AXIOMTEK SHB106 User Manual

SHB106 Series

Intel® Socket 1155 Core™i7 / Core™i5 /

Core™i3 / Processor

PICMG® 1.3 Full-Size CPU Card

User’s Manual

Disclaimers

This manual has been carefully checked and believed to contain
accurate information. Axiomtek Co., Ltd. assumes no responsibility for
any infringements of patents or any third party‟s rights, and any liability
arising from such use.

Axiomtek does not warrant or assume any legal liability or
responsibility for the accuracy, completeness or usefulness of any
information in this document. Axiomtek does not make any
commitment to update the information in this manual.

Axiomtek reserves the right to change or revise this document and/or
product at any time without notice.

No part of this document may be reproduced, stored in a retrieval
system, or transmitted, in any form or by any means, electronic,
mechanical, photocopying, recording, or otherwise, without the prior
written permission of Axiomtek Co., Ltd.

Caution

If you replace wrong batteries, it causes the danger of explosion. It is
recommended by the manufacturer that you follow the manufacturer‟s
instructions to only replace the same or equivalent type of battery, and
dispose of used ones.

Copyright 2011 Axiomtek Co., Ltd.
All Rights Reserved
September 2011, Version A2
Printed in Taiwan

ESD Precautions

Computer boards have integrated circuits sensitive to static electricity.
To prevent chipsets from electrostatic discharge damage, please take
care of the following jobs with precautions:

Do not remove boards or integrated circuits from their anti-static
Packaging until you are ready to install them.
Before holding the board or integrated circuit, touch an unpainted

portion of the system unit chassis for a few seconds. It discharges
static electricity from your body.

Wear a wrist-grounding strap, available from most electronic
Component stores, when handling boards and components.

Trademarks Acknowledgments

Axiomtek is a trademark of Axiomtek Co., Ltd.
Windows® is a trademark of Microsoft Corporation.
AMI are trademarks of American Megatrend Inc.
IBM, PC/AT, PS/2, VGA are trademarks of International Business
Machines Corporation.

Intel® Core™ i3 LGA1155 Desktop Processor,
Intel® Core™ i5 LGA1155 Desktop Processor,
Intel® Core™ i7 LGA1155 Desktop Processor,

are trademarks of Intel Corporation
Winbond is a trademark of Winbond Electronics Corp.
Other brand names and trademarks are the properties and registered

brands of their respective owners.

Table of Contents

CHAPTER 1 INTRODUCTION .......................................................................... 1

1.1 Specifications....................................................................... 2

1.2 Utilities Supported ................................................................ 4

CHAPTER 2 JUMPERS AND CONNECTORS ................................................ 5

2.1 Board Dimension ................................................................. 5

2.2 Board Layout ....................................................................... 6

2.3 Jumper Settings ................................................................... 7

2.3.1 COM1 Mode Select Jumpers for RS232/422/485 (JP2, JP3,

JP4) ..................................................................................... 7

2.3.2 Audio Ampliier Jumper (JP1) ............................................... 8

2.3.3 Clear ME Jumper (JP6) ....................................................... 8

2.3.4 PS/2 Power Jumper (JP7) ................................................... 8

2.4 Connectors .......................................................................... 9

2.4.1 SMBUS Connector (CN1) .................................................. 10

2.4.2 Floppy Disk Port Connector (CN2) .................................... 11

2.4.3 Internal USB Connectors (CN3,CN4,CN5,CN6) ................ 12

2.4.4 LAN2 LED Connectors (CN7) ............................................ 13

2.4.5 LAN1 LED Connectors (CN8) ............................................ 13

2.4.6 DB15 CRT Connector (CN10) Co-layout with CN11 .......... 14

2.4.7 Display Port Connector (CN11) Co-layout with CN10........ 14

2.4.8 Front Panel Connector (CN12) .......................................... 15

2.4.9 PS/2 Keyboard, Mouse Connectors (CN13, CN14) ........... 16

2.4.10 External USB Port Connectors (CN17, CN18) .................. 16

2.4.11 RS232/422/485 Pin Assignment (COM1) .......................... 17

2.4.12 COM Port RS-232 Pin Assignment (COM2) ...................... 18

2.4.13 Intel® HD Audio Digital Header (AUDIO1) ......................... 18

2.4.14 ATX 8 Pin 12V IN Connector (ATX1) ................................. 19

2.4.15 A CPU fan is always needed for cooling CPU heat (FAN1)19

2.4.16 System & Auxiliary Fan Connectors (FAN2, FAN3) .......... 19

2.4.17 Ethernet RJ-45 Connectors (LAN1, LAN2) ........................ 20

2.4.18 Parallel Port Connector (PRINT1) Print Port Connector .... 21

2.4.19 SATA Connectors (SATA1 ,SATA2 ,SATA3 ,SATA4 ,SATA5 ,

SATA6) .............................................................................. 22

CHAPTER 3 HARDWARE INSTALLATION ................................................ 23

3.1 Installing the Processor ..................................................... 23

3.2 Installing the Memory ......................................................... 32

CHAPTER 4 HARDWARE DESCRIPTION ................................................... 33

4.1 Microprocessors ................................................................ 33

4.2 BIOS .................................................................................. 33

4.3 System Memory ................................................................. 33

4.4 I/O Port Address Map ........................................................ 34

4.5 Interrupt Controller (IRQ) Map ........................................... 35

CHAPTER 5 AMI BIOS UTILITY .................................................................... 37

5.1 Starting .............................................................................. 37

5.2 Navigation Keys ................................................................. 37

5.3 Main Menu ......................................................................... 39

5.4 Advanced Menu ................................................................. 40

5.5 Chipset Menu ..................................................................... 52

5.6 Boot Menu ......................................................................... 55

5.7 Security Menu .................................................................... 57

5.8 Save & Exit Menu .............................................................. 58

APPENDIX A WATCHDOG TIMER ............................................................. 61

Watchdog Timer Setting ....................................................................... 61

APPENDIX B PCI IRQ ROUTING ................................................................... 63

PICMG® PCI IRQ Routing ..................................................................... 63

APPENDIX C CONFIGURING SATA FOR RAID FUNCTION ................ 64

APPENDIX D iAMT SETTINGS ..................................................................... 77

D.1 Entering MEBx ................................................................... 77

D.2 Set & Change Password .................................................... 78

D.3 Intel® iAMT Settings .......................................................... 80

D.4 iAMT Web Console ............................................................ 85

APPENDIX E PICMG® v1.3 INTERFACE DEFINITION ............................ 87

MEMO:

SHB106 LAG1155 Full-Size SBC User’s Manual

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CHAPTER 1

INTRODUCTION

The SHB106 PICMG® 1.3 full-size Single Board Computer supports
LAG1155 socket for Intel® Core™ i3 Desktop Processor, Intel® Core™
i5 Desktop Processor, Core™ i7 Desktop Processor with 32nm
technology and Transfer Rate 1066/1333 MHz. The board integrates

Intel® Q67 chipset that delivers outstanding system performance
through high-bandwidth interfaces, multiple I/O functions for interactive
applications and various embedded computing solutions. There are two
240-pin DDR3 DIMM sockets for dual channel DDR3 1066/1333,
maximum memory capacity up to 8GB. The board also features dual
Gigabit Ethernet, two SATA-6.0Gb/s and four SATA-3.0Gb/s and SATA
RAID 0/1/5/10 by PCH. Fourteen USB 2.0 high speed compliant ports

and built-in Intel® HD Audio Digital Header can achieve the best
stability and reliability for industrial applications.

