Fujitsu DD2963-S, D2963-S Technotes

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Page 1

Mini-ITX D2963-SMini-ITX D2963-S

TechNotesV1.0

First Release

Mainboard OEM Sales -01/2010

Page 2

•

Safety Instructions à Page 2

•Mainboard Overview & Benchmarks à Page 3

•Display Options à Page 10

•Power Supply Features à Page 25

•Internal Connectors à Page 35

•System Monitoring à Page48

•Temperature Reference Overview à Page 63

•Mainboard Power Consumption à Page 66

•Special Features à Page 68

•Operating System Support à Page 71

•OEM FTP download link for D2963-S

ftp://ftp.ts.fujitsu.com/pub/Mainboard-OEM-Sales/Products/Mainboards/Industrial&ExtendedLifetime/D2963-S/

(provides BIOS; Drivers; Documents & Approvals; Specifications; Tools etc.)

ContentContent

Page 3

Do not connect or disconnect any cables or modules to or from any onboard connectors (except for the rear I/O connectors) until the mainboard is completely powered down.

Any damage caused to the mainboard by misuse of the onboard connectors is excluded from the standard warranty. Fujitsu Technology Solutions cannot be held liable for any damage that results from incorrect use of any onboard connectors.

The system integrator is fully responsible for the usage of appropriate connectors and cables in order to fulfill the technical requirements (electrical contact, durability, power/current levels, signal integrity etc.)

SafetyInstructionsSafetyInstructions

Page 4

Overview

•Onboard interfaces & connectors

Page 5

Stereo Audio In/Out

Dual-LAN / 4 x USB 2.0

COM1 / DVI-I

2 x PS/2

DC-IN (+ 19…24V)

PCB: 8-layer

Overview

OnboardComponents

Overview

OnboardComponents

Page 6

CPU Fan

Overview

OnboardComponents

Overview

OnboardComponents

1 x SO-DIMM

19…24V DC-In

USB Stick Connector

Processor

Intrusion Connector

GPIO Port

24 Bit Dual Channel LVDS

PCIe X1

FrontpanelAudio

COM 2

PCI

Frontpanel

LVDS-Backlight

Buzzer

Compact Flash

2 x SATA II

Drive Power Connector

Chassis Fan Connector

2 x 2 USB Ports

Page 7

Overview

OnboardComponents

Overview

OnboardComponents

Mini PCI Express Connector (incl. USB support)

MechanicalLock for

Mini PCI Express Card

Sample forWLAN Minicardon D2963-S

MechanicalLock

(supportsfullsizecardsonly!)

Page 8

Intel Core 2 Duo T7200 / i945GM

2 GHz / 4MB L2 / 34W TDP

Intel Core 2 Duo T2500 / i945GM

2 GHz / 2MB L2 / 31W TDP

Intel Core 2 Duo T2400 / i945GM

1.83GHz / 2MB L2 / 31W TDP

Intel Core Solo T1300 / i945GM

1.66GHz / 2MB L2 / 31W TDP

Intel Celeron-M 420 / i945GM

1.6GHz / 1MB L2 / 27W TDP

AMD TurionTL-68 / D2703-S

2.4GHz / 1MB L2 / 35W TDP

AMD TurionTL-56 / D2703-S

1.8GHz / 1MB L2 / 31W TDP

Sempron 3700+ / D2703-S

2.0GHz / 512KB L2 / 25W TDP

AMD AthlonNeo X2 L325 / D2963-S2

1.5GHz / 1MB L2 / 18W TDP

AthlonTF-20 / D2703-S

1.6GHz / 512KB L2 / 15W TDP

AMD Sempron2100+ / D2703-S

1.0GHz / 256KB L2 / 8W TDP

AMD Sempron200U / D2903-S1

1.0GHz / 256KB L2 / 8W TDP

Intel Atom N270/945GSE

1.6GHz / 512KB L2 / 2.5W TDP

System configuration: 2 x 512MB @ max. memory speed

1) Intel Atom and D2963-S: 1 x 1GB (1 socket only)

Overview

Benchmarks –SysMark2004SE (Overall Rating)

Overview

Benchmarks –SysMark2004SE (Overall Rating)

Page 9

Overview

Benchmarks –3DMark2006

Overview

Benchmarks –3DMark2006

Intel Core 2 Duo T7200 / i945GM

2 GHz / 4MB L2 / 34W TDP

Intel Core 2 Duo T2500 / i945GM

2 GHz / 2MB L2 / 31W TDP

Intel Core 2 Duo T2400 / i945GM

1.83GHz / 2MB L2 / 31W TDP

Intel Core Solo T1300 / i945GM

1.66GHz / 2MB L2 / 31W TDP

Intel Celeron-M 420 / i945GM

1.6GHz / 1MB L2 / 27W TDP

AMD TurionTL-68 / D2703-S

2.4GHz / 1MB L2 / 35W TDP

AMD TurionTL-56 / D2703-S

1.8GHz / 1MB L2 / 31W TDP

Sempron 3700+ / D2703-S

2.0GHz / 512KB L2 / 25W TDP

AMD AthlonNeo X2 L325 / D2963-S2

1.5GHz / 1MB L2 / 18W TDP

AthlonTF-20 / D2703-S

1.6GHz / 512KB L2 / 15W TDP

AMD Sempron2100+ / D2703-S

1.0GHz / 256KB L2 / 8W TDP

AMD Sempron200U / D2903-S1

1.0GHz / 256KB L2 / 8W TDP

Intel Atom N270/945GSE

1.6GHz / 512KB L2 / 2.5W TDP

System configuration: 2 x 512MB @ max. memory speed

1) Intel Atom and D2963-S: 1 x 1GB (1 socket only)

