

R595 10K_04

R322

10K_04

DS

5V S

5

1

4

2

U18 74AHC 1G08GW

3

R 3 00 39 K _ 0 4 R 3 10 39 K _ 0 4

Z2914

C ne ar CP + an d CP -

2008/03/24

AMP_EN #

C897

1U _10V_06

C530 *.1U_X7R_10V_04

R551 10K_04

C55 0

2.2U _X5R _10V_06

APU DG

MUT EAPM #

C868 .1U_16V_04

APU DG

R_IN _A MP_C

3

L_ I N _ A MP _C

5

R_IN _H P _ C

4 6

AMP_EN#

27 24

Z2907

12

Z2908

14 15

Z2909

16

APA2056A/AP A2057A

C87 1

2. 2U _X5R _10V_06

C90 5

.1U_16V_04

U34

R_IN_AMP L_IN_A MP R_IN_HP L_IN_H P

AMP_EN# HP_EN

CP+

CPCPVSS

HPVSS

5VS

L89 HC B2012KF-500T40_08 C81 0 .1U_X7 R_1 0V_ 0 4

L97 FCM 1608 K-121T06

C 887 .1U _16V _04

C 926 *.1U_16V_04

5VS_AMP

R55 3 100K_04

Z2910

26

28120

10

SD#

VDD

BEEP

PVD D

A PA20 56

GN D

PG ND

GN D

CPGND

13

2

7

29

.

R_O UT+

PVDD

R_O UTL_ O U T + L_OUT-

R _ HP _ O UT

L_ HP _ O UT

C PVDD H PVDD

B YPAS S

PG ND

25

23

AP UD G

C565 1U _10V_06

22 21

8 9

17

18

11 19

Z2913

C880 1U _10V_06

40 mi ls

C548 .1U _16V_0 4

APUD G

R_O UT + _C R_O UT -_C

L_ O U T + _ C L_ O U T -_ C

R_HP_OUT_C

L_HP_OUT_C

Z2911 Z2912

AP UD G

C539 1U_10V_06

APU DG

C88 8 .1U_16V_04

C834

C851

10U_10V_08

C53 5 .1U _ 1 6V _04

R 612 *0_0402_10m il_short R 613 *0_0402_10m il_short

R 614 *0_0402_10m il_short R 615 *0_0402_10m il_short

R 616 *0_0402_10m il_short

R 617 *0_0402_10m il_short

R30 1

*0_0603_32 mil_short

C543 .1U_16V_04

R55 7

*0_0402_20 mil_short

C879 .1U_16V_04

APUDGAPU DG

5VS_AMP

C883

*.1U_16V_04

5VS_AMP

3. 3V S

C557

C534

.1U _16V_ 0 4

.1U_16V_04

SPKO UTR + SPKO UTR -

SPKO UTL+ SPKO UTL-

SPKO UTR + 24

SPKO UTR - 24

L2 FCM1608K-121T06 L3 FCM1608K-121T06

H EAD PHO N E-R 24 H EAD PHO N E-L 2 4

R_IN _H P _ C

C559 68 P_50V_04

L_ I N _ HP _ C

C558 68 P_50V_04

Fo r Vi st a Aud io fid el it y tes t

J_SPK1 2

1

J_ S P K L 1

C6 180P_50V_04

R _ HP _ O UT_C

L_HP_O UT_C

S PKOU TL+_R

1

S PKOU T L-_RL_ I N _ H P _ C

2

85204- 02R

PCB Footprint = 85204-02R

. .