Introduction

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1.1 Specifications

 CPU

 Intel® Core™ i3 Desktop Processor
 Intel® Core™ i5 Desktop Processor
 Intel® Core™ i7 Desktop Processor

 System Chipset

 Intel® Q67

 CPU Socket

 LAG1155 Socket

 DRAM Transfer Rate

 1066/1333 MHz

 BIOS

 AMI BIOS via SPI interface with socket

 System Memory

 Two 240-pin DDR3 1066/1333 DIMM sockets
 Maximum up to 8GB DDR3 memory

 L1, L2, L3 Cache: integrated in CPU
 Onboard Multi-I/O

 Parallel Port: one 26-pin 2.54-pitch box-header, SPP/EPP/ECP

supported

 Serial Port: one for RS-232/422/485 with 10-pin, 2.54-pitch box-

header (COM1) and one port for RS-232 with 10-pin, 2.54-pitch
box-header (COM2)

 Floppy controller: one 34-pin, 2.54-pitch box-header supports two

drives (1.44MB for each)

 USB Interface

 Ten USB ports compliant with USB Spec. Rev. 2.0 (2 ports on

rear I/O, 8 ports on board, 4 ports to SHB connector-C golden
fingers)

Introduction

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 Onboard Graphic

 Intel® Arrandale integrated Graphic processing unit processors

which goes with Q67 chipset with,VGA,DisplayPort (co-lay with
VGA)

 Memory Size --Intel® DVMT 5.0 supported; preallocated memory

for frame buffer option as OS option:
Windows XP:

* For Total System Memory < 1GB,
Graphics sharing memory = 128 MB Maximum;
* For 1 GB to 1.5 GB Total System Memory,
Graphics sharing memory = 512 MB Maximum;
* For 1.5 GB to 2 GB Total System Memory,

Graphics sharing memory = 768 MB Maximum;

* For 2 GB and Above Total System Memory,

Graphics sharing memory = 1GB Maximum.
Windows Vista:

* Graphics sharing memory max to 0.5* (OS Ram Size – 512)

 Resolution -- Analog output -- the analog port utilizes an

integrated 400MHz 24-bit RAMDAC that can directly drive a
standard progressive scan analog monitor up to a resolution of
2048x1536 pixels with 32-bit color at 75 Hz

 Analog Output Interface -- CRT from DAC output via 15-pin D-

Sub connector on the edge; CRT always ON supported

 Ethernet

 The LAN1/LAN2 are Intel 82579LM with iAMT 7.0 / Intel 82574L

Ethernet controller support 10/100/1000 Mb/s

 Serial ATA

 Two Serial ATA-6Gb/s and Four Serial ATA-3Gb/s performance

and SATA RAID 0/1/5/10 by Q67

Introduction

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 Audio

 10-pin 2.0 pin-header (Intel® HD Audio Digital Header)

 Hardware Monitoring

 Monitoring temperatures, voltages, and cooling fan status

 Watchdog Timer

 Reset Supported (1-255 level)

 Dimensions

 338mm x 126mm

 Expansion interface:

 1 PCI-E x16
 1 PCI-E x4(or 4 PCI-E x1)
 4 PCI

NOTE: All specifications and images are subject to change without notice.

1.2 Utilities Supported

 Intel
 VGA Drivers
 Ethernet Utility and Drivers
 RAID Utility
 iAMT Utility and Drivers
 TPM Utility

®

Q67 Utility and Drivers

Introduction

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CHAPTER 2

JUMPERS AND CONNECTORS

2.1 Board Dimension

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2.2 Board Layout

1

20

40573020101

A

K

Y

AK

BK

AY

BU

BU

A

50

AY

AW

40 37 3539 33 31 2729 212325 17 1519 913 11 57 13

40 3739 313335

AU

ARANAL

135791113151719212325

AJ

AG

AE

AC

AA

W

URNLJGE

C

2729

A

240

121

240

121

12

9

10

G

A C

A

Y

C

12

9

10

G

A C

A

Y

C

1

1

1

ATX1

DIMM1

DIMM2

FAN1

FAN2
FAN3

CN1

SATA1 SATA5

SATA3

SATA6

SATA4SATA2

U23

U21

CN12

CN6

C

N

4

CN3

JP6

C

N

5

JP7

LAN2

JP1

AUDIO

COM2

COM1

CN10

CN11

LAN1

CN17

CN18

CN14

CN13

PRINT1

CN2

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2.3 Jumper Settings

Proper jumper settings configure the SHB106 to meet your
application purpose. We are herewith listing a summary table of all
jumpers and default settings for onboard devices, respectively.

Jumper

Description

Jumper Setting

JP2

COM1 Mode Selection : RS-232

Short 3-5 , 4-6

JP3

COM1 Mode Selection : RS-232

Short 3-5 , 4-6

JP4

COM1 Mode Selection : RS-232

Short 1-2

JP1

Audio Amplifier Selection : Disable

Short 1-3 , 2-4

JP6

Clear ME : Normal

Short 1-2

JP7

PS/2 Power Selection : 5VSBY

Short 2-3

2.3.1 COM1 Mode Select Jumpers for RS232/422/485
(JP2, JP3, JP4)

These jumpers select the COM1 port‟s communication mode to
operate RS-232 or RS-422/485

Function

Jumper Setting

JP2

JP3

JP4

RS-232

(Default)

RS-422

RS-485

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2.3.2 Audio Ampliier Jumper (JP1)

Function

Jumper Setting

Disable

(Default)

Enable

2.3.3 Clear ME Jumper (JP6)

You may need to use this jumper to clear the ME if incorrect ME
settings.

Function

Jumper Setting

Normal

(Default)

Clear ME

2.3.4 PS/2 Power Jumper (JP7)

You may need to ues this jumper to into S3 situation in WinXP.

Function

Jumper Setting

5V

5VSBY

(Default)

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2.4 Connectors

Connectors connect this board with other parts of the system. Loose
or improper connection might cause problems. Make sure all
connectors are properly and firmly connected.

Here is a summary table shows you all connectors on the board.

Connector

Label

SMBUS

CN1

Floppy Connecter

CN2

USB Port 6/7

CN3

USB Port 8/9

CN4

USB Port 12/13

CN5

USB Port 10/11

CN6

LAN2 External LED

CN7

LAN1 External LED

CN8

VGA Port

CN10

Display Port (BOM Option)

CN11

Axiomtek Front Panel

CN12

Keyboard

CN13

Mouse

CN14

USB Port 5

CN17

USB Port 4

CN18

COM1 Connector

COM1

COM2 Connector

COM2

Audio Connector

AUDIO1

ATX Connecter

ATX1

CPU FAN

FAN1

SYS FAN

FAN2

AUX FAN

FAN3

RJ45 (WG82579LM)

LAN1

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Connector

Label

RJ45 (WG82574L)

LAN2

Print Connecter

PRINT1

SATA 0 6.0Gb(SATA3)

SATA1

SATA 1 6.0Gb(SATA3)

SATA2

SATA Port 2

SATA3

SATA Port 5

SATA4

SATA Port 3

SATA5

SATA Port 4

SATA6

2.4.1 SMBUS Connector (CN1)

Connector SMBUS CN1 is for SMBUS interface support.

Pin

Signal

1

CLOCK

2

N.C 3 GND

4

DATA

5

+5V

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2.4.2 Floppy Disk Port Connector (CN2)

The board provides a 34-pin header type connector, CN2, supporting
up to two floppy drives. The floppy drives may be any one of the
following types: 5.25" 360KB/1.2MB and 3.5" 720KB/1.44MB/2.88MB.