Page 10

Overview

Benchmarks –PCMark2005

Overview

Benchmarks –PCMark2005

Intel Core 2 Duo T7200 / i945GM

2 GHz / 4MB L2 / 34W TDP

Intel Core 2 Duo T2500 / i945GM

2 GHz / 2MB L2 / 31W TDP

Intel Core 2 Duo T2400 / i945GM

1.83GHz / 2MB L2 / 31W TDP

Intel Core Solo T1300 / i945GM

1.66GHz / 2MB L2 / 31W TDP

Intel Celeron-M 420 / i945GM

1.6GHz / 1MB L2 / 27W TDP

AMD TurionTL-68 / D2703-S

2.4GHz / 1MB L2 / 35W TDP

AMD TurionTL-56 / D2703-S

1.8GHz / 1MB L2 / 31W TDP

Sempron 3700+ / D2703-S

2.0GHz / 512KB L2 / 25W TDP

AMD AthlonNeo X2 L325 / D2963-S2

1.5GHz / 1MB L2 / 18W TDP

AthlonTF-20 / D2703-S

1.6GHz / 512KB L2 / 15W TDP

AMD Sempron2100+ / D2703-S

1.0GHz / 256KB L2 / 8W TDP

AMD Sempron200U / D2903-S1

1.0GHz / 256KB L2 / 8W TDP

Intel Atom N270/945GSE

1.6GHz / 512KB L2 / 2.5W TDP

System configuration: 2 x 512MB @ max. memory speed

1) Intel Atom and D2963-S: 1 x 1GB (1 socket only)

Page 11

Display Options

• LVDS display & backlight inverter

• LVDS / Inverter connector details

• LVDS timings & screen resolutions

• LVDS cabling reference

• DVI, VGA, HDMI, LVDS

Page 12

Backlight

Inverter

LVDS Display

(rear view)

Integrated Backlight,

Integrated Backlight, powered by Inverter

Display Options

LVDS Display & Backlight Inverter

Display Options

LVDS Display & Backlight Inverter

Page 13

Backlight

Inverter

LVDS Display

(rear view)

LVDS Data / Power for display

Integrated Backlight,

Integrated Backlight, powered by Inverter

Display Options

LVDS Display & Backlight Inverter

Display Options

LVDS Display & Backlight Inverter

Page 14

Backlight

Inverter

LVDS Display

(rear view)

LVDS Data / Power for display

Integrated Backlight,

Integrated Backlight, powered by Inverter

Control / Power

for Inverter

Display Options

LVDS Display & Backlight Inverter

Display Options

LVDS Display & Backlight Inverter

Page 15

LVDS voltage selector jumper

1 2

SIGNAL

2 Ground Ground 1 4 LVDS_H3+ (EVEN_3+) LVDS_L3+ (ODD_3+) 3 6 LVDS_H3- (EVEN_3-) LVDS_L3- (ODD_3-) 5

8 Ground Ground 7 10 LVDS_H2+ (EVEN_2+) LVDS_L2+ (ODD_2+) 9 12 LVDS_H2- (EVEN_2-) LVDS_L2- (ODD_2-) 11 14 Ground Ground 13 16 LVDS_H1+ (EVEN_1+) LVDS_L1+ (ODD_1+) 15 18 LVDS_H1- (EVEN_1-) LVDS_L1- (ODD_1-) 17 20 Ground Ground 19 22 LVDS_H0+ (EVEN_0+) LVDS_L0+ (ODD_0+) 21 24 LVDS_H0- (EVEN_0-) LVDS_L0- (ODD_0-) 23 26 Ground Ground 25 28 LVDS_CLK_H+ (CLK_EVEN+) LVDS_CLK_L+ (CLK_ODD+) 27 30 LVDS_CLKH- (CLK_EVEN-) LVDS_CLK_L- (CLK_ODD-) 29 32 Ground Ground 31 34 DDC-Data DDC-Clock 33

LCD-Power

38 Ground

LCD-Power

40 LCD_Power_Enable Ground 39

1) selectable via Jumper

LVDS Connector: Hirose DF13-40 (or compatible)

3.3V (default) 5V (optional)

Pin Signal

3 VCC 3.3V 2 Power LVDS 1 VCC 5V

max. load: 1A per pin!