C8 180P_50V_04

B - 30 AUDIO AMP2056

KBC ITE IT8512E

Schematic Diagrams

BU F_PLT_R ST#18,22,25,27

VD D3

R228 10K_04

R233 * 1 0K _0 4

SM C_ C PU_ THE RM5 SM D_ C PU_ THE RM5

B EEP28

LOW ACTIVE

WEB0--->AP KE Y WEB1--->EMAILKEY WEB2 --->W WW K E Y

BR IGH T NESS16

VDD 3

3.3VS

LAD018 LAD118 LAD218

LAD318 LPC_C LK 118 LFRAME#18

SE RIR Q18

GA2 019

AC_IN13,39

LED_ACIN#26

THER M_AL ER T#5,19

AP_KEY #26

WEB_ EM AIL#26

C927 .1U_16V_04

CPU_FAN24

WLAN_PWR22 WLAN_EN22,26

VGA_ALERT#13

KBC_M UTE#29

EC _MOD EL _ID

3G _ D E T #23

CCD_DET#24

SMC_B AT39

SMD_B AT39

SM C_VG A_TH ERM13 SM D_VG A_TH ERM13

C483 1U _16V_06

PM E#19

TP_C L K24

TP _D A T A24

TH ERM_RST#5

PWR _S W#31

LI D _ S W #16,19,26

WEB_ WW W #26

BT_EN26

BKL_EN16

M7 60 JE C MO DE L _I D M7 40 J 0V3. 3V

R236

*0_0402_5m il_short

C 485 *.1U _16V_04

C 507

10U _10V_08

LPC_CLK1

Z3001

R 247 *0_0402_5mil_short

KBC _ WRE SET#

SY S_ FAN

BAT_DE T BAT_VO LT_R CUR_SENSE_R TOTAL_CU R_R

3G_DET# CCD_DET# MOD EL_ID

SM C_BAT SM D_BAT SM C_ C PU_ THE R M SM D_ C PU_ THE R M SM C_VG A_ TH ER M SM D_VG A_ TH ER M

LCD _ BRIG HTN ESS KBC _ BEEP

LED_SCRO LL#26

LED_NU M#26

LED_CAP #26 LED_BAT_CH G#26 LED_BAT_FU LL#26

LED_ P W R#26

80CLK 3IN1 80DET#

M7 40 K M7 60 K ?V ? V

LCD _ BRIG HTN ESS

C528

.1U _16V _04

C508

.1U _16V _04

12 6

11 0 11 1

11 5 11 6 11 7 11 8

12 5

10 8 10 9

10

9 8 7

13

6 5

22 14

4 16 20

23 15

76 77 78 79 80 81

66 67 68 69 70 71 72 73

24 25 28 29 30 31 32 34

85 86 87 88 89 90

18 21

33

C529

C52 5

.1U_16V_04

11265092114

U14

LAD0

VC C

LAD1 LAD2 LAD3 LPCCLK LFRAM E# SERIRQ LPCRS T#/WU I4/GP D2( PU )

WRST# GA20/GPB 5

K BRST# /G PB6 ( PU ) PWUREQ#/GPC7( PU ) L80LLA T/GPE7( PU )

E CSC I# /GPD 3 ( PU ) E CSM I#/GPD 4 ( PU )

DAC

DAC0/GPJ0 DAC1/GPJ1 DAC2/GPJ2 DAC3/GPJ3 DAC4/GPJ4 DAC5/GPJ5

ADC

ADC0/GPI0 ADC1/GPI1 ADC2/GPI2 ADC3/GPI3 ADC4/GPI4 ADC5/GPI5 ADC6/GPI6 ADC7/GPI7

SMBUS

S MC LK 0/G PB3 S MD AT0/GPB4 SMCLK1/GPC1 SMDAT1/GPC2 S MC LK2/GPF 6( PU ) S MD AT2/GPF7 ( PU )

PWM

P W M0/G PA0 ( PU ) P W M1/G PA1 ( PU ) P W M2/G PA2 ( PU ) P W M3/G PA3 ( PU ) P W M4/G PA4 ( PU ) P W M5/G PA5 ( PU ) P W M6/G PA6 ( PU ) P W M7/G PA7 ( PU )

PS/2

P S2C LK0/GP F0( PU ) P S2D AT0 /GP F 1( PU ) P S2C LK1/GP F2( PU ) P S2D AT1 /GP F 3( PU ) P S2C LK2/GP F4( PU ) P S2D AT2 /GP F 5( PU )

WAKE UP

PWRSW /GPE4( PU )

R I1#/WUI0/GPD 0( P U ) R I2#/WUI1/GPD 1( P U )

GP INTERRUPT

G INT/G PD 5( PU )

( PD )RI NG #/P W RFA IL#/L PC RS T# /G PB7

UART

R XD/G PB0 ( PU ) TXD/GPB1( PU )