Pin

Signal

Pin

Signal

Pin

Signal

1

GND

2

Drive Density Select

3

GND

4

No connector

5

GND

6

No connector

7

GND

8

Index#

9

GND

10

Motor enable A#

11

GND

12

No connector

13

GND

14

Drive select A#

15

GND

16

No connector

17

GND

18

Direction#

19

GND

20

STEP#

21

GND

22

Write data#

23

GND

24

Write gate#

25

GND

26

Track 0 #

27

GND

28

Write protect#

29

No connector

30

Read data#

31

GND

32

Head selection#

33

No connector

34

Disk change#

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2.4.3 Internal USB Connectors (CN3,CN4,CN5,CN6)

The 10-pin standard Universal Serial Bus (USB) connectors,
CN3/4/5/6, on this board are for installing versatile USB interface
peripherals.

Pin

Signal

Pin

Signal

CN3

1

USB_PWR

2

USB_PWR

3

USB6-

4

USB7-

5

USB6+

6

USB7+

7

GND

8

GND

10

GND Pin

Signal

Pin

Signal

CN4

1

USB_PWR

2

USB_PWR

3

USB8-

4

USB9-

5

USB8+

6

USB9+

7

GND

8

GND

10

GND

Pin

Signal

Pin

Signal

CN5

1

USB_PWR

2

USB_PWR

3

USB12-

4

USB13-

5

USB12+

6

USB13+

7

GND

8

GND

10

GND

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Pin

Signal

Pin

Signal

CN6

1

USB_PWR

2

USB_PWR

3

USB10-

4

USB11-

5

USB10+

6

USB11+

7

GND

8

GND

10

GND

2.4.4 LAN2 LED Connectors (CN7)

Pin

Signal

1

+ 3.3V

2

LINK_ACT LED(-)

3

100, Low Active

4

+3.3V

5

1000, Low Active

2.4.5 LAN1 LED Connectors (CN8)

Pin

Signal

1

+ 3.3V

2

LINK_ACT LED(-)

3

100, Low Active

4

+3.3V

5

1000, Low Active

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2.4.6 DB15 CRT Connector (CN10) Co-layout with
CN11

CN10 is a DB15 connector commonly used for the CRT Monitor.

Pin

Signal

Pin

Signal

Pin

Signal

1

Red 2 Green

3

Blue

4

N.C 5 GND

6

DETECT

7

GND

8

GND

9

VCC

10

GND

11

N.C

12

DDC DATA

13

Horizontal Sync

14

Vertical Sync

15

DDC CLK

15

6

11

10

15

2.4.7 Display Port Connector (CN11) Co-layout with
CN10

CN11 is a Standard Display Port Connector co-layout with CN10.

Pin

Signal

CN24

1

DPB_LANE0

2

GND

3

DPB_LANE0#

4

DPB_LANE1

5

GND

6

DPB_LANE1#

7

DPB_LANE2

8

GND

9

DPB_LANE2#

10

DPB_LANE3

11

GND

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Pin

Signal

12

DPB_LANE3#

13

Detect Pin

14

GND

15

DPB_AUX

16

GND

17

DPB_AUX#

18

DPB_HPDE

19

GND

20

+3.3V

2.4.8 Front Panel Connector (CN12)

 Power LED

This 3-pin connector denoted as Pin 1 and Pin 5 connects the
system power LED indicator to such a switch on the case. Pin 1 is
assigned as +, and Pin 5 as -. The Power LED lights up when the
system is powered ON. Pin 3 is defined as GND.

 External Speaker and Internal Buzzer Connector

Pin 2, 4, 6 and 8 can be connected to the case-mounted speaker
unit or internal buzzer. While connecting the CPU card to an
internal buzzer, please short pins 2-4; while connecting to an
external speaker, you need to set pins 2-4 to Open and connect
the speaker cable to pin 8 (+) and pin 2 (-).

 ATX Power On/Off Button

This 2-pin connector denoted as Pin 9 and 10 connects the front

panel‟s ATX power button to the CPU card, which allows users to

control ATX power supply to be power on/off.

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 System Reset Switch

Pin 11 and 12 can be connected to the case-mounted reset
switch that reboots your computer instead of turning OFF the
power switch. It is a better way to reboot your system for a longer
life of the system‟s power supply.

 HDD Activity LED

This connection is linked to hard drive activity LED on the control
panel. LED flashes when HDD is being accessed. Pin 13 and 14
connect the hard disk drive to the front panel HDD LED, Pin 13
assigned as -, and Pin 14 as +.

2.4.9 PS/2 Keyboard, Mouse Connectors (CN13,
CN14)

The board provides theMouse (CN14)/ Keyboard (CN13) interface
with a 5-pin connecter.

Pin

Signal

1

Clock

2

DATA

3

No connector

4

GND

5

+5V / 5VSBY

2.4.10 External USB Port Connectors (CN17, CN18)

The 4-pin standard Universal Serial Bus (USB) port connector on the
board is for the installation of peripherals supporting the USB
interface.

Pin

Signal

1 2 3 4

1

USB_POWER

2

USB -

3

USB +

4

GND

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2.4.11 RS232/422/485 Pin Assignment (COM1)

The serial interface for the board consists of COM1 support for RS­232 and COM1 for RS-232/RS-422/RS-485.

Pin

Signal Name

RS-232

RS-422

RS-485

1

Data Carrier Detect (DCD)

TX-

DATA-

2

Data Set Ready (DSR)

No connector

No connector

3

Receive Data (RXD)

TX+

DATA+

4

Request to Send (RTS)

No connector

No connector

5

Transmit Data (TXD)

RX+

No connector

6

Clear to Send (CTS)

No connector

No connector

7

Data Terminal Ready (DTR)

RX-

No connector

8

Ring Indicator (RI)

No connector

No connector

9

Ground (GND)

GND

GND

10

Disconnect(NI)

NI

NI

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2.4.12 COM Port RS-232 Pin Assignment (COM2)

COM2 Serial Port 10-pin (Box-header) Connector Pin Assignment list

Pin

Signal

Pin

Signal

1

Data Carrier Detect (DCD)

2

Data Set Ready (DSR)

3

Receive Data (RXD)

4

Request to Send (RTS)

5

Transmit Data (TXD)

6

Clear to Send (CTS)

7

Data Terminal Ready (DTR)

8

Ring Indicator (RI)

9

Ground (GND)

10

Disconnect(NI)

2.4.13 Intel® HD Audio Digital Header (AUDIO1)

Pin

Signal

Pin

Signal

1

MIC IN

2

GND

3

LINE_IN_L

4

GND

5

LINE_IN_R

6

GND

7

LINE_OUT_L

8

GND

9

LINE_OUT_R

10

GND

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2.4.14 ATX 8 Pin 12V IN Connector (ATX1)

You can connect it to the ATX12V power supply for CPU Core
Voltage.

Pin

Signal

1

GND

2

GND

3

GND

4

GND

5

+12V

6

+12V

7

+12V

8

+12V

2.4.15 A CPU fan is always needed for cooling CPU
heat (FAN1)

The CPU fan connector FAN1 provides power to the CPU fan.

Pin

Signal

1

Ground

2

+12V

3

Rotation Detection

4

Speed Control

2.4.16 System & Auxiliary Fan Connectors (FAN2,
FAN3)

You can connect the system cooling fan cable to FAN2/FAN3 for
system cooling fan power.