Display Options

LVDS Connector Details

Display Options

LVDS Connector Details

Page 16

Ground GND 1 Ground GND 2

Backlight Brightness CTRL tbd 3

Power 5V VCC 4 Power 5V VCC 5

Backlight On/Off Control BL On/Off 6

Power 12V +12V 7 Power 12V +12V 8

Backlight Inverter Connector: JST PHR-8

Note:

BacklightBrightnessControl: Providesa variable DC voltage between 0V and ~ 3.5V via an RC filter (2,2kOhm / 20uF). Basically the voltage level can be selected via BIOS

Setup –Peripheral Configuration –Brightness Control.

If this control signal is used, the system integrator is responsible for the implementation of a backlight converter that fits to the control output voltage range.

Backlight On/Off Control:Active High, 3.3V Note: Polarity can be changed via BIOS Setup

(Not supported by pilot production mainboardsGS5x!)

max. load: 2A per pin!

Display Options

Backlight Inverter Connector Details

Display Options

Backlight Inverter Connector Details

Page 17

•

Available default LVDS settings (BIOS Setup –Advanced –Peripheral Configuration)

Note: Default BIOS Setting for LVDS is “Disabled”. Any BIOS Setup changes can be fixed as new default BIOS setting via BIONVD tool!

ftp://ftp.ts.fujitsu.com/pub/Mainboard-OEM-Sales/Services/Software&Tools/Common-Mainboard-Tools/ChangeBIOS-Setup-Defaults/

Detailed information (timing, pixels etc.) about each LVDS default setting is available in the related configuration files of the tool LVDS.EXE (see following page)

max. LVDS screen resolution:

2048 x 1536 / 32bit color

Display Options

LVDS Timing & Screen Resolution

Display Options

LVDS Timing & Screen Resolution

Page 18

• DOS-Tool LVDS.EXE V1.01 allows to adjust LVDS timing parameters

•Download link

ftp://ftp.ts.fujitsu.com/pub/Mainboard-OEM-Sales/Products/Mainboards/Industrial&ExtendedLifetime/D2963-S/IndustrialTools_D2963-

S/LVDS-Tool/

•Select one of the seven default configuration files as master file

(Note: These default files are based on the seven BIOS Setup default LVDS settings)

•Rename selected file to panel.txt

•Edit file panel.txt according to required settings and save file

•Run following operation on target system (DOS-mode required!):

lvds-v -cf=panel.txt (= DOS Batch-File "Set-LVDS.bat")

•Change BIOS Setup Advanced \Peripheral Configuration LCD Parameter setup --> User Defined

•Save settings and reboot system

•Note: In order to remove the "User defined" LVDS setting in BIOS Setup, run the DOS Batch-File "Remove.bat"

Display Options

LVDS Timing & Screen Resolution

Display Options

LVDS Timing & Screen Resolution

Page 19

• Sample cabling diagrams for following LVDS displays & related

inverters are available:

Display Size

TFT

Pixel

Inverter

10.4" NEC NL6448BC33-63D 640 x 480 NEC 104PW201

12.1" AUO G121SN01-V0 800 x 600 Green-C&C GH093A-ROHS

12.1" LG-Philips LB121S03-TL01 800 x 600 Green-C&C GH001HB-ROHS 15" Sharp LQ150X1LW71N 1024 x 768 TDK CXA-0349 15" AUO G150XG01V0 1024 x 768 Green-C&C GH001A-ROHS 17" AUO M170EG01-VD 1280 x 1024 Green-C&C GH053A-ROHS 19" Sharp LQ190E1LW01 1280 x 1024 Power Systems PS-DA0412-05 19" AUO M190EG01 1280 x 1024 GH053(A1)-ROHS

Display Options

LVDS Cabling Reference

Display Options

LVDS Cabling Reference

Page 20

Display Options

LVDS Sample Cabling for AuO-G150

Display Options

LVDS Sample Cabling for AuO-G150

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Digital (DVI) Monitor

max. DVI screenresolution:

2560 x 1600 / 32bit color(Dual Link) 1600 x 1200 / 32bit color (Single Link, standard timings) 1920 x 1200 / 32bit color (Single Link, reduced blanking timings)

Display Options

DVI Output

Display Options

DVI Output

Page 22

Digital (HDMI) Monitor

via DVI/HDMI interface connector

max. HDMI screenresolution: 1080i

Note: OnlyHDMI graphicssupported, noaudiotransmission!

Display Options

HDMI Output (w/o audio!)

Display Options

HDMI Output (w/o audio!)

Page 23

Analog (VGA) Monitor

via DVI/VGA interface connector

max. VGA screenresolution: 2048x1536 @85Hz for4:3 format

2560x1440 @75Hz for16:9 format 2456x1536 @60Hz for16:10 format

Display Options

VGA Output via Interface Connector

Display Options

VGA Output via Interface Connector

Page 24

Analog (VGA) Monitor and Digital (DVI) Monitor

via DVI/VGA splitter cable

Dual Independent Display Option

(Note: DVI –single link only via splitter cable!)

