ADLINK NuPRO-E42 Industrial Control Motherboard Deployment Guide

ADLINK NuPRO-E42 Industrial PICMG 1.3 System Motherboard Deployment and Configuration Guide

In the fields of industrial automation, machine vision, and high-performance computing, the stability, scalability, and computing power of the system motherboard directly determine the service life of the entire system. ADLINK's NuPRO-E42 is a full-size system motherboard (SHB) that complies with PICMG 1.3 standards, equipped with 4th generation Intel Core i7/i5/i3 and Pentium LGA1150 processors, paired with Q87 chipset, providing PCIe x16 graphics expansion, dual Gigabit Ethernet, 6 USB 3.0, 4 SATA 6Gb/s, and 6 COM ports, and supporting TPM 1.2 security chip and hardware watchdog. This article will provide a complete deployment and optimization manual for system integrators and maintenance engineers, covering CPU and memory installation, onboard interface layout, BIOS key settings, watchdog and system resource optimization, driver deployment, and troubleshooting.

Platform architecture and core specifications

The NuPRO-E42 adopts the combination of Intel Q87 PCH and LGA1150 processors, supports 22nm process CPU, integrates memory controller and Intel HD Graphics. Its core features include:

Project specifications

CPU Core i7-4770S（3.1GHz，65W）、i5-4570S、i3-4330S、Pentium G3420

Memory 2x240 pin DDR3 DIMM, dual channel 1333/1600 MHz, maximum 16GB

Chipset Intel Q87 Express PCH

Display integrated graphics card+PCIe x16 expansion; Rear VGA, onboard DVI-D pin (optional)

Network dual GbE (Intel I217LM+I211-AT), supporting AMT 9.0 (LAN1), PCIe, WOL

Storage 4 x SATA 6Gb/s (supports RAID 0/1/5/10)

USB 6 x USB 3.0 (rear 2, onboard pin 4)+4 x USB 2.0 (backplate gold fingers)

Serial port 6 × COM (5 channels RS-232, 1 channel RS-232/422/485 configurable)

Expansion PCIe x16 Gen3, PCIe x4, PCI 32bit/33MHz (via TI XIO2001 bridge)

Security TPM 1.2 (Infineon SLB 9635), hardware watchdog

Size 338 × 126 mm (total length PICMG 1.3)

Working temperature 0~60 ℃

This motherboard is connected to the backplane (bottom board) through gold fingers and supports standard PICMG 1.3 chassis. It can flexibly configure multiple PCI/PCIe expansion cards and is suitable for visual inspection, motion control, and data acquisition systems.

Steps for installing CPU and memory

2.1 CPU Installation (LGA1150)

The manual provides a detailed description of the CPU installation process, with key points including:

Anti static operation: It is necessary to operate on an anti-static workstation and wear a grounding wristband.

Unlocking mechanism: Press down the locking arm and push it outwards to disengage from the fixed buckle, lift the load pressure plate, and remove the plastic protective cover.

Alignment direction: Align the golden triangle mark on the CPU with the Pin 1 indicator angle on the socket, and align the grooves on both sides with the socket positioning key.

Vertical placement: Place the CPU vertically into the socket, do not apply force, only install in one direction.

Locking: Lower the load pressure plate, ensure that its leading edge is engaged under the screw, then press down on the locking arm and snap back the buckle.

Attention: Before installation, be sure to disconnect all power sources and avoid touching the socket contacts, otherwise it may result in the warranty being invalidated.

2.2 Radiators and Fans

The CPU must be equipped with a dedicated heat sink and fan (FAN1 interface), otherwise it may damage the motherboard or CPU. The manual emphasizes that if the installation steps are inconsistent with the instructions provided with the radiator, the latter shall prevail. Apply thermal grease evenly and connect the fan cable to the motherboard FAN1 (CPU fan) or FAN2 (system fan) interface.

2.3 Memory Installation

The motherboard provides 2 240 pin DDR3 DIMM slots and supports 1/2/4/8GB non ECC buffer free memory.

To enable dual channel mode, the capacity of both channels must be equal (DIMM1=DIMM2). It is recommended to use memory modules of the same brand, model, and CAS latency.