Pin

Signal

1

GND

2

+12V

3

Rotation Detection

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2.4.17 Ethernet RJ-45 Connectors (LAN1, LAN2)

The RJ-45 connectors LAN1 and LAN2 are for Ethernet. To connect
the board to 100-Base-T or 1000-Base-T hub, just plug one end of
the cable into LAN1 and connect the other end (phone jack) to a 100­Base-T hub or 1000-Base-T hub.

Pin

Signal

12345678

A B

1

Tx+ (Data transmission positive)

2

Tx- (Data transmission negative)

3

Rx+(Data reception positive)

4

RJ-1(For 1000 base T-Only)

5

RJ-1(For 1000 base T-Only)

6

Rx- (Data reception negative)

7

RJ-1(For 1000 base T-Only)

8

RJ-1(For 1000 base T-Only)

A

Active LED

B

Speed LED

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2.4.18 Parallel Port Connector (PRINT1) Print Port
Connector

This board has a multi-mode parallel port to support:
 Standard Mode:

IBM PC/XT, PC/AT and PS/2 are compatible with bi-directional
parallel port.

 Enhanced Mode:

Enhance parallel port (EPP) is compatible with EPP 1.7 and EPP

1.9 (IEEE 1284 compliant).

 High Speed Mode:

Microsoft and Hewlett Packard extended capabilities port (ECP) is
IEEE 1284 compliant.

Pin

Signal

Pin

Signal

1

Strobe#

2

Auto Form Feed#

3

Data 0

4

Error#

5

Data 1

6

Initialize#

7

Data 2

8

Printer Select In#

9

Data 3

10

GND

11

Data 4

12

GND

13

Data 5

14

GND

15

Data 6

16

GND

17

Data 7

18

GND

19

Acknowledge#

20

GND

21

Busy

22

GND

23

Paper Empty#

24

GND

25

Printer Select

26

N.C

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22

2.4.19 SATA Connectors
(SATA1 ,SATA2 ,SATA3 ,SATA4 ,SATA5 ,

SATA6)

These SATA connectors are for high-speed SATA interface ports
and they can be connected to hard disk devices.

Pin

Signal

1

GND

2

SATA_TX+

3

SATA_TX-

4

GND

5

SATA_RX-

6

SATA_RX+

7

GND

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CHAPTER 3

HARDWARE INSTALLATION

Before installing the processor, please access Intel® website for more
detail information
Processor Integration Video (LGA1155):
http://www.intel.com/support/tw/processors/sb/CS-030860.htm .

3.1 Installing the Processor

The LGA1155 processor socket comes with a cover to protect the
processor. Please install the processor into the CPU socket step by
step as below:

Step1 Opening the Socket:

 Disengage load lever by releasing down and out on the hook.

This will clear retention tab.

 Rotate load lever to open position at approximately 135°.
 Rotate load plate to open position at approximately 150°.

NOTE: Apply pressure to corner with right-hand thumb when opening or

closing load lever - otherwise lever will bounce back (as a mouse
trap) causing bent contacts.

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Step2 Removing the socket protective cover:

 Place thumb against the front edge of the protective cover and

rest index finger on the rear grip to maintain control of the cover.

 Lift the front edge of the protective cover to disengage from the

socket. Keep control of the cover by holding the rear grip with
index finger.

 Lift protective cover away from the socket, being careful not to

touch the electrical contacts.

NOTE: Vertical removal is NOT recommended, as it requires higher force

and can lead to socket contact damage.

Caution: Never Touch Fragile Socket Contacts to Avoid Damage and
Do Not Touch Processor Sensitive Contacts at Any Time During

Installation.

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Step3 Processor installation:

 Lift processor package from shipping media by grasping the

substrate edges. Scan the processor package gold pads for any
presence of foreign material. If necessary, the gold pads can be
wiped clean with a soft lint-free cloth and isopropyl alcohol.

 Scan the processor package gold pads for any presence of

foreign material. If necessary, the gold pads can be wiped clean
with a soft lint-free cloth and isopropyl alcohol.

 Locate connection 1 indicator on the processor which aligns with

connection 1 indicator chamfer on the socket, and notice
processor keying features that line up with posts along socket
walls.

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 Grasp the processor with thumb and index finger along the top

and bottom edges. (Do not touch the Orientation Notches.) The
socket will have cutouts for your fingers to fit into (see image
below).

 Carefully place the processor into the socket body vertically (see

image below).

NOTE: Tilting or roughly shifting it into place can damage socket contacts.

Caution: Do not use a vacuum pen for installation.

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 Verify that package is within the socket body and properly

connected to orientation keys.

 Close the socket (see image below):

A. Gently lower the load plate.
B. Make sure load plate's front edge slides under the shoulder

screw cap as the lever is lowered.

C. Latch the lever under the top plate's corner tab, being

cautious not to damage the motherboard with the tip of the
lever.

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 Close the socket (see image below):

A Gently lower the load plate.
B Make sure load plate's front edge slides under the shoulder

screw cap as the lever is lowered.

C atch the lever under the top plate's corner tab being cautious

not to damage the motherboard with the tip of the lever.

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Step4 Fan heatsink handling:

1. Orientate the CPU cooling fan to fixing holes on the board.

2. Screw the CPU cooling fan onto the board.

3. Make sure the CPU fan is plugged to the CPU fan connector.

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Step5 Removing the processor:

 Open the socket:

A. Disengage the load lever.
B. Open the load plate.

 Remove the Processor package, holding along the top and

bottom edges, or by using a vacuum pen.

 Maintain Processor horizontal and remove Processor with a

vertical motion to avoid damaging the socket contacts.

 Place the processor in a specially designed tray or ESD retainer

for storage. Do not place directly on table resting on gold lands.

 Assemble LGA1155 socket protective cover:

A Hold protective cover at 45 degree angle to the LGA1155

Socket

B Carefully lower protective cover on hinge side first, to contact

with the outside wall of the LGA1155 Socket:

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i. Engage protective cover retention features to outside of

LGA1155 Socket, AND align 2 cover corners to socket
corners (This step is critical to avoid Bent Contact Damage!)

ii. Lower protective cover to attach to the LGA1155 Socket on

Shoulder screw side

 Perform Visual and Tactile verification that protective cover is

properly seated in the LGA1155 Socket:

*Hold cover and move gently "side to side" to feel the play within the
cover and the LGA1155 Socket.

 Close the socket load plate and engage the load lever (see

image below).

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3.2 Installing the Memory

The board supports four 240-pin DDR3 DIMM memory sockets with
maximum memory capacity up to 8GB.

Please follow steps below to install the memory modules:

 Push down latches on each side of the DIMM socket.
 Align the memory module with the socket that notches of memory

module must match the socket keys for a correct installation.

 Install the memory module into the socket and push it firmly down

until it is fully seated. The socket latches are levered upwards
and clipped on to the edges of the DIMM.

 Install any remaining DIMM modules.

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CHAPTER 4

HARDWARE DESCRIPTION

4.1 Microprocessors

The SHB106 Series supports Intel® Core™i7 / Core™i5 / Core™i3 /
processors, which make your system operated under Windows® XP
and Linux environments. The system performance depends on the
microprocessor. Make sure all correct settings are arranged for your
installed microprocessor to prevent the CPU from damages.

4.2 BIOS

The SHB106 Series uses AMI Plug and Play BIOS with a single 32Mbit
SPI Flash.