Display Options

DVI & VGA via Splitter Cable

Display Options

DVI & VGA via Splitter Cable

Page 25

Analog (VGA) Monitor or

Digital (DVI) Monitor;

plus LVDS Display

Dual Independent Display Option

max. LVDS screenresolution:

2048 x 1536 / 32bit color

Display Options

DVI or VGA plus LVDS

Display Options

DVI or VGA plus LVDS

Page 26

Power Supply Features

•19-24V DC power supply

•Drive power connector

Page 27

D2963-S offers two power supply options

1. Onboard4 -pinpower supplyconnector

Power Supply FeaturesPower Supply Features

Pin 1, 2: GND Pin 3, 4: +19…24V DC-In

Pin 1, 2: GND

Pin 3, 4: +19…24V DC-In

Page 28

+19…24V DC (Ø 2.5mm)

GND (Ø 6.4mm)

19…24V DC via external connector(AC adapter)

Appropriate DC plug for external AC adapter:

Ø 2.5mm / 5.5mm

contact length ~ 10-11mm

Angle plug or straight plug

Note: “Universal Plug” not

allowed due to possible polarity mismatch!

Power Supply Features Power Supply Features

2. External DC supply(AC adapter)

Page 29

Requirementsfor19-24V operation

Nominal operatingrange19 -24V

Max. operatingrange(19V -15%) -(24V +10%)

Ripple / noisemax. 400mV (PP)

Max. inputcurrent: 5A

The DC power supply input provides

a capacitive load of 700µFwhich has to be

covered by the AC adapter respectively the

DC source during power ramp-up.

Mainboard outputcurrent:

The max. mainboard outputpower

availablevia PCI/PCIe-connector, USB-

connectors, GPI/O, backlight-connector, and drive

power connectorislimited!

Max. overalloutputcurrent:

+3.3V / 5A

+5V / 4.5A

+12V / 2.5A

-12V / 0.1A

See mainboard specificationforfurtherdetails!

Power Supply Features Power Supply Features

Page 30

19/24V AC

Adapter

(external)

BLUE = power

Max. rating via Drive Power

Connector: +5V/2A ; +12V/2A

optional:

SATA CD/DVD

19/24V

Supply

(internal)

Power Supply Features

Power option for internal drives

Power Supply Features

Power option for internal drives

Drive Power

Connector

2.5” HDD

Page 31

19/24V

Supply

(internal)

Power Supply Features

Power option for internal drives

Power Supply Features

Power option for internal drives

RED = data

BLUE = power

19/24V AC

Adapter

(external)

optional:

SATA CD/DVD

Drive Power

Connector

2.5” HDD

Max. rating via Drive Power

Connector: +5V/2A ; +12V/2A

Page 32

1 VCC (+5V) max. 2A 2 GND 3 GND 4 +12V max. 2A

Drive Power Connector

Note: Connector is compliant to standard floppy power supply connector.

Power Supply Features

Drive Power Connector

Power Supply Features

Drive Power Connector

Page 33

Note:

overall max. current via

connector 1 limited to

+5V / 2A and

+12V / 2A

15 . . . . . . . . 1

COMAX C1212K32

or equivalent

Connector 1

(to mainboard)

Connector 2

(for SATA harddisk 2.5“ / 3.5“)

L1 = 20cm

Connector 3

(for slimeline SATA optical drive)

L2=20cm

connector pinning

Conn. 1 Conn. 2 Conn. 3 Note

1 7, 8, 9 2, 3 +5V, red 2 4, 5, 6 5, 6 GND, black 3 10, 11, 12 GND, black 4 13, 14, 15 +12V, yellow

1 2

3 4

171822-4 AMP

or equivalent

6 5 4 3 2 1

Molex SD-47328-100

or equivalent

Cable Ordercode:

T26139-Y1500-V700

Power Supply Features

Fujitsu DrivePowerCable

Power Supply Features

Fujitsu DrivePowerCable

Page 34

Prerequisite: No LVDS display

attached to mainboard!

The backlight inverter connector provides additional power

for internal devices (+5V / +12V; max. 2A per pin!)

Power Supply Features

Additional Power Output via Inverter Connector

Power Supply Features

Additional Power Output via Inverter Connector

Page 35

Feature

Connector

Feature Connector provides additional

power for internal devices:

3.3V 5V

12V

5Vaux

max. 1.5 A per pin!

Power Supply Features

Additional Power Output via Feature Connector

Power Supply Features

Additional Power Output via Feature Connector

Page 36

Internal Connectors

• Optional Devices via Feature Connector

• Internal USB/Audio Ports

• Compact Flash

• Second Serial Port

• FrontpanelConnector

• PCI / PCIe / Mini-PCIe Extension Slot

Page 37

8 bit 3.3V General Purpose Input/Output (GPIO) in order to

attach any digital device (sample picture)

Feature

Connector

IrDA

Transceiver

(sample picture)

Feature Connector

provides additional power for internal devices (3.3V; 5V; 12V; 5Vaux; max. 1A per pin!)