IT8512E/IT8502-J

0507

C928

.1U _16V_04

1122749122

127

121374

VST BY

VSTBY

VS T BY

VSTBY

VST BY

VSTBY

K/B MATRIX

LP C

IT8512E

FLASH

( PD )F LR ST# /WUI 7/TM /GP G0

GPIO

EXT GPIO

WAKE UP

( PD )LPC PD #/W UI6 /G PE6

PWM/COUNTER

( PD )T M RI0 /WU I2 /GP C4 ( PD )T M RI1 /WU I3 /GP C6

CIR

LPC/WAKE UP

( PD )L80HLAT/GPE0

VSS

VS S

VSS

113

91

Z3008

NC1 NC_04

KBC _ AGN D

KBC_AVD D

KBC _ AGN D

KSI0/STB#

VBAT

AVC C

KSI1/AF D# KS I2/ INIT#

KS I3/S LI N#

KSO0/P D0 KSO1/P D1 KSO2/P D2 KSO3/P D3 KSO4/P D4 KSO5/P D5 KSO6/P D6

KSO7/P D7 KSO8/ACK# KSO 9/B USY

KSO 1 0/ PE

KS O11 /ER R# KSO12/ SLCT

KSO13 KSO14 KSO15

FLF RAME#/GP G2

FLAD0 /SC E#

FLAD 1/SI

FLAD2/SO

FL AD 3 / GP G6

F LC LK/SC K

( PD )KS O16 /GP C3 ( PD )KS O17 /GP C5

( PD )ID 0 /GP H0 ( PD )ID 1 /GP H1 ( PD )ID 2 /GP H2 ( PD )ID 3 /GP H3 ( PD )ID 4 /GP H4 ( PD )ID 5 /GP H5 ( PD )ID 6 /GP H6

( PD )ID 7 /GP G1

( PD )EGA D/G PE1 ( PD )EG CS#/G PE2 ( PD )EG CLK/G PE3

( PD )W UI5/G PE5

( PD )TACH 0 /GP D6 ( PD )TACH 1 /GP D7

( PD )CR X /GP C0

( PD )C TX/G PB2

CLOCK

C K32KE

C K32K

AVSS

75

FOR IT8512E R620 --> 0 FOR IT8502-J R620 --> 0.1UF

C498 .1U_16V_04

KSI4 KSI5 KSI6 KSI7

H CB1608KF-121T25_06

C497 .1U_16V_04

KB-S I0

58 59

KB-S I1 KB-S I2

60

KB-S I3

61

KB-S I4

62

KB-S I5

63

KB-S I6

64

KB-S I7

65 36

KB-S O0 KB-S O1

37

KB-S O2

38

KB-S O3

39

KB-S O4

40

KB-S O5

41

KB-S O6

42

KB-S O7

43

KB-S O8

44

KB-S O9

45

KB-S O10

46

KB-S O11

51

KB-S O12

52

KB-S O13

53

KB-S O14

54

KB-S O15

55

100

KBC _ SPI_CE#

101

KBC _ SPI_SI

102

KBC _ SPI_SO

103 104

KBC _ SPI_SC LK

105 106

56 57

CLKRUN#

93

Z3007

94

M CH _TSATN _ EC

95

WDT_EN

96 97 98 99

107

Z 3003

82

Z 3004

83 84

35 17

47

SY S_ FANS EN

48 120

Z3002

124

LED_ C TRL

119

CTX0

123

19 112

CK32KE

2

CK32K

128

C526

15P_50V_04

L47

.

SUSB# 19,22, 31,32,36 SU SC # 19

R 252 *0_0402_5mil_short R 258 *0_0402_5mil_short

R 596 0_04

R278 * 10M_04

X5 32.768KHz

3 2

VD D3

C491 *.1U _16V _04

1

FOR M760J/K

J_ KB1

*85202-24051

4 5 6

8 11 12 14 15

1

2

3

7

9 10 13 16 17 18 19 20 21 22 23 24

CCD_EN 24

LAN_D SP_EC

R 625 * 0_04

WL AN _ DET# 2 2 BT_D ET# 2 6 DD_ON31

3G_EN 23

PW R_BTN# 1 9

RSMRST# 19 KB C_RS T# 19

C PU_ F A NSEN 2 4

VC OR E_ON 33 SB_PW R GD 1 6,1 9,32

LE D _CTRL 24

SW I# 19 CHAG_EN 39

14

C522

15P_50V _04

KB -SI0 KB -SI1 KB -SI2 KB -SI3 KB -SI4 KB -SI5 KB -SI6 KB -SI7

KB -SO0 KB -SO1 KB -SO2 KB -SO3 KB -SO4 KB -SO5 KB -SO6 KB -SO7 KB -SO8 KB -SO9 KB -SO10 KB -SO11 KB -SO12 KB -SO13 KB -SO14 KB -SO15

