PCIE-Q350-R13

iEi PCIE-Q350-R13 PICMG 1.3 Embedded CPU Board Repair, Replacement & Sales

The iEi PCIE-Q350-R13 is a PICMG 1.3 embedded CPU board (System Host Board) designed for industrial automation, OEM control systems, machine control computers, and legacy embedded platforms that require dependable long-term support and compatibility with PICMG 1.3 passive backplane architecture.

This board supports Intel 45nm LGA775 Core 2 Duo and Core 2 Quad processors, with support for 800MHz, 1066MHz, and 1333MHz front-side bus (FSB). Built on the Intel Q35 + ICH9DO platform, the PCIE-Q350-R13 is well suited for industrial systems that need stable chipset support, strong legacy compatibility, and reliable integration in existing passive backplane chassis.

The PCIE-Q350-R13 includes practical industrial I/O and storage features such as single Intel Gigabit Ethernet (GbE), SATA 3Gb/s, RAID support, and USB, making it a strong option for maintaining or replacing installed industrial computing systems without forcing a full platform redesign.

At SoftTouch Technologies, we provide iEi PCIE-Q350-R13 repair, replacement, testing, procurement, and integration support for customers maintaining both active and obsolete industrial systems. Whether you need a tested replacement PICMG 1.3 System Host Board, board-level repair, or assistance confirming processor, memory, storage, and backplane compatibility, we can help.

iEi PCIE-Q350-R13 Overview

The PCIE-Q350-R13 is built for industrial environments that require a dependable PICMG 1.3 embedded CPU board / System Host Board with strong processor support, proven Intel chipset stability, and reliable storage and network connectivity.

Key platform characteristics include:

• iEi PCIE-Q350-R13 PICMG 1.3 embedded CPU board / System Host Board
• PICMG 1.3 form factor
• Supports Intel 45nm LGA775 Core 2 Duo and Core 2 Quad processors
• Supports 800MHz / 1066MHz / 1333MHz FSB
• Intel Q35 + ICH9DO platform
• Single Intel Gigabit Ethernet (GbE)
• SATA 3Gb/s storage support
• RAID support
• USB support
• Designed for industrial passive backplane systems

Because many PICMG 1.3 systems rely on exact backplane compatibility, BIOS behavior, chipset stability, and known processor support, repairing the original board or sourcing an exact tested replacement is often the safest and most cost-effective option.

SoftTouch Technologies PCIE-Q350-R13 Services

• PCIE-Q350-R13 board-level repair and diagnostics
• Tested surplus and refurbished replacement PICMG 1.3 System Host Boards
• Backplane compatibility review and validation
• Processor and memory startup troubleshooting
• Intel Q35 / ICH9DO platform diagnostics
• Intel GbE interface testing
• SATA and RAID storage troubleshooting
• USB peripheral validation
• BIOS and CMOS troubleshooting
• System integration and deployment support
• Migration support for obsolete iEi industrial systems

Common PCIE-Q350-R13 Issues We Support

• No boot / no POST condition
• LGA775 processor initialization issues
• Core 2 Duo or Core 2 Quad compatibility problems
• Backplane compatibility or slot initialization failures
• Single Intel GbE communication failures
• SATA drive detection or RAID configuration issues
• USB device detection problems
• BIOS corruption or CMOS battery faults
• Intermittent instability in industrial chassis
• Power rail or aging component related failures
• Thermal or long-runtime stability concerns

Typical Applications

• Industrial automation systems
• Factory control computers
• PICMG 1.3 passive backplane systems
• OEM embedded industrial platforms
• Machine control systems
• Legacy industrial workstations
• Industrial storage and data acquisition systems
• Retrofit and long-life industrial computing systems

Why Repair or Replace the PCIE-Q350-R13 Instead of the Entire System?

Many systems built around the iEi PCIE-Q350-R13 rely on validated passive backplane architecture, exact BIOS behavior, known processor compatibility, and stable legacy software environments. Replacing the entire platform can require backplane changes, software revalidation, and mechanical redesign. In many cases, the best option is to repair the original board or source a tested exact replacement that preserves the existing system architecture.

Bench Testing & Functional Validation

Before shipment or after repair, we can perform functional validation such as:

• Power rail verification
• CPU and memory POST testing
• Backplane startup and slot compatibility checks
• Intel GbE network verification
• SATA detection and RAID validation
• USB functional checks
• BIOS configuration review
• Warm reboot / cold reboot stability checks
• Extended soak testing when required

Related iEi Support:
iEi Embedded Board Repair & Sales