Internal Connectors

Optional Devices via Feature Connector

Internal Connectors

Optional Devices via Feature Connector

Page 38

Notes:

- SW-accesstoGPI/O: seemainboard specificationfordetails

- A Windows-based API is available for easy implementation

of the GPIO features (included in SystemMonitoringAPI)

Available via OEM FTP Server:

ftp://ftp.ts.fujitsu.com/pub/Mainboard-OEMSales/Products/Mainboards/Industrial&ExtendedLifetime/D2963S/IndustrialTools_D2963-S/BMC_Management-Controller-API/

Feature Connector: CompuPack R-DRK2-20-S3-SMT

1 GPI/O_0 GPI/O_1 2 3 GPI/O_2 GPI/O_3 4 5 GPI/O_4 GPI/O_5 6 7 GPI/O_6 GPI/O_7 8

9 VCC_3.3V GND 10 11 VCC_3.3V VCC_5Vaux 12 13 IrDA_Tx GND 14 15 IrDA_Rx GND 16 17 GND VCC_5V 18 19 VCC_12V VCC_12V 20

Parameter Range

GPI/O Input Low Voltage -0.5V … 1.3V

GPI/O Input High Voltage 1.8V … VCC_3.3V

GPI/O Output Low Voltage max. 0.4V

GPI/O Output High Voltage min. 2.4V

Input Leakage Current max. +/-10µA

Note: max. load per GPI/O pin: 8mA

Note: Current max. 1.5 A per power pin!

Internal Connectors

Feature Connector Details

Internal Connectors

Feature Connector Details

Page 39

Connect internal ports to USB/ Audio frontpanelmodule (Note: 2 USB ports per connector)

USB Ports

Frontpanel

Audio

RED = USB

BLUE = Audio

Internal Connectors

Internal USB/Audio Ports

Internal Connectors

Internal USB/Audio Ports

Page 40

USB Ports

Optional: Touchscreen

Controller via USB

Internal Connectors

Internal USB Ports –MiscellaneousOptions

Internal Connectors

Internal USB Ports –MiscellaneousOptions

Page 41

USB Ports

Optional: Touchscreen

Controller via USB

Internal Connectors

Internal USB Ports –MiscellaneousOptions

Internal Connectors

Internal USB Ports –MiscellaneousOptions

Optional: Attach USB

Flash Disk Module

(up to 8GB available)

e.g. www.stec-inc.com

Page 42

CF Card –inserted in

socket on mainboard

(IDE „Master“-Interface)

Internal Connectors

Compact Flash

Internal Connectors

Compact Flash

Page 43

COM2

Connector

External I/O Bracket

Internal Connectors

Second Serial Port

Internal Connectors

Second Serial Port

Note: Pinning according FTS standard!

Page 44

Frontpanel

Connector

Frontpanel providing

-Powerswitch

-Power/HDD-LED

-Reset-Switch

Internal Connectors

Frontpanel Connector

Internal Connectors

Frontpanel Connector

Page 45

10 (KEY) Reserved (NC) 9

8 PowerSwitch_GND ResetSwitch_P 7 6 PowerSwitch_P ResetSwitch_GND 5 4 Power_LED_GND HDD_LED- 3 2 Power_LED+ HDD_LED+ 1

Frontpanel Connector

Note: Pinning is compatible to

Intel 10 pin header

Internal Connectors

FrontpanelConnector Details

Internal Connectors

FrontpanelConnector Details

Power LED: 3.3V supply

max. 10mA onboard 100R series resistor

HDD LED: 5.0V supply

max. 10mA onboard 330R series resistor

Page 46

-32Bit, 33MHz, PCI Rev. 2.3

-Compliant to 3.3V / 5V devices

-Supports up to two PCI master slots via risercards

PCI Risercardsoffered by FTS

Note: Third party risercards must

not use any “Reserved”-pins

of PCI connector!

Internal Connectors

PCI Extension Slot

Internal Connectors

PCI Extension Slot

Page 47

-PCIe x1

-Provides the option to install customer-specific extension cards

-Note: External connectors of PCIe x1 cards require appropriate aperture in chassis

rear!

Internal Connectors

PCI Express Extension Slot

Internal Connectors

PCI Express Extension Slot

Page 48

Internal Connectors

Mini PCI Express Extension Slot (bottomside)

Internal Connectors

Mini PCI Express Extension Slot (bottomside)

Mini PCI Express Connector (incl. USB support)

MechanicalLock for

Mini PCI Express Card

Note:

Mini card lock supports full length

cards only!

Page 49

System Monitoring

• Temperature Sensors and Fans

• SystemGuard: Fan/Temperature Monitor

• SilentFanConfig: Customize System Monitoring

• Temperature Reference Points

Page 50

FAN 1

(CPU Fan)

FAN 2

(Chassis)

Note:

Fan1 PWM (4-wire) only!

Fan2: PWM (4-wire) and voltage controlled

(3-wire) possible.