4.3 System Memory

The SHB106 Series supports Two 240-pin DDR3 DIMM sockets for a
maximum memory of 8GB DDR3 SDRAMs. The memory module can
come in sizes of 2GB and 4GB.

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Address

Devices

000-01F

DMA controller #1

020-02D, 024-025
028-029, 02C-02D

Interrupt controller #1
02E-02F

Forwarded to LPC(LPC Super I/O )

030-031, 034-035
038-039, 03C-03D

Interrupt controller #2
040-043, 050-053

Timer/Counter (8254)

060

Forwarded to LPC (Microcontroller)

061

NMI

062-066

Forwarded to LPC (Microcontroller)

070-077

Real time clock, NMI

080-091

DMA page register

092

Processor I/F(Reset Generator)

093-09F

DMA page register

0A0-0BF

Interrupt controller #2

0C0-0DF

DMA controller #2

0F0

Processor I/F

0F8-0FF

Math processor

170-177

Forward to SATA (SATA Controller)

1F0-1F7

Forward to SATA (SATA Controller)

376

Forward to SATA(SATA Controller)

378-37F

Parallel Port (LPT)

380-38F

SDLC #2

3A0-3AF

SDLC #1

3B0-3BF

MDA video card

3C0-3CF

EGA card

3D0-3DF

CGA card

3F6

Forward to SATA(SATA Controller)

3F8-3FF

Serial port #1 (COM1)

2F8-2FF

Serial port #2 (COM2)

4.4 I/O Port Address Map

The Intel® Core™i7 / Core™i5 / Core™i3 processors can communicate
via I/O ports. There are total 1KB port addresses available for
assignment to other devices via I/O expansion cards

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IRQ

Parity check error

IRQ0

System Timer Output

IRQ1

Keyboard

IRQ2

Interrupt rerouting from IRQ8 through IRQ15

IRQ3

Serial port #2

IRQ4

Serial port #1

IRQ5

PCI Device Share

IRQ6

Floppy Disk Controller

IRQ7

Parallel port

IRQ8

Real time clock

IRQ9

ACPI Controller

IRQ10

PCI Device Share

IRQ11

PCI Device Share

IRQ12

PS/2 Mouse

IRQ13

Math coprocessor

IRQ14

SATA Primary (Legacy Mode)

IRQ15

SATA Secondary (Legacy Mode)

3C0-3CF

EGA card

3D0-3DF

CGA card

3F6

Forward to SATA(SATA Controller)

3F8-3FF

Serial port #1 (COM1)

2F8-2FF

Serial port #2 (COM2)

4.5 Interrupt Controller (IRQ) Map

The SHB106 Series is a 100% PC compatible control board. It consists
of 16 interrupt request lines, and four out of them can be programmable.
The mapping list of the 16 interrupt request lines is shown as the
following table.

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MEMO:

:

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CHAPTER 5

AMI BIOS UTILITY

This chapter provides users with detailed description how to set up
basic system configuration through the AMIBIOS8 BIOS setup utility.

5.1 Starting

To enter the setup screens, follow the steps below:

 Turn on the computer and press the <F2> key immediately.
 After you press the <F2> key, the main BIOS setup menu

displays. You can access the other setup screens from the main
BIOS setup menu, such as the Chipset and Power menus.

5.2 Navigation Keys

The BIOS setup/utility uses a key-based navigation system called hot
keys. Most of the BIOS setup utility hot keys can be used at any time
during the setup navigation process.
These keys include <F1>, <F2>, <Enter>, <ESC>, <Arrow> keys, and
so on.

NOTE: Some of navigation keys differ from one screen to another.

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

Left/Right

The Left <Arrow> keys allow you to select a setup
screen.



Up/Down

The Up and Down <Arrow> keys allow you to select a
setup screen or sub-screen.

+

Plus/Minus

The Plus and Minus <Arrow> keys allow you to
change the field value of a particular setup item.

Tab

The <Tab> key allows you to select setup fields.

F1

The <F1> key allows you to display the General Help
screen.

F2

The <F2> key allows you to Load Previous Values.

F3

The <F3> key allows you to Load Optimized Defaults.

F4

The <F4> key allows you to save any changes you
have made and exit Setup. Press the <F4> key to
save your changes.

Esc

The <Esc> key allows you to discard any changes you
have made and exit the Setup. Press the
<Esc> key to exit the setup without saving your
changes.

Enter

The <Enter> key allows you to display or change the
setup option listed for a particular setup item. The
<Enter> key can also allow you to display the setup
sub- screens.

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5.3 Main Menu

When you first enter the Setup Utility, you will enter the Main setup
screen. You can always return to the Main setup screen by selecting
the Main tab. There are two Main Setup options. They are described in
this section. The Main BIOS Setup screen is shown below.

 System Date/Time

Use this option to change the system date and time. Highlight
System Date or System Time using the <Arrow> keys. Enter new
values through the keyboard. Press the <Tab> key or the <Enter>
keys to move between fields. The date must be entered in
MM/DD/YY format. The time is entered in HH:MM:SS format.

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5.4 Advanced Menu

 Launch PXE OpROM

Use this item to enable or disable the Boot ROM function of the
onboard LAN chip when the system boots up.

 Launch Storage OpROM

This item can set enable or disable the storage device option ROM
with CF device.

The Advanced menu also allows users to set configuration of the CPU
and other system devices. You can select any of the items in the left
frame of the screen to go to the sub menus:

 ACPI Settings
 Trusted Computing
 SS RTC Wake Settings
 CPU Configuration
 SATA Configuration
 Intel IGD SWSCI OpRegion
 USB Configuration
 Super IO Configuration
 H/W Monitor
 AMT Configuration
 Serial Port Console Redirection

For items marked with “”, please press <Enter> for more options.

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 ACPI Settings

You can use this screen to select options for the ACPI Configuration,
and change the value of the selected option. A description of the
selected item appears on the right side of the screen.

 ACPI Sleep State

Allow you to select the Advanced Configuration and Power
Interface (ACPI) state to be used for system suspend. Here are
the options for your selection, S1 (CPU Stop Clock), S3
(Suspend to RAM) and Suspend Disable

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 Trusted Computing

You can use this screen to select options for the Trusted Computing,
and change the value of the selected option. A description of the
selected item appears on the right side of the screen.

 TPM SUPPORT

Use this item to control the Trusted Platform Module (TPM)
function.

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 CPU Configuration

This screen shows the CPU Configuration, and you can change the
value of the selected option.

 Hyper-threading

This item can set enable or disable for support Hyper-threading
Technology.

 Active Processor Cores

This feature controls the number of cores to enable in each
processor package.

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 Intel Virtualization Technology

Allows a hardware platform to run multiple operating systems
separately and simultaneously, enabling one system to virtually
function as several systems.

 SATA Configuration

You can use this screen to select options for the SATA
Configuration, and change the value of the selected option. A
description of the selected item appears on the right side of the
screen.

 SATA Mode

Use this item to choose the SATA operation mode. Here are the
options for your selection, IDE Mode, AHCI Mode and RAID
Mode.

 Serial-ATA Controller 0

Use this item to control the onboard SATA controller. Here are
the options for your selection, Compatible, Enhanced and
Disable.

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 Serial-ATA Controller 1

Use this item to control the onboard SATA controller. Here are
the options for your selection, Enhanced and Disabled.

 Intel IGD SWSCI OpRegion

The Intel IGD SWSCI OpRegion allows users to change the
integrated graphic device settings.

