ADLINK cPCI-6530 Core i7 Blade Computer Deployment Guide

Extended temperature version: The manual does not explicitly list the wide temperature option, but cPCI-6530 is based on the fourth generation Core platform. You can consult ADLINK for the -20 ℃ to+70 ℃ wide temperature version (which may require frequency reduction). Special attention should be paid to military/outdoor applications