Selectable via BIOS Setup

Note: Do not attach more than one fan per connector!

System Monitoring

D2963-S: Fans

System Monitoring

D2963-S: Fans

Page 51

CPU Sensor

(inside Processor)

Sensor 2

(inside Northbridge)

Sensor 1

(inside Super I/O)

System Monitoring

D2963-S: Temperature Sensors

System Monitoring

D2963-S: Temperature Sensors

Page 52

BIOS Setup option for Fan2

Note: Default setting is PWM (4-Wire)

Setting “3-Wire”:

The default minimum operating voltage

is set to ~ 6V; the maximum operating

voltage (full speed) is 12V.

Note:

If a 3-wire fan is used while BIOS Setup

is set to “4-Wire”, the fan will operate at full

speed (=12V operating voltage)!

System Monitoring

D2963-S: BIOS Fan Settings

System Monitoring

D2963-S: BIOS Fan Settings

Page 53

•

Windows-based Monitoring Tool

•Download link to latest version:

ftp://ftp.ts.fujitsu.com/pub/Mainboard-OEM-Sales/Services/Software&Tools/Common-Mainboard-Tools/SystemGuard/

Note: Version 3.50 or higher recommended for D2963-S

•SystemGuardoffers several options like “LogFile-feature” and “No Adjustments-mode” Details are available here:

ftp://ftp.ts.fujitsu.com/pub/Mainboard-OEM-Sales/Services/Software&Tools/Common-Mainboard-Tools/SystemGuard/Documentation/

•

Note: A Windows-based API is available for easy implementation of the

System Monitoring features like fan speed, sensor temperatures etc.

ftp://ftp.ts.fujitsu.com/pub/Mainboard-OEM-Sales/Products/Mainboards/Industrial&ExtendedLifetime/D2963-S/IndustrialTools_D2963-

S/BMC_Management-Controller-API/

System Monitoring

SystemGuard: Fan/TemperatureMonitor

System Monitoring

SystemGuard: Fan/TemperatureMonitor

Page 54

Temperature Sensors

Northbridge Sensor

Super I/O Sensor

Processor Sensor

Sensor / Fan Matrix

Factory default setting:

- FAN1 (CPU) controlled by Processor temperature

- FAN2 controlled by all sensors

1) Note: Characteristics for FAN1 is always dependent on CPU temperature –fully controlled by the system BIOS. Due to safety reasons this influence cannot be disabled!

All relevant System Monitoring parameters can be

customized via SilentFanConfig-Tool!

System Monitoring

D2963-S: SystemGuard

System Monitoring

D2963-S: SystemGuard

Current Fan Speed

Page 55

Sensor / Fan Matrix

Only Sensor 1 (Super I/O) controls Fan2

All relevant System Monitoring parameters can be

customized via SilentFanConfig-Tool!

System Monitoring

SystemGuard–Sample forCustomizedFan Settings

System Monitoring

SystemGuard–Sample forCustomizedFan Settings

Current Fan Speed

Min. fan speed (fan2) reduced

Temperature Range for Sens1 adjusted

Minimum fan speed within “green” range;

fan speed increases within “blue” range

Note: This specific setting is recommended if D2963-S is installed in the Fujitsu Industrial MiniITX Chassis. Download link for this setting:

ftp://ftp.ts.fujitsu.com/pub/Mainboard-OEMSales/Products/Accessories/Industrial-Mini-ITXChassis/Adjusted_Fan_Setting_D2963-S/

Page 56

•

Windows-based Configuration Tool

ftp://ftp.ts.fujitsu.com/pub/Mainboard-OEM-Sales/Products/Mainboards/Industrial&ExtendedLifetime/D2963S/IndustrialTools_D2963-S/SilentFanConfigManager/

•Use SilentFanConfigto adjust the required settings.

•As result, SilentFanConfigcreates a BIOS configuration file. Save file as "smco.in“

•Afterwards you have to use the DOS-tool "SMCO" to flash the new fan settings into the BIOS.

•Copy smco.exe and smco.into the DOS boot medium (USB-stick or USB-floppy or harddiskwith DOS), boot on target platform and run following operation: smcosmco.in

•New settings are written permanently to system BIOS

Note: SilentFanConfigV1.6 or higher required for D2963-S

System Monitoring

SilentFanConfig: Customize System Monitoring

System Monitoring

SilentFanConfig: Customize System Monitoring

Page 57

Basic Fan Settings

Adjust minimum fan

startup speed

Enable/disable fan

speed control

System Monitoring

D2963-S: SilentFanConfig(1)

System Monitoring

D2963-S: SilentFanConfig(1)

Page 58

Basic Sensor Settings

Adjust related temperature settings

System Monitoring

D2963-S: SilentFanConfig(2)

System Monitoring

D2963-S: SilentFanConfig(2)

Page 59

Global Settings

Adjust minimum fan speed

(Condition for “Fan removed”)

Adjust sensor / fan influence

Note: Due to safety reasons the

CPU sensor always influences

Fan 1 (CPU)!