*10P_50V_04

SMI# 19 SCI# 19

to SB

C898

24

J_KB1

FOR M740J/K

J_ KB2

85202-24051

4 5 6

8 11 12 14 15

1

2

3

7

9 10 13 16 17 18 19 20 21 22 23 24

BAT_D ET39

BAT_VOLT39

CUR_SENSE39

TO TA L_C UR39

LAN_DSP_EC 27

0507

VD D3

NC3 NC_04

SPI_VDD

J_SPI1

1

2

9

10

J_H8DBG1

1

2

9

10

VDD 3

SPI_VDD KB C_ SPI_C E#_R KB C_ SPI_SO _R

WDT_EN

3IN1

R309 10K_04

Z3005

C563 .1U_16V_04

R489 10K_04 R280 4.7K_04 R289 4.7K_04

SMC_ BAT

SMD_ BAT

BAT_DET

BAT_VOLT

CU R_SEN SE

TOTAL_CUR

C870 .1U_16V_04

SP I_VDD

R 544 1K_04

R 552 4.7K_04

J_ SPI2

1 2 3 4 5 6

7 8

* S P N Z- 0 8S 3-B -C-0 -P

J_H8DBG1

12 34 56 78 910

*SPUFZ-10S3-VB-0-B

R302 10K_04

R308 10K_04

U17

3

MR#

RES ET#

5

VC C

WDI

2

GND

AT3510IGV -2. 93-C-C-T1

VDD 3

C

AC

D50

A

BAV99

C

AC

D49

A

BAV99

C

AC

D46

A

BAV99

C

AC

D47

A

BAV99

C

AC

D48

A

BAV99

C

AC

D23

A

BAV99

U36

8

KBC _F LA SH

3

HOLD#

7

W2 5X80VS SIG

KBC _SP I_SCLK_ R KBC _SP I_SI_R

11/14

VDD 3

80C LK 80D ET#

8Mbit

VDD

WP#

HO L D#

Z 3006

1 4

3IN1

5

SI

2

SO

1

CE #

6

SCK

4

VSS

WDT_EN

VD D3

R312 100K_04

WD _D ISABLE

G

Q56 2N7002W

3G_DE T# CC D_ D ET#

LPC_C LK 1

BAT_VOLT CU R_ S EN SE TOTAL_CUR

DS

V1 .0

MOD EL_ID

R31 1 100K_04

KBC_WR ESET#

C54 2

1U _10V_06

MO DE L_ ID

HI GH

R 255 *10_04

R211 100_04

R215 *100_04 R217 *100_04

WD _DISABLE

R 238 10K_04

R 229 *10K_04

R227 10K_04 R226 10K_04

KBC_SPI_*_R = 0.1"~0.5"

K BC_ SPI_SI_R

R561 47_04

K BC_ SPI_SO _ R

R513 15_1%_04

K BC_ SPI_C E# _R

R525 15_1%_04

K BC_ SPI_SC L K_R

R555 47_04

VDD 3

J_ 80D EBU G1

1

3IN1

2

80CLK

3

80DET#

4 5

85205-05001

VO LT AG EVE R.

3.3V

RX

PCLK_KBC _R

BAT_VOLT_ R CU R_SEN SE_R TOTAL_CU R_R

KB C_ SPI_SI KB C_ SPI_SO KB C_ SPI_C E# KB C_ SPI_SC LK

PJ13

1 2

20mil

VD D 3

VD D3

C505

*1 0 P _ 5 0V _0 4

C 469 1U _10V_06

C 478 1U _10V_06 C 482 1U _10V_06

C886 *33P_50V _04

C836 *33P_50V _04 C855 *33P_50V _04 C884 *33P_50V _04

B.Schematic Diagrams

Sheet 30 of 47

KBC ITE IT8512E

KBC ITE IT8512E B - 31

Schematic Diagrams

1.8VS, 3,3VS, 5VS, 1.1VS, 3.3V

Sheet 31 of 47

1.8VS, 3,3VS, 5VS,

1.1VS, 3.3V

B.Schematic Diagrams

M_ BT N #24

PO WE R CO NN .

