ADLINK NuPRO-965 PICMG 1.3 SHB Express Full length Industrial Motherboard

ADLINK NuPRO-965 PICMG 1.3 SHB Express Full length Industrial Motherboard

Chapter 1 Product Overview (Core Hardware Specifications)

1.1 Processor and Chipset Platform

Slot: LGA775 (Socket T), supports Core 2 quad/dual core, Pentium D, Pentium Supreme, Celeron D; FSB 533/800/1066MHz;

Chipset: Intel Q965 GMCH+ICH8 Southbridge, paired with ITE IT8712F Super I/O;

Architecture advantage: PICMG1.3 adopts a full PCIe serial backplane, replacing the bottleneck of 1.0 parallel ISA while retaining traditional PCI compatibility.

System Block Diagram of the Whole Machine

1.2 Memory specifications (greatly upgraded to 935A)

4-channel 240pin DDR2 DIMM slots, dual channel architecture, maximum 8GB (935A only 2 slots 4GB), supports 533/667/800MHz non buffered non ECC memory; The dual channel requirement is that the total capacity of Group A's 2 channels equals the total capacity of Group B's 2 channels. It is recommended to use memory of the same specifications.

1.3 Display subsystem

Onboard Intel GMA3000 integrated graphics card, 400MHz core, DirectX9 hardware acceleration, dynamic sharing of up to 256MB system graphics memory; Supports dual display output, VGA interface up to 2048 × 1536@75Hz .

1.4 Network (Different by Model)

NuPRO-965DV: Dual PCIe x1 Intel 82573E Gigabit Ethernet ports, dual RJ45 rear; No IDE interface;

NuPRO-965LV: Single Gigabit Ethernet port, onboard JMicron bridge, retaining 1 IDE channel;

Network port with link/speed dual color LED (10M yellow light, 100M green light, 1G amber light).

1.5 Storage Interface (4-channel SATA, increased storage capacity)

Onboard 2 SATA II 3Gbps; The backplane leads out an additional 2 SATA ports, totaling 4 SATA ports;

LV version exclusive 40pin ATA10 IDE; The DV version does not have an IDE, and there is a compatibility issue when installing IDE devices on Linux. We recommend using a SATA/USB optical drive.

1.6 I/O and Expansion Bus

USB2.0 has a total of 7 channels: 1 rear port, 2 onboard pins, 4 backplane outlets, each with independent overcurrent protection, and supports USB boot;

Serial port parallel port: 2 RS232 pins COM1/COM2, 1 ECP/EPP parallel port; No native 485 serial port (missing compared to 935A);

Audio: Onboard HD audio pin CNY2, optional DB-Audio2 daughter card for 5.1 channels;

Expansion bus (PICMG1.3 core):

1 x PCIe x16 graphics card channel (backplane gold finger);

4 x PCIe x1 high-speed channel;

1 channel of 32-bit 33MHz PCI, capable of expanding 4 PCI slots through the backplane;

Limited ISA compatibility support.

1.7 Industrial supporting functions

Hardware monitoring: CPU/onboard dual channel temperature, CPU/system dual fan speed measurement, real-time acquisition of+3.3V/5V/12V/memory/CPU core voltage;

Hardware watchdog WDT, automatically resets the entire machine upon timeout;

Chassis intrusion detection (JP5 pin): external chassis door switch, open cover recording alarm;

External temperature sensor JP8;

Environmental specifications: Operating at 0~60 ℃ (Pentium D processor ≤ 50 ℃), storage at -20~80 ℃, humidity at 0~90% without condensation.

Mechanical dimension diagram of motherboard

1.8 Packing standard accessories

Motherboard, 2 SATA cables, SATA power supply cable, COM+parallel port blocking cable, single COM ribbon cable, dual USB blocking cable, PS/2 keyboard and mouse Y cable (canceled for models ending in xx60 and above), integrated driver CD, manual;

The xx60 model cancels the rear Mini DIN PS/2. If PS/2 is needed, an external pin ribbon cable (part number 30-01019-2000) needs to be purchased separately.

Chapter 2 Hardware Information: Interfaces, Layout, Jumpers

2.1 Rear panel I/O (from left to right)

Optional PS/2 keyboard and mouse, RJ45 Ethernet port 1, RJ45 Ethernet port 2 (DV exclusive), 15 pin VGA, rear USB; Complete pin definitions for VGA, Ethernet port, and USB are attached.

2.2 Motherboard layout and all connectors (two layout diagrams)

Divided into eight categories: power supply, memory, fan, storage, serial and parallel ports, audio, chassis panel, and expansion pins, all with pin definitions:

Power supply: CN7 4pin ATX 12V auxiliary power supply (must be connected, otherwise it will not turn on);

Fans: FN1 (4-pin CPU fan, speed control+speed measurement), FNY1 (3-pin system fan);

Memory: J1/J2 (channel A), J3/J4 (channel B) four sets of DDR2 slots;

Storage: CN8/CN10 SATA, CN5 IDE (exclusive to LV);

Peripheral pins: COM1/COM2, CNY1 parallel port, CNY2 HD audio, CNY3 external PS/2;

Case panel CN14: power switch, restart, power light, hard disk light, case speaker 20 pin plug;

Special pins: JP5 chassis intrusion, JP8 external temperature sensor.