System Monitoring

D2963-S: SilentFanConfig(3)

System Monitoring

D2963-S: SilentFanConfig(3)

Page 60

Import/Export Settings

Create configuration file “smco.in”

for additional SMCO flash tool (DOS-based).

Customized System Monitoring settings

can be flashed permanently to system BIOS.

System Monitoring

D2963-S: SilentFanConfig(4)

System Monitoring

D2963-S: SilentFanConfig(4)

Page 61

System Monitoring

ThermographyD2963-S

System Monitoring

ThermographyD2963-S

Page 62

System Monitoring

ThermographyD2963-S (Front)

System Monitoring

ThermographyD2963-S (Front)

Page 63

System Monitoring

ThermographyD2963-S (Rear)

System Monitoring

ThermographyD2963-S (Rear)

Page 64

System Monitoring

Climatic chamber test D2963-S

System Monitoring

Climatic chamber test D2963-S

D2963-S withthermocouplesforall criticalcomponents

Page 65

Reference Point Limit Temperatures (Component Surface) must not be exceeded!

Operating Conditions:

Circulating air max. 60°C

Usage 24h / 7 days

Inductors max. 90°C

Inductor / Voltage Regulator

max. 90°C

Southbridge Heatsink

max. 80°C

Voltage Regulators

max. 90°C

Northbridge Heatsink

max. 75°C

Battery max. 60/70°C

1) Note: Battery operation is

specified in temperature range up

to 60°C. Operation between

60°C and 70°C may result in:

-Higher self discharge rate

-Decline of specified characteristics

-Danger of leakage increases

Super I/O max. 75°C

All Capacitors:

max. 75°C

Clock Synth.max. 85°C

Crystal max. 75°C

Audio Codec max. 75°C

Inductors max. 90°C

System Monitoring

Temperature Reference Points

System Monitoring

Temperature Reference Points

Page 66

LAN Controller

max. 80°C

Voltage Regulator

max. 90°C

Crystal max. 75°C

Operating Conditions:

Circulating air max. 60°C

Usage 24h / 7 days

Voltage Regulator

max. 90°C

System Monitoring

Temperature Reference Points

System Monitoring

Temperature Reference Points

Reference Point Limit Temperatures (Component Surface) must not be exceeded!

Crystal max. 75°C

COM Driver

max. 90°C

Page 67

If the processor temperature exceeds the internal Alert temperature level (~ 100°C; exact level depends on processor), the onboard electronics forces the processor to throttle down (“ProcHot”) in order to reduce the power consumption and prevent the system from damage. The processor performance will be reduced to ~ 50%.

Note: This performance compensation will not be reset automatically after the processor has reached its specified temperature range again, but will remain active until the system is shut down or set to S3 (Standby) or S4 (save to disk). Due to reliability reasons this option is <Enabled> in BIOS Setup by default.

If this option is disabled, the system will shutdown in case of excess processor temperaturwhen reaching a limit of ~ 125°C

System Monitoring

Processor Excess Temperature Protection

System Monitoring

Processor Excess Temperature Protection

Page 68

Mainboard Power Consumption

• AC Mains Power Consumption

Page 69

D2963-S1

Sempron200U, 1GHz single / max. 8W

1GB RAM, HDD 2.5” SATA, Win XP

AC adapter E557-V55 @230V

D2963-S2

AthlonL325, 1.5GHz dual / max. 18W

1GB RAM, HDD 2.5” SATA, Win XP

AC adapter E557-V55 @230V

Pure MS-DOS

~ 23W ~ 30W

Windows XP “Idle” ~ 15W ~ 16W

Windows XP Full Load

~ 20W ~ 33W

Windows XP „S3“ („Standby“)

< 1W < 1W

Windows Shutdown„S5“

< 1W < 1W

1)Boot fromUSB stick

2)Windows XP, 100% processorload(AMD stress tool)

3)Dependson power supply efficiency @ minimum output power, BIOS settings and LAN configuration

Mainboard Power Consumption

AC Mains Power Consumption

Mainboard Power Consumption

AC Mains Power Consumption

Page 70

Special Features

•Mainboard Watchdog

•Harddisk Security

Page 71

•

Watchdog feature provides secure system behaviourin case

of software crash

•System shuts down or

•System reboots Example:

Printer Server (unattended)

-Specific SW application re-triggers watchdog timer every 10 seconds

-Iftheprintersoftwarehangs, there-trigger applicationwill nolongerbeactive, and the watchdogforcesthesystemtoreboot

-After reboot, printersoftwareisavailableagain

Note: DetailedprogramminginfoabouttheWatchdogfeature

isavailablein theOEM mainboard specification.