To H8

PWR _S W#30

EC

PR173 10K_06

M_ B T N #

SW 8

* TJG -533-S -V-T /R

1 3

DE BUG US E

1.8V 1.8VS

SY S1 5 V

R536 200K_1%_04

Z3108

C867

2200p_50V_06

1.1V 1.1VS

S YS1 5V

R36 5 1M _ 0 4

Z311 3

C595

2200p_50V_06

S YS1 5V 3. 3 VVD D3

R48 6

1M _ 0 4

Z310 6

C766

2200p_50V_06

VDD 3

5

Q4

AO4456

8 7 3 6 2 5

6

Q61 SI 4800

8 7 3 6 2 5

NMO S

PR172 10K_06

PWR _SW #

PC 2 15 .1U_50V_06

Z3114

B

PQ33

DTA114EUA

2 4

NMOS

1 4

Q57

DS

2N 7002W

1 4

Q4 3

DS

2N7002W

G

NMOS

Q54 SI4800

8 7 3 6 2 5

DS

PD 2 0

AC

FM0 540-N

VIN

E

C

20 08/0 3/ 2 8

SU SB

G

SU SB

1 4

Power Plane

Q5 1 2N 7 0 02 W

G

C860 .1U _10 V_ 0 4

C11 5

.1U _ 1 0V _04

DD _ ON #

DS

PQ 32 2N7002W

G

VIN

Z3102

Z3104

Z3105

C859 10U_10V_08

C74

10U_6.3V_06

PR 167 100K_04

200K_06

5A

8A

5A

E C

PR166

PQ 34 2SB1198K R

B

.1U _50V_ 0 6

VA

A C

PD27 FM0540-N

A C

Z310 1

PD23 FM0540-N

PR 168 10K_ 06

G

PR 1 74

PC 205

100K_04

SY S1 5V

SYS 15V

R48 5 1M_04

Z3107

2200p_50V_06

VIN1

Z3103

PQ 3 1

DS

2N 7002W

PQ 3 0

DS

2N7002W

G

DD_ON

NM OS

VDD 3

SYS15 V

R23 7 1 0 0K _1 % _ 0 4

Z3112

2200p_50V_06

C76 5

Q2 9

SI4800

8 7 3

R230

6 2 5

Q30

SI480 0

8 7 3 6 2 5

NM OS

Q5 3

SI4800

8 7 3 6 2 5

DS

NMOS

1 4

DS

1 4

Q32 2N 7002W

1 4

680K_1% _04

Z3111

C489

2200p_50V_06

VD D5

C49 4

VD D5 5V

From H8

DD_ON 30

3.3VS

Q31 2N7002W

SUS B

G

5V S

SUS B

G

Power Plane

Q52 2N7002W

DD_ON#

G

C46 3 .1U _ 1 0V _04

C46 2 .1U_10V_04

12

J2

OPEN-3mm

5A

C461 10U_10V_08

5A

C46 0 10U _10V _08

5A

5V S

5V

1. 8V S

SU SB#19 , 2 2 , 3 0 , 3 2,3 6

DD _ ON30

. 01U _50V_04

*.01U_50V_04

PC 5 2

.01U_50V_04

PC 1 91

*.01U _50V _04

PC 1 90

.01U_50V_04

PC115

*.01U_50V_04

PC 6 3

PC 4 6

PC 1 21

SUSB #

DD _ON

EMI

R545

1 0 0K _0 4

R567 1 0 0K _0 4

G

SY S5 V

DS

R55 9 10K _04

Q6 7

2N7002W

R56 6 10K _04

Q72 2N7002W

3.3VS

C88 5 30p_50V_06

DD_ON#

C88 9

.1U_ 1 0V _04

PC238 *.01U_50V_04

PC255 *.01U_50V_04

PC37 .01U_50V_04

PC62 *.01U _50V_04

PC210 .01U_50V_04

PC67 *.01U _50V_04

PC24 .01U_50V_04

PC88 *.01U _50V_04

12

SUS B

J3

OPE N-3 m m

SU S B 3 2 ,3 5,36 ,3 7

DD_ON# 32,3 5,36

3. 3V

PC64 .01U_50V_04

PC209 .01U_50V_04

PC89 *.01U _50V _04

P C 1 00 * . 0 1U _ 5 0V _0 4

PC97 *.01U _50V _04

PC43 .01U_50V_04

PC87 *.01U _50V_04

B - 32 1.8VS, 3,3VS, 5VS, 1.1VS, 3.3V

VGA POWER & POWER GD

Schematic Diagrams

CP U_ VCO RE & VD D_ NB

4

3.3V

9 8

1

7

H4 C23 7

3.3V5V

R562 100_1%_06

DS

Q68 2N 7002W

G

CP U_ VD D_EN 33

R 269 20K_04

SY S_ RST#

C 520

.1U_50V_06

H17

2 3 8

1

MTH315D111_N4567

H10

H3

C237

C 237

9

H9 C23 7

SYS_RST# 19

H13

2 3

1

4 5 6

MTH315D111

H8 C237

H1 C19 7 NP

9 8 7

H16 C 315B217D111

B.Schematic Diagrams

Sheet 32 of 47

VGA POWER &

POWER GD

SU SB

PC25 * .01U _50V _04

PC36 * .01U _50V _04

2

9

3

8

4

7

5 6

H34 C276D146

G

PW RG D_VC O RE33 ,3 4

EMI

H35

MTH315D111

5VS

Z3204

DS

1.8VS

Z3207

DS

1.1V_PG36

1.2VS_PG36

SU SB#19,22,30,31,36

WD_PW RGD19

1

H33 C276D146

R534 100_1% _06

Q6 0 2N 7 0 02 W

R558 100_1% _06

Q6 4 2N 7 0 02 W

9 8 7

NMO S

3.3V 3.3VS_VGA

SYS 1 5V

PE_GP IO118

Q19

SI4800+K

8 7 3 6 2