During installation, align the notch of the memory module with the anti mistake protrusion of the slot and insert it vertically until the two side buckles automatically lock.

Layout of onboard I/O and connectors

The I/O of NuPRO-E42 is distributed on the front and rear panels as well as the onboard pin layout. The manual provides detailed location diagrams (Figure 1-4). The key connectors are as follows:

3.1 Rear I/O (Panel)

LAN1/LAN2: Dual RJ45, with link/activity LED (green=100M, orange=1G).

USB 3.0: 2 Type-A ports.

VGA: D-sub 15 needles.

3.2 Onboard pin arrangement (requires cable/bracket)

COM1~6: COM1 (CN23, 2.54mm spacing, supports RS-232/422/485, switches modes through SW13 dip switch); COM2（CN16，2.54mm）； COM3~6 (CN11~14, 2.00mm spacing, only RS-232).

USB 3.0 Expansion: CN36/37, capable of exporting 4 USB 3.0 ports (including cable holder).

DVI-D：CN17， Optional DVI-D baffle cable (P/N 30-01052-2000).

SATA：CN30~33， There are a total of 4 7-pin SATA 6Gb/s interfaces.

PS/2 keyboard/mouse: CN27 (optional cable required).

System panel: CN45, used to connect power button, reset button HDD LED、 Power LED, speaker, etc.

HD Audio：CN40， Used to connect DB-Audio2 audio daughter cards.

ATX 12V power supply: CN24, 4-pin socket (+12V and GND).

3.3 Jumpers and Switches

JBAT1 (Clear CMOS): Short circuit 2-3 pins to clear CMOS settings; Normal is 1-2.

JBAT2 (Clear RTC): Used to clear the date and time and RTC registers, it needs to be shorted together with JBAT1 to be completely cleared.

SW13 (COM1 mode switching): DIP switch used to select RS-232 (ON/OFF), RS-422 (ON/ON), or RS-485 (OFF/ON).

Key BIOS settings

BIOS (AMI UEFI) is accessed through the DEL key, and F7 is the boot menu. The following are the configurations that need to be focused on during deployment:

4.1 Advanced

CPU configuration: Can enable/disable hyper threading, virtualization (VT-x), execution disable bit; Adjust the core number of activities.

SATA mode: Supports IDE, AHCI, and RAID. If using RAID 0/1/5/10, it must be set as RAID here, and after POST, press Ctrl+I to enter the Intel RST configuration interface.

USB configuration: Enable Legacy USB Support to support USB keyboard and mouse under DOS; USB 3.0 supports turning on/off; XHCI/EHCI Hand off is used for compatibility with older operating systems.

Super I/O configuration: Configure the I/O address and IRQ of each serial port.

Hardware monitoring: It can view CPU/system temperature, voltage, fan speed, and set FAN1 intelligent speed regulation (automatic/manual/full speed), supporting temperature threshold and PWM slope.

AMT configuration: Intel AMT can be enabled/disabled, and BIOS and OS watchdog timeout (in seconds) can be set.

Serial console redirection: Supports terminal redirection for COM0/COM1, used for remote management, can set baud rate, data bit, stop bit, flow control, etc.

4.2 Chipset

Graphics and Memory Bridge: Optional initial display device (IGD/PEG/PCI), set IGD shared memory size (32M~128M), supports multiple displays.

PCH bridge configuration: PCIe ports (x1 or x4 mode), PCIe sub decoding, etc. can be configured.

ME subsystem: ME can be enabled/disabled and MEBx entry mode can be set (normal/hidden Ctrl+P).

4.3 Security

Administrator password and user password can be set, with a password length of 3-20 characters.

Support TPM security devices (TPM Support needs to be enabled).

4.4 Boot

Can set boot timeout, NumLock status, quiet start (displaying OEM logo), and quick start (skipping some POST).

Adjust the startup priority to support UEFI and Legacy modes.

4.5 Exit

Save/discard changes, restore default, save as user default, boot from EFI Shell, etc.

Programming Practice of Watchdog Timer (WDT)

The watchdog of NuPRO-E42 is based on the IT8783 Super I/O chip and can be programmed through LPC registers. Appendix B of the manual provides complete C language example code (located in the NuPRO NuPRO-E42 WDT directory on the accompanying DVD).