Layout Diagram 1

Layout Diagram 2

2.3 Unique Function Jumper: JP7 Clears CMOS

Default 1-2 short circuit (normal); Power off, remove the motherboard battery, short circuit 2-3 for about 10 seconds to clear BIOS password/parameters, restore to factory, restore jumper after operation, and reinstall the battery.

Chapter 3 Hardware Installation Operation Specification

3.1 General mandatory anti-static requirements

Wear a grounded anti-static wristband throughout the entire process, operate on the anti-static radio, and prohibit bare hands from touching the CPU, memory, and gold fingers; Disassembly and assembly must completely disconnect the power supply.

3.2 LGA775 CPU Installation Standard Process

Press down to unlock the pressure rod, open the cover plate, and remove the protective plastic cover;

Align the golden triangle of the CPU with the anti mistake mark at the bottom left corner of the socket, place it vertically and horizontally, and strictly prohibit pressing it;

Close the cover plate and fasten the locking rod; Violent operation is prohibited to damage the pins (loss of warranty).

LGA775 slot opening cover

CPU alignment installation

3.3 CPU heatsink hard specifications (key warning)

Do not press down on the heat sink with snap fasteners, as it may cause PCB bending and circuit breakage; Only supports Linghua specified 1U/2U/3U copper bottom heat sinks, installation requirements:

Install a matching backplane on the back of the motherboard;

Apply thermal grease evenly to the CPU;

Tighten the screws diagonally and gradually to avoid damaging the CPU with single point pressure;

Connect the fan cable to FN1, hold the edges of the motherboard on both sides, and support the weight of the heat sink to prevent board deformation.

Schematic diagram of diagonal fastening of radiator

3.4 DDR2 Memory Installation

Push the buckles on both sides of the slot outward, align the memory gap with the slot protrusion, and press down vertically. The buckles will automatically lock in place; Dual channel must have two sets of memory with equal total capacity, and it is recommended to use memory of the same brand and sequence.

DDR2 memory anti error gap

Chapter 4 Driver Installation Guide

Supporting integrated driver CD, supporting Windows 2000/XP, Linux reference CD instructions, divided into 4 types of drivers for step-by-step installation, requiring a restart after each installation step:

Q965 chipset driver: Run Setup to automatically load motherboard bus and PCIe underlying INF files;

GMA3000 display driver: standalone graphics card installation program, supports dual screen configuration;

82573E Gigabit Ethernet card driver: PRO2KXP installation package, dual network card automatic recognition;

HD Audio Driver: Only compatible with DB-Audio2 daughter card, BIOS needs to first enable the South Bridge HDA controller.

Chapter 5 AMIBIOS8 Complete Setting Menu (Core Debugging Chapter)

Press Del to enter BIOS during startup, supporting F1 Help, F8 Fault Default, F9 Optimal Default, F10 Save Exit, ESC Discard Modification, and eight main menus:

5.1 Main (Basic Information Page)

Display CPU model, total memory, system time and date, only for basic viewing and time modification.

5.2 Advanced Settings (up to submenus)

IDE/AHCI configuration: SATA compatible/enhanced/AHCI three modes, hard disk PIO/DMA/SMART parameters, JMicron bridge switch;

Super IO: serial address interrupt, parallel EPP/ECP mode, floppy drive switch;

Hardware Health: Real time voltage, temperature, and fan speed monitoring panel;

APM power management: CPU down conversion, hard disk sleep, scheduled boot, remote wake-up of network card, power outage recovery strategy (shutdown/power on/last state);

Event log: View/clear hardware fault POST logs;

PCIe configuration: ASPM energy-saving switch, MPS multiprocessor specification;

Serial port remote redirection: COM port console, baud rate, terminal type configuration;

USB configuration: DOS Legacy support, USB 2.0 high-speed mode, USB boot emulation (floppy disk/hard disk/optical drive).

5.3 PCI/PnP Plug and Play

Manually allocate IRQ/DMA, reserve interrupts for older ISA devices, turn off graphics card palette listening, and clear NVRAM resource table.

5.4 Boot Startup Settings

Custom startup sequence (USB/hard drive/optical drive/network);

Quick startup, full screen logo, startup NumLock, F1 error waiting switch;

5.5 Security Settings

Administrator/user two-level password, virus protection in boot zone, and CMOS must be cleared if forgotten password.

5.6 Chipset Chipset Settings

North Bridge: Memory timing, DVMT dynamic graphics memory (up to 256MB), main graphics card selection (onboard/external PCIe graphics card), memory remapping;

South Bridge: Number of USB ports, HD audio switch, PCIe port start stop, power on recovery settings, network card PXE boot ROM switch.

5.7 Exit Exit menu

There are four options: save exit, abandon exit, load optimal performance default, and load stable fault default.