R13 0

5

1

G

R188 100K_04+K

Q20

SI4800+K

8 7 3 6 2 5

Q3

SI4800+K

8 7 3 6 2 5

SYS5V

DS

4

DS

NMO S

1 4

DS

NMO S

1 4

DS

R186

10K_04+K

Q28

2N 7002W +K

Q22 2N 7 0 02 W +K

G

Q21 2N 7 0 02 W +K

G

Q44 2N 7 0 02 W +K

G

1M_04+K

Z3201

C25 5

2200p_50V_04+K

1.8V 1.8VS_VGA

R12 9 1M_04+K

Z3202

C25 4

2200p_50V_04+K

1.1V 1.1VS_VGA

R36 7

1M_04+K

Z3203

C59 9

2200p_50V_04+K

PE_GP IO1

1A

C25 2 .1U _ 1 0 V_ 04+ K

EXT_VGA_POWER_ON#

? ? PIN ? ? GPIO PIN

6A

C22 5

.1U _ 1 0 V_ 04+ K

EXT_VGA_POWER_ON#

? ? PIN ? ? GPIO PIN

3A

C48 .1U _ 1 0 V_ 04+ K

EXT_VGA_POWER_ON#

? ? PIN ? ? GPIO PIN

EXT_ V GA_PO WER _ ON # 37

C38 4

.1U _ 1 0 V_ 04+ K

H12 C15 8 D1 5 8

C251 10U_10V_08+K

C18 4

10 U _ 10 V _ 0 8 + K

C95 10 U _ 10 V _ 0 8 + K

H11 C158D158

H41 C158D158

SU SB3 1 , 3 5, 36 ,3 7

H40 C158D158

1.8VS_VGA

H31

2 3

1

4 5 6

MTH315D111

H21 C27 6 D1 4 6

SYS _ RST#

H37

2 3

1

4 5 6

MTH315D111

H19 C23 7 D1 1 1

G

H27 C276D186

3.3VS

R563 100_1%_06

Z3205

DS

Q63 2N 7002W

1.5VS

R533 100_1%_06

Z3208

DS

Q58 2N 7002W

R 171 22_04

R 170 22_04

R 610 22_04

D16 RB 751V

C A

D17 RB 751V

C A

9 8 7

H24 C276D186

G

H14

2 3

1

4 5 6

M TH3 1 5 D1 1 1

H25 C276D186

2.5VS

3.3VS

DS

Z3206

9 8 7

R55 6 100_1%_06

Q59 2N7002W

R16 9 10K _04

R18 3

C36 9

*2.2U_6.3V_06

R182 *0_04

*0_0402_5mil_short

H18

2 3

1

4 5 6

MTH315D111

H20

H22

C276D146

C27 6 D1 46

Z3213

Z3214

H29

9

2 9

8

1

7

5

MTH315D111_N34678

H15 C67 D 67

DD_ON#31,35,36

2.5V POWER GOOD

R177 *0_0402_5m il_short

1.8VS

U9

5 2

4 1 3

*74AHC1G08GW

R172 *0_0402_5mil_short

2 3 4 5 6

H36

H26

C67D67

C276D186

SUSB#19,22,30,31, 36

H23

1

MTH315D111

DD _ ON #

H6 C237

9 8 7

2.5VS

R55 4 100K_04

Z3209

SB_PW RGD 16,19,30

1.8V S

R173 300_04

H39

2 3

1

4 5 6

M TH3 1 5 D1 1 1

H2 SM D7 9 X177 R NP

R565 100_1%_06

Z3210 Z3211

DS

Q71 2N 7002W

G

3.3VS

U37

5 2

1 3

74 A H C 1G 0 8 G W

NB_PW RG D_IN 1 0

H38

2

9

3

8

4

7

5 6

MTH315D111

H7

C237

M3 M-M AR K1

M1 4 M- MA R K1

M5 M-MARK1

M8 M-M A R K1

M2 M- MAR K1

M7 M-MARK1

M1 1 M-M A R K1

M1 M- MA R K1

M13 M-MARK1

M1 0 M-M AR K1

M9 M- MA R K1

M12 M-MARK1

M6 M-M A RK 1

M4 M-M AR K1

H42 C118NP

H43 C118NP

H44 SMD98X178R N P

H30 C276D146

H32 C27 6 D1 4 6

H28 C276D146

H5 C296D166

VGA POWER & POWER GD B - 33

Schematic Diagrams

VCORE VDD CORE

Sheet 33 of 47

VCORE VDD CORE

B.Schematic Diagrams

VCORE_O N30

C PU_VD D_EN32

C P U _P W RG D_SV I D_RE G5,34

3.3VS

5V

PR150 0_ 04

PR 1 4 8

*1M_1%_04

CP U_ PW R GD _ SV ID_ R EG

PR52

51K_1%_06

PJ8

C PU_ SVD5, 3 4

3m m

1 2

C PU_ SVC5, 3 4

VFIX_OZ838

PW RGD_VC ORE32,34

PR143 10 K _ 0 6

output voltage offset setting resistors

PR154

RS N1

34 . 8 K _ 1 % _0 6

6-13-34821-28B

PR141

RS N2

34 . 8 K _ 1 % _0 6

KB CVR ON

G

PC187

.1U_50V_06

SC

VR EF

PR147 10K_04

PR 146 100K_04

Z3301

DS

PQ 27 2N7002W

EN_VCORE

PR5016.2K_1%_06

CPU_SVD

CPU_SVC

PWR GD _ VCO RE

VIN

27.4K_1%_06

DS

G

PJ9

3m m

1 2

VERY IMPORTANT

PWR_OK signal shoukd not be accidentally de-asserted due to noise or induced glitches. To avoid any parasitic de-assertion, the use of an RC filter is mandatory