 DVMT/FIXED Memory

Allow you to allocate a fixed amount of system memory as
graphics memory. Here are the options for your selection, 128MB,
256MB and Maximum DVMT.

 IGD-Boot Type

This item can select CRT and LCD which will be activated during
POST. This function has no effect if external graphics present.

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 USB Configuration

You can use this screen to select options for the USB Configuration,
and change the value of the selected option. A description of the
selected item appears on the right side of the screen.

 EHCI Hand-off

This is a workaround for OSes without EHCI hand-off support.
The EHCI ownership change should be claimed by EHCI driver.

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 Super IO Configuration

You can use this screen to select options for the Super IO
Configuration, and change the value of the selected option. A
description of the selected item appears on the right side of the
screen. For items marked with “”, please press <Enter> for more
options.

 Floppy Disk Controller Configuration

You can use this screen to select options for the Floppy
Configuration, and change the value of the selected option.

 Serial Port 1 Configuration

This option specifies the base I/O port address and Interrupt
Request address of serial port 1. The Optimal setting is
2F8/IRQ3.

 Serial Port 2 Configuration

This option specifies the base I/O port address and Interrupt
Request address of serial port 1. The Optimal setting is
3F8/IRQ4.

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 Parallel Port Configuration

This item allows you to determine the Parallel Port Mode and I/O
address for onboard parallel port.

 H/W Monitor

This screen shows the Hardware Health Configuration, and a
description of the selected item appears on the right side of the
screen

 Smart Fan Function

This item can enable or disable the Smart Fan function.

 Smart Fan Mode Configuration

This item can adjust the CPU/System/Auxiliary Fan speed
automatically in accordance with the current CPU/System
temperature that can prevent the system overheating.

The Auxiliary Fan also in accordance with current CPU
temperature.

There are these options Manual Mode and Thermal Cruise Mode.

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 AMT Configuration

You can use this screen to select options for the Intel AMT
Configuration, and change the value of the selected option. A
description of the selected item appears on the right side of the
screen.

 AMT

You can enable this item to support AMT (active management
technology) function to follow up the procedure for the access to
AMI program screen.

 Unconfigure AMT/ME

Use this item to unconfigure the AMT/ME settings.

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 Serial Port Console Redirection

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5.5 Chipset Menu

The Chipset menu allows users to change the advanced chipset
settings. You can select any of the items in the left frame of the screen
to go to the sub menus:

 South Bridge
 ME Subsystem

For items marked with “”, please press <Enter> for more options.

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 South Bridge

 USB Configuration

You can use this item to set the USB Configuration.

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 Me Subsystem

It is strongly recommended that you do not modify these options
unless you are an advanced user.

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5.6 Boot Menu

The Boot menu allows users to change boot options of the system. You
can select any of the items in the left frame of the screen to go to the
sub menus:

 Setup Prompt Timeout
 Bootup NumLock State
 Quet Boot
 CSM16 Module Verison
 GateA20 Active
 Boot Option Priorities

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 Quite Boot

Use this item to enable or disable the Quite Boot state. The
default setting is disabling.

 Bootup NumLock State

Use this item to select the power-on state for the NumLock. The
default setting is on.

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5.7 Security Menu

The Security menu allows users to change the security settings for the
system.

 Administrator Password

This item indicates whether an administrator password has been
set. If the password has been installed, Installed displays. If not,
Not Installed displays.

 User Password

This item indicates whether a user password has been set. If the
password has been installed, Installed displays. If not, Not
Installed displays.

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5.8 Save & Exit Menu

The Save & Exit menu allows users to load your system configuration
with optimal or failsafe default values.

 Save Changes and Exit

When you have completed the system configuration changes,
select this option to leave Setup and return to Main Menu. Select
Save Changes and Exit from the Save & Exit menu and press
<Enter>. Select Yes to save changes and exit.

 Discard Changes and Exit

Select this option to quit Setup without making any permanent
changes to the system configuration and return to Main Menu.
Select Discard Changes and Exit from the Save & Exit menu and
press <Enter>. Select Yes to discard changes and exit.

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 Save Changes and Reset

When you have completed the system configuration changes,
select this option to leave Setup and reboot the computer so the
new system configuration parameters can take effect. Select
Save Changes and Reset from the Save & Exit menu and press
<Enter>. Select Yes to save changes and reset.

 Discard Changes and Reset

Select this option to quit Setup without making any permanent
changes to the system configuration and reboot the computer.
Select Discard Changes and Reset from the Save & Exit menu
and press <Enter>. Select Yes to discard changes and reset.

 Save Changes

When you have completed the system configuration changes,
select this option to save changes. Select Save Changes from
the Save & Exit menu and press <Enter>. Select Yes to save
changes.

 Discard Changes

Select this option to quit Setup without making any permanent
changes to the system configuration. Select Discard Changes
from the Save & Exit menu and press <Enter>. Select Yes to
discard changes.

 Restore Defaults

It automatically sets all Setup options to a complete set of default
settings when you select this option. The Optimal settings are
designed for maximum system performance, but may not work
best for all computer applications. In particular, do not use the
Optimal Setup options if your computer is experiencing system
configuration problems. Select Restore Defaults from the save &
Exit menu and press <Enter>.

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MEMO :

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APPENDIX A

WATCHDOG TIMER

Watchdog Timer Setting

After the system stops working for a while, it can be auto-reset by the
Watchdog Timer. The integrated Watchdog Timer can be set up in the
system reset mode by program.

Using the Watchdog Function

Start

Un-Lock WDT
:O 2E 87 ; Un-lock super I/O

O 2E 87 ; Un-lock super I/O


Set WDT Function

O 2E 2D
O 2F 20

Select Logic device
O 2E 07

O 2F 08


Activate WDT
:O 2E 30

O 2F 01

Set Second or Minute
O 2E F5

O 2F N N=00 or 08(See below table)


Set base timer

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:O 2E F6

O 2F M=00, 01, 02 FF(Hex) ,Value=0 to 255



WDT counting
re-set timer :O 2E F6
O 2F M ; M=00,01,02,…FF(See below table)

IF No re-set timer : WDT time-out, generate RESET

IF to disable WDT : O 2E 30
O 2F 00; Can be disable at any time

N=00

M= 00h: Time-out Disable

01h: Time-out occurs after 1 second
02h: Time-out occurs after 2 second
03h: Time-out occurs after 3 second

……………………….......................................

FFh: Time-out occurs after 255 second

N=08

M= 00h: Time-out Disable

01h: Time-out occurs after 1 minute
02h: Time-out occurs after 2 minutes
03h: Time-out occurs after 3 minutes

FFh: Time-out occurs after 255 minutes

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Device

ID

Slot

Int

PCI Slot 0

31 0 BCDA

PCI Slot 1

30 1 CDAB

PCI Slot 2

29 2 DABC

PCI Slot 3

28 3 ABCD

PICMG® PCI IRQ Routing

APPENDIX B

PCI IRQ ROUTING

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APPENDIX C

CONFIGURING SATA

FOR RAID FUNCTION

Configuring SATA Hard Drive(s) for RAID Function
(Controller: Intel®3450)

Please follow up the steps below to configure SATA hard drive(s):
(1) Install SATA hard drive(s) in your system.
(2) Enter the BIOS Setup to configure SATA controller mode and boot

sequence.
(3) Configure RAID by the RAID BIOS.
(4) Create a floppy disk for the SATA controller driver.
(5) Install the SATA controller driver during the OS installation.