Core operating procedures:

Enter IT8783 configuration mode (write specific sequence to 0x2E or 0x4E).

Select logical device 7 (WDT device).

Set timeout value (in seconds, 1-255) and write the count value through register 0x73.

Enable WDT output (reset the system through KBRST signal), or disable it.

Exit configuration mode.

Typical applications:

After the system starts, call IT8783_WDTRun (count, PLEDFlag), where count is the timeout seconds, and PLEDFlag controls whether to map the onboard LED to the WDT status indication.

The application needs to periodically "feed the dog" (reset the counter) to the WDT register, otherwise timeout will trigger a system reset.

This feature is particularly critical for unmanned devices and can effectively prevent production interruptions caused by software deadlocks.

Driver installation sequence

The manual recommends a Windows 7 64 bit environment with drivers located in a specific directory on the accompanying DVD. Install them in the following order:

Chipset driver (Chipset NuPRO NuPRO-E42 Chipset) - recognizes Q87 chipset components.

Display driver (Display NuPRO NuPRO-E42 VGA 64 Bit) - Install Intel HD Graphics driver.

Ethernet driver (Ethernet NuPRO NuPRO-E42 Ethernet Windows 64) - Install I217LM and I211-AT drivers.

Management Engine Driver (Others ME-Driver) - used for AMT functionality.

USB 3.0 driver (USB3) - Ensure that the USB 3.0 port is working properly.

Intel Rapid Storage Technology (Others RST) - If RAID or AHCI is used, F6 can be preloaded during system installation.

Attention: Before installing Windows, if RAID mode is required, the RST driver must be loaded during the installation process (F6 method).

System resource and interrupt optimization

Appendix C of the manual provides a detailed list of memory mapping, DMA channels, I/O ports, IRQ allocation (PIC and APIC modes), and PCI configuration space mapping. When there is a hardware conflict or the expansion card cannot be recognized, the following points can be referred to:

IRQ sharing: Many PCIe devices share IRQ (for example, PCIe ports 0~7 can be routed to IRQ 16~23). If you insert a high load card, you can adjust the PIRQ routing in the BIOS or disable unused onboard devices (such as serial ports and parallel ports) to release IRQ.

PCI Interrupt Routing: The table shows that PCI slots 0-4 are mapped to PIRQ A~H. If an interrupt storm occurs, you can try replacing the expansion card slot.

I/O port conflict: Avoid overlapping I/O addresses between onboard serial ports (3F8/2F8, etc.) and expansion cards.

Power consumption reference

The manual provides actual power consumption data (Core i7-4770S configuration):

Idle state: Approximately 10.5W (12V 0.38A+5V 0.68A+3.3V 0.78A).

CPU full load: about 85W (mainly 12V 6.5A).

S3/Sleep: Approximately 0.6~0.8W.

Suggested power supply: At least 350W ATX power supply to ensure sufficient power supply for PCIe expansion cards and hard drives.

Common troubleshooting checklist

Possible causes and solutions for the phenomenon

Power on, no display, CPU not installed properly or memory contact poor. Reinstall the CPU and check if the memory is securely plugged in; Clear CMOS

Check the WDT configuration when the system repeatedly restarts and the watchdog times out or the power supply is insufficient; Replace with a higher power supply

Serial communication failure COM1 mode switch (SW13) setting error check dip switch to ensure compatibility with device (RS-232/422/485)

USB 3.0 does not recognize that the driver is not installed or USB 3.0 is disabled in the BIOS to install USB 3.0 drivers; Enable XHCI in BIOS

RAID array cannot create SATA mode. If not set to RAID, enter BIOS and modify SATA mode to RAID. After restarting, press Ctrl+I

Check the FAN1 speed and clean the radiator if there is a malfunction of the automatic frequency reduction fan due to high temperature or dust accumulation on the heat sink; Adjust the speed control curve of the fan

PCIe expansion card unresponsive to resource conflicts or BIOS port configuration errors attempting to replace slot; Adjust PCIe Port Gen Speed in Chipset