PC261 *.1U_X7R_10V_06

PR208 0_ 0 6

PR48 22 _ 0 6

VD DA

PC59

1U _ 1 0V _ 0 6

TSE T

VR EF

PR 46

PC56.22U _16V_06

2.49K_1%_06

PR44

PC55.1U_ 2 5V _06

51K_1%_06

PR41

*0_0402_5mil_shor t

PR 39

PC48 1000P_50V_06

Single point ground connection

Signal Ground

EN _ VCO RE

PQ 28

2N7002W

PC 6 1

.01U_50V_06

ILIM

PR 45 43 . 2 K _ 1 % _0 6

PR 4 320.5K_1%_06

PR155

*0_0603_32mil_shor t

EN_VC OR E 34

Z3302

PU 6

25

CO MPV 1

26

VDD A

27

VRE F

28

TS E T

29

ILIM

30

SVD

31

SVC

32

CO MPV 2

GNDA

Z3304

PC5310 0 0 P _ 50 V _ 0 6

PC49

. 01U _50V_06

Power Ground

RSP1

RSN 1

24

RS N1

RS N 2

133234

RSP2

RSN 2

PR 49

200_06

OZ838

RSP2

100P_50V_04

3. 3V S

CSP1

CSN1

20

CSP1SCRSP1

VFIX

CSP2

CSN2

Z3313

19

CSN1

CSN2

Z330 5

R SP1

RSN1

CSP1

PC60

PR47 *100K_04

PC57

Z3303

1718212223

EN

PWR_OK

PG

VIN

756

8

Z3306

220P_50V _04

1000P_50V_06

HDR1

GND P

HDR2

BST1

LD R1 VDD P

LD R2

BST2

3.3VS

LX 1

LX 2

PR 42

1.91K_06

CSP2

RSP2

PC 181

RSN 2

16 15 14 13 12 11 10 9

5.6K_1%_06

PR152 348_06

PC185

220P_50V_04

PR153 348_06

PR 1 51

5.6K_1%_06

2.2_1%_06

Z3308

Z3309

PR40

PC50 100P_50V_04

PR 144

P R 14 2 2 . 2 _1 % _ 0 6

.1U _ 5 0V_0 6

CSN 2

PR139

348_06 PR140

348_06

HDR1 LX1

BST2

PC180 . 2 2U _ 1 6V _ 0 6

PR 51

10K_1%_06

PC 18 6

0.1U_50V_06

CS N1

PC 183 .22U_16V_06

PD15

BST1

FM0540-N

PC182

1U _10V_06 PD 14

FM0540-N

HDR2 LX2

PR 138

10K_1%_06

PC 17 9

PC 51

PC58 6800PF_50V _06

5V

AC

PQ 23

AO 4 456

P R137

2.2_1%_06

6800P_50V _06

CPU_VDD0_RUN_FB_H

CPU_VDD0_RUN_FB_L

PR149

2.2_1%_06

PQ 2 4

IR F 7 413ZPBF

678

DDD

SSS

GD

LD R 1

123

4 5

PQ 2 2

IR F 7 413ZPBF

678

DDD

SSS

GD

123

4 5

C PU_ VD D1_ R U N_FB _ H

C PU_ VD D1_ R U N_FB _ L

Z3307

VIN

678

PC175

DDD

<VALUE>

SSS

GD

123

4 5

678

DDD

PQ 26

AO4456

PQ 25

GD

AO 44 56

4 5

678

PC172

DDD

<VALUE>

SSS

GD

123

4 5

678

DDD

PQ 21

AO4456

GD

LDR2

4 5

Z3310

C P U_ VD D0_ RU N_F B _H 5

C P U_ VD D0_ RU N_F B _L 5

PC176

<VALUE>

PD 8

FM5822

SSS

A C

123

PC171

<VALUE>

PD 7

FM5822

SSS

A C

123

CPU_VDD1_RUN_FB_H 5

C P U_ VD D1_ RU N_F B _L 5

VIN

12

PC 4 0

+

15U_25V_D2

PR145

10_08

Z3311

PC 1 8 4 1000P _50V_06

CLOSE TO P D4

12

PC 44

+

15U_25V _D2

P L7 .56U_10*10*4.1

PR 136

10_08

Z3312

PC169 1000P_50V _06

CLOSE TO P D7

PTH3

12

100K_06

PL8 .56U _10* 10*4. 1

PC260 CAR 400L1 6M

PTH 2

12

100K_06

18 A

CPU_V DD0

CPU_VDD0

12

PC 177

+

330UF _2.5V_D 3

Rth1 and Rth2 must be placed as close as possible to L1 respectively L2, preferably on the same side of the PCB. Sensing lines towards the controller can be routed on internal layers to provide shielding from the inductors' noise