A Windows-based API is available for easy implementation of the

GPIO features (included in SystemMonitoringAPI)

ftp://ftp.ts.fujitsu.com/pub/Mainboard-OEM-Sales/Products/Mainboards/Industrial&ExtendedLifetime/D2963-

S/IndustrialTools_D2963-S/BMC_Management-Controller-API/

(Demo Application)

Special Features

Mainboard Watchdog

Special Features

Mainboard Watchdog

Page 72

•

Password Protection for Harddisk

•Password Entry on each Boot or

•Silent Boot from Protected Harddisk

Second option useful for unattended system

to ensure OS boot w/o any user interaction

Note: Harddisk protected by HDD password cannot

be used any more if password gets lost.

Keeps your SW IP secure within your system!

Silent Boot -Option

Special Features

Harddisk Security

Special Features

Harddisk Security

Page 73

Operating System Support

•Windows ® XP / VISTA / Windows 7

•Windows® XP Embedded

•Linux / Embedded Linux

Page 74

•

Mainboard D2963-S is designed according to the

Microsoft Guidelines for Windows XP,

Windows VISTA and Windows 7

• MS certified drivers are available via OEM DU-DVD,

OEM FTP Server and FTS Website

Operating System Support

Support for Windows® XP / VISTA / Windows 7

Operating System Support

Support for Windows® XP / VISTA / Windows 7

Page 75

•

Conditions

•Customer is familiar with XP Embedded & Target Designer / Component Designer

•Customer creates specific XP Embedded SW installation at his own responsibility & risk

•

FTS provides Board Support Package

(SLD files incl. drivers for D2963-S onboard components)

•Drivers contain englishlanguage version

•SLD files have no license restrictions

•Complete BSP will be available for download:

ftp://ftp.ts.fujitsu.com/pub/Mainboard-OEM-Sales/Products/Mainboards/Industrial&ExtendedLifetime/D2963-S/Drivers_D2963-S/

Operating System Support

Supportfor Windows® XP Embedded

Operating System Support

Supportfor Windows® XP Embedded

Page 76

1) See installation hints: http://www.suse.de/~sndirsch/ati-installer-HOWTO.html

2) Only preinstalled ATI driver, driver kit provided via ati.amd.com isn't working

3) Tested with compiled kernel 2.6.27.5 Note: Note: If standard kernel is used, LAN cable must not be connected before LAN module is loaded

4) Note “Debian Etch”: No official support for Debian by AMD/ATI, but working installation is possible

-After basic installation, system shows several boot errors (= Kernel 2.6.18-5-486)

-Run Debian updater (Kernel update) to resolve boot errrors (= Kernel 2.6.18-6-486)

-Install ATI graphics driver http://ati.amd.com/support/driver.html ("Linux x86 -> Integrated/Motherboard -> Radeon Xpress 1250“)

Unofficial Wiki for ATI

Linux Drivers

http://wiki.cchtml.com/index.

php/Main_Page

Basic OS

Installation

HDD / DVD Read/Write

Access

Graphics LAN

2nd LAN

Sound

openSUSE 10.3, 32 Bit

OK OK

1)OK 3)OK 3)OK 3)

openSUSE 10.3, 64 Bit

OK OK

1)OK 3)OK 3)OK 3)

openSUSE 11.0, 32 Bit

OK OK

OK OK OK

openSUSE 11.0, 64 Bit

OK OK

OK OK OK

SUSE Linux Enterprise 10 SP2, 32 Bit

OK OK OK

3)OK 3)OK 3)

SUSE Linux Enterprise 10 SP2, 64 Bit

OK OK OK

3)OK 3)OK 3)

Fedora 9, 32 Bit

OK OK

OK OK OK

Fedora 9, 64 Bit

OK OK

OK OK OK

Red Hat Enterprise Linux 5.2, 32 Bit

OK OK OK

3)OK 3)OK 3)

Red Hat Enterprise Linux 5.2, 64 Bit

OK OK OK

3)OK 3)OK 3)

Debian Etch, 32 Bit (netinst)

Failed Failed Not testable Failed Failed Not testable

Debian Etch, 64 Bit (netinst)

Failed Failed Not testable Failed Failed Not testable

Debian Lenny, 32 Bit (netinst)

OK OK OK OK OK OK

Debian Lenny, 64 Bit (netinst)

OK OK OK OK OK OK

Ubuntu 7.1, 32 Bit

OK OK OK

3)OK 3)OK 3)

Ubuntu 7.1, 64 Bit

OK OK OK

3)OK 3)OK 3)

Ubuntu 8.10, 32 Bit

OK OK OK OK OK OK

Ubuntu 8.10, 32 Bit

OK OK OK OK OK OK

Operating System Support

SupportforLinux OS (preliminary)

Operating System Support

SupportforLinux OS (preliminary)

Page 77

Operating System Support

SupportforEmbedded Linux (preliminary)

Operating System Support

SupportforEmbedded Linux (preliminary)

• FTS provides free demo BSP for Embedded Linux

•Download link

ftp://ftp.ts.fujitsu.com/pub/Mainboard-OEM-Sales/Products/Mainboards/Industrial&ExtendedLifetime/D2963-S/Drivers_D2963-S/

Page 78

Fujitsu DD2963-S, D2963-S Technotes

Specifications and Main Features

Frequently Asked Questions

User Manual