Before you begin the SATA configuration, please prepare:
(a) Two SATA hard drives (to ensure optimal performance, it is

recommended that you use two hard drives with identical model
and capacity). If you do not want to create RAID with the SATA

controller, you may prepare only one hard drive.
(b) An empty formatted floppy disk
(c) Windows XP setup disk

1. Installing SATA hard drive(s) in your system
Connect one end of the SATA signal cable to the rear of the SATA

hard drive, and the other end to available SATA port(s) on the
board. Then, connect the power connector of power supply to the
hard drive.

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2. Configuring SATA controller mode and boot sequence by the
BIOS Setup

You have to make sure whether the SATA controller is configured
correctly by system BIOS Setup and set up BIOS boot sequence for the
SATA hard drive(s)

(2)-1-1 Turn on your system, and then press the Del button to enter

BIOS Setup during running POST (Power-On Self Test). If
you want to create RAID, just go to the Advanced Settings
menu/IDE configuration, select the Configure SATA#1 as,
and press <Enter> for more options.

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(2)-1-2 A list of options appears, please select RAID.

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(2)-2 Set CDROM for First Boot Device under the Boot Settings

menu to boot CD-ROM after system restarts.

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(2)-3 Save and exit the BIOS Setup.

(3) Configuring RAID by the RAID BIOS

Enter the RAID BIOS setup utility to configure a RAID array. Skip
this step and proceed to Section 4 if you do not want to create a
RAID.
(3)-1 After the POST memory testing and before the operating

system booting, a message "Press <Ctrl-I> to enter
Configuration Utility" shows up, accordingly, press <CTRL+ I>
to enter the RAID BIOS setup utility.

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(3)-2 After you press <CTRL+ I>, the Create RAID Volume screen

will appear. If you want to create a RAID array, select the
Create RAID Volume option in the Main Menu and press
ENTER.

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(3)-3-1 After entering the CREATE VOLUME MENU screen, you

can type the disk array name with 1~16 letters (letters
cannot be special characters) in the item “Name”.

(3)-3-2 When finished, press ENTER to select a RAID level. There

are three RAID levels, RAID0, RAID1 and RAID5 &
RAID10. Select a RAID level and press ENTER.

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(3)-4 Set the stripe block size. The KB is the standard unit of stripe

block size. The stripe block size can be 4KB to 128KB. After
the setting, press ENTER for the array capacity.

(3)-5 After setting all the items on the menu, select Create Volume

and press ENTER to start creating the RAID array.

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(3)-6 When prompting the confirmation, press “Y“ to create this

volume, or “N“ to cancel the creation.

After the creation is completed, you can see detailed information about
the RAID Array in the DISK/VOLUME INFORMATION section, including
RAID mode, disk block size, disk name, and disk capacity, etc.

Configuring SATA for RAID Function

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 Delete RAID Volume

If you want to delete a RAID volume, select the Delete RAID Volume
option in Main Menu. Press ENTER and follow on-screen
instructions.

Please press [ESC] to exit the RAID BIOS utility.
Now, you can proceed to install a SATA driver controller and the
operating system.
(4) Making a SATA Driver Disk
To install the operating system onto a serial ATA hard disk successfully,
you need to install the SATA controller driver during the OS installation.
Without the driver, the hard disk may not be recognized during the
Windows setup process. First of all, please format a blank floppy disk.
Secondly, follow up these steps below to produce a SATA driver disk.
Users can insert the Driver CD and the formatted blank floppy disk in
another system. And then, please copy all of file of the f6flpy32 folder in
the Driver CD to a floppy disk.

NOTE: Please copy all of file of the f6flpy64 folder, if installing 64-bit

Windows Operating System.

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(5) Installing the SATA controller driver during the OS
installation

Now, the SATA driver disk is ready, and BIOS settings configured, you
can proceed to install Windows 2000/XP onto your SATA hard drive
using the SATA driver. Here is an example for Windows XP installation.

(5)-1 Restart your system to boot the Windows 2000/XP Setup

disk, and press F6 button as soon as you see the message
"Press F6 if you need to install a 3rd party SCSI or RAID
driver". After pressing the F6 button, there will be a few
moments for some files being loaded before next screen
appears.

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(5)-2 When you see the screen below, insert the floppy disk

containing the SATA driver and press “S”.

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(5)-3 If the Setup correctly recognizes the driver of the floppy disk,

a controller menu will appear below. Use the ARROW keys
to select Intel®
ICH8R/ICH9R/ICH10R/DO/PCH SATA RAID Controller and
press ENTER. Then it will begin to load the SATA driver
from the floppy disk.

Note: If a message on the screen saying that one or some file(s) cannot

be found, please check the floppy disk or copy the correct SATA
driver again from the driver CD.

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APPENDIX D

iAMT SETTINGS

The Intel® Active Management Technology (Intel® iAMT) has
decreased a major barrier to IT efficiency that uses built-in platform
capabilities and popular third-party management and security
applications to allow IT a better discovering, healing, and protection
their networked computing assets.

In order to utilize Intel iAMT you must enter the ME BIOS (CTRL + P
during system startup), change the ME BIOS password, and then

select “Intel

®

iAMT” as the manageability feature.

D.1 Entering MEBx

1. You must go to BIOS TO start iAMT function.

2. Exit from BIOS after starting iAMT, and press Ctrl+P to enter MEBx

Setting.

It is better to press Ctrl+P before the screen popping out.

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Change Password

D.2 Set & Change Password

You will be asked to set a password when first log in. The default
password is „admin‟.

1. You will be asked to change the password before setting ME

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2. You must confirm your new password while revising. (as Remark

1)
The new password must contain:
(example: !!11qqQQ) (default value)Eight characters

 One upper case
 One lower case
 One number
 One special symbol, such as ! 、 $ or ; ，

 (、 " , excepted)

Underline ( _ ) and space are valid characters for password, but they
won‟t make higher complexity.

iAMT Settings

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D.3 Intel® iAMT Settings

Select Intel® iAMT Configuration and press <ENTER>.

1. Key in the Host Name. If Intel® iAMT set to „DHCP„, the Host
name must be identical to the operating system mechanic.

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2. Select TCP/IP to get into Network interface, and set it to
„ENABLED‟; into DHCP Mode, and set it to „DISABLED‟ (as
Remark 2) ; into Domain name, and set the Intel Management
Engine domain name, such as „AMT.intel.com‟.

(3-1)

iAMT Settings

(3-2)

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you can make th Remark 2 DHCP Mode „DISABLED„: if DHCP
Mode is disabled, e following settings:

 IP address

 Subnet mask

iAMT Settings

83

 Default Gateway address

 Preferred DNS address

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 Alternate DNS address

 Domain name

4 Exit from MEBx after completing the iAMT settings.

iAMT Settings

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D.4 iAMT Web Console

1. From a web browser, please type http://(IP ADDRESS):16992,
which connects to iAMT Web.

Example: http://10.1.40.214:16992

2. To log on, you will be required to type in username and
password for access to the Web. USER: admin (default value)

PASS: (MEBx password)

iAMT Settings

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3. Enter the iAMT Web.