18 A

CPU _ VD D 1

CP U_ V D D1

12

PC 166

+

3 3 0U F _ 2 . 5V _D 3

EMI

PC31 *.01U _50V _04

PC162* .01U _50V _04

12

PC42

+

330U F_2.5V_D3

12

PC157

+

330UF_2.5V_D3

12

PC41

+

*470U_2.5V_D

CPU_V DD1

12

PC39

+

*470U_2.5V_D

B - 34 VCORE VDD CORE

Clevo M740J, M740JU, M760J, M760JU Service Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

Preface

Trademarks

About this Manual

IMPORTANT SAFETY INSTRUCTIONS

CAUTION

This Computer’s Optical Device is a Laser Class 1 Product

Instructions for Care and Operation

Power Safety

Battery Precautions

Related Documents

Chapter 1: Introduction

Overview

System Specifications

External Locator - Top View with LCD Panel Open

External Locator - Front & Right side Views

External Locator - Left Side & Rear View

External Locator - Bottom View

Mainboard Overview - Top (M74J/M76J-Key Parts)

Mainboard Overview - Bottom (M74J/M76J-Key Parts)

Mainboard Overview - Bottom (M74JU/M76JU-Key Parts)

Mainboard Overview - Top (Connectors)

Mainboard Overview - Bottom (Connectors)

Chapter 2: Disassembly

Overview

Maintenance Tools

Connections

Maintenance Precautions

Cleaning

Disassembly Steps

To remove the Battery:

1. Remove the battery page 2 - 5

To remove the HDD:

1. Remove the battery page 2 - 5

2. Remove the HDD page 2 - 6

To remove the Optical Device:

1. Remove the battery page 2 - 5

2. Remove the Optical device page 2 - 9

To remove the System Memory:

1. Remove the battery page 2 - 5

2. Remove the system memory page 2 - 11

To remove the Inverter Board:

1. Remove the battery page 2 - 5

2. Remove the inverter board page 2 - 13

To remove and install a Processor:

1. Remove the battery page 2 - 5

2. Remove the processor page 2 - 14

3. Install the processor page 2 - 16

To remove the Wireless LAN Module:

1. Remove the battery page 2 - 5

2. Remove the wireless LAN page 2 - 17

1. Remove the battery page 2 - 5

2. Remove the Bluetooth page 2 - 18

To remove the Keyboard:

1. Remove the battery page 2 - 5

2. Remove the keyboard page 2 - 19

To remove the Modem:

1. Remove the battery page 2 - 5

2. Remove the HDD page 2 - 6

3. Remove the Optical device page 2 - 9

4. Remove the processor page 2 - 14

5. Remove the Wireless LAN Module page 2 - 17

6. Remove the Bluetooth Module page 2 - 18

7. Remove the keyboard page 2 - 19

8. Remove the modem page 2 - 20

Removing the Battery

Removing the Hard Disk Drive

Hard Disk Upgrade Process

Removing the Optical (CD/DVD) Device

Removing the System Memory (RAM)

Memory Upgrade Process

Removing the Inverter Board

Removing and Installing the Processor

Processor Removal Procedure

Processor Installation Procedure

Removing the Wireless LAN Module

Removing the Bluetooth Module