4 Click Remote Control, and select commands on the right side.

5. When you have finished using the iAMT Web console, close the
Web browser

iAMT Settings

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x16 PCIe Connector A

x16 PCIe Connector C

Side B

Side A

Side B

Side A

1

N.C

N.C 1 USB0P

GND

2

GND

GND

2

USB0N

GND

3

N.C

N.C 3 GND

USB1P

4

N.C

N.C 4 GND

USB1N

5

N.C

WAKE#

5

USB2P

GND

6

PWRBT#

PME#

6

USB2N

GND

7

PWRGD

PSON#

7

GND

USB3P

8

SHB_RST#

PERST#

8

GND

USB3N

9

CFG0

CFG1

9

USBOC0#

GND

10

CFG2

CFG3

10

GND

USBOC1#

11

RSVD

GND

11

USBOC2#

GND

Mechanical Key

12

GND

N.C

12

GND

USBOC3#

13

b_PETp0

GND

13

N.C

GND

14

b_PETn0

GND

14

N.C

GND

15

GND

b_PERp0

15

GND

N.C

16

GND

b_PERn0

16

GND

N.C

17

b_PETp1

GND

17

N.C

GND

18

b_PETn1

GND

18

N.C

GND

19

GND

b_PERp1

19

GND

N.C

20

GND

b_PERn1

20

GND

N.C

21

b_PETp2

GND

21

N.C

GND

22

b_PETn2

GND

22

N.C

GND

23

GND

b_PERp2

23

GND

N.C

24

GND

b_PERn2

24

GND

N.C

25

b_PETp3

GND

25

N.C

GND

26

b_PETn3

GND

26

N.C

GND

APPENDIX E

PICMG® v1.3 INTERFACE DEFINITION

PICMG v1.3 Interface Definition

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Mechanical Key

27

GND

b_PERp3

27

GND

N.C

28

GND

b_PERn3

28

GND

N.C

29

REFCLK0+

GND

29

N.C

GND

30

REFCLK0-

GND

30

N.C

GND

31

GND

REFCLK1+

31

N.C

N.C

32

RSVD

REFCLK1-

32

N.C

N.C

33

REFCLK2+

GND

33

N.C

N.C

34

REFCLK2-

GND

34

N.C

GND

35

GND

REFCLK3+

35

N.C

GND

36

RSVD

REFCLK3-

36

GND

N.C

37

REFCLK4+

GND

37

GND

N.C

38

REFCLK4-

GND

38

N.C

GND

39

GND

N.C

39

N.C

GND

40

RSVD

N.C

40

GND

N.C

41

N.C

GND

41

GND

N.C

42

N.C

GND

42

+3.3V

+3.3V

43

GND

N.C

43

+3.3V

+3.3V

44

GND

N.C

44

+3.3V

+3.3V

45

a_PETp0

GND

45

+3.3V

+3.3V

46

a_PETn0

GND

46

+3.3V

+3.3V

47

GND

a_PERp0

47

+3.3V

+3.3V

48

GND

a_PERn0

48

+3.3V

+3.3V

49

a_PETp1

GND

49

+3.3V

+3.3V

50

a_PETn1

GND

50

+3.3V

+3.3V

51

GND

a_PERp1

51

GND

GND

52

GND

a_PERn1

52

GND

GND

53

a_PETp2

GND

53

GND

GND

54

a_PETn2

GND

54

GND

GND

55

GND

a_PERp2

55

GND

GND

56

GND

a_PERn2

56

GND

GND

57

a_PETp3

GND

57

GND

GND

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Mechanical Key

58

a_PETn3

GND

58

GND

GND

59

GND

a_PERp3

59

+5V

+5V

60

GND

a_PERn3

60

+5V

+5V

61

a_PETp4

GND

61

+5V

+5V

62

a_PETn4

GND

62

+5V

+5V

63

GND

a_PERp4

63

GND

GND

64

GND

a_PERn4

64

GND

GND

65

a_PETp5

GND

65

GND

GND

66

a_PETn5

GND

66

GND

GND

67

GND

a_PERp5

67

GND

GND

68

GND

a_PERn5

68

GND

GND

69

a_PETp6

GND

69

GND

GND

70

a_PETn6

GND

70

GND

GND

71

GND

a_PERp6

71

GND

GND

72

GND

a_PERn6

72

GND

GND

73

a_PETp7

GND

73

+12V

+12V

74

a_PETn7

GND

74

+12V

+12V

75

GND

a_PERp7

75

+12V

+12V

76

GND

a_PERn7

76

+12V

+12V

77

N.C

GND

77

+12V

+12V

78

+3.3V

+3.3V

78

+12V

+12V

79

+3.3V

+3.3V

79

+12V

+12V

80

+3.3V

+3.3V

80

+12V

+12V

81

+3.3V

+3.3V

81

+12V

+12V

82

RSVD

RSVD

82

+12V

+12V

PICMG v1.3 Interface Definition

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X8 PCIe Connector B

X8 PCIe Connector D

Side B

Side A

Side B

Side A

1

+5Vaux

+5Vaux

1

INTB#

INTA#

2

GND

N.C 2 INTD#

INTC#

3

a_PETp8

GND

3

GND

N.C 4 a_PETn8

GND

4

REQ3#

GNT3#

5

GND

a_PERp8

5

REQ2#

GNT2#

6

GND

a_PERn8

6

PCI_RST#

GNT1#

7

a_PETp9

GND

7

REQ1#

GNT0#

8

a_PETn9

GND

8

REQ0#

SERR#

9

GND

a_PERp9

9

N.C

+3.3V

10

GND

a_PERn9

10

GND

N.C

11

N.C

GND

11

N.C

GND

Chanical Key

12

GND

N.C

12

CLKC

CLKD

13

a_PETp10

GND

13

GND

+3.3V

14

a_PETn10

GND

14

CLKA

CLKB

15

GND

a_PERp10

15

+3.3V

GND

16

GND

a_PERn10

16

AD31

GND

17

a_PETp11

GND

17

AD29

+3.3V

18

a_PETn11

GND

18

N.C

AD30

19

GND

a_PERp11

19

AD27

AD28

20

GND

a_PERn11

20

AD25

GND

21

a_PETp12

GND

21

GND

AD26

22

a_PETn12

GND

22

C/BE3#

AD24

23

GND

a_PERp12

23

AD23

+3.3V

24

GND

a_PERn12

24

GND

AD22

25

a_PETp13

GND

25

AD21

AD20

26

a_PETn13

GND

26

AD19

N.C

27

GND

a_PERp13

27

+5V

AD18

28

GND

a_PERn13

28

AD17

AD16

PICMG v1.3 Interface Definition

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Chanical Key

29

a_PETp14

GND

29

C/BE2#

GND

30

a_PETn14

GND

30

PCI_PRST#

FRAME#

31

GND

a_PERp14

31

IRDY#

TRDY#

32

GND

a_PERn14

32

DEVSEL#

+5V

33

a_PETp15

GND

33

LOCK#

STOP#

34

a_PETn15

GND

34

PERR#

GND

35

GND

a_PERp15

35

GND

C/BE1#

36

GND

a_PERn15

36

PAR

AD14

37

N.C

GND

37

N.C

GND

38

N.C

N.C

38

GND

AD12

39

GND

GND

39

AD15

AD10

40

GND

GND

40

AD13

GND

41

GND

GND

41

GND

AD09

42

GND

GND

42

AD11

C/BE0#

43

GND

GND

43

AD08

GND

44

+12V

+12V

44

GND

AD06

45

+12V

+12V

45

AD07

AD05

46

+12V

+12V

46

AD04

GND

Mechanical Key

47

+12V

+12V

47

GND

AD02

48

+12V

+12V

48

AD03

AD01

49

+12V

+12V

49

AD00

GND

Note: Please contact your vendor to get the backplane design guide if it‟s

required. The backplane design guide is NDA required.

PICMG v1.3 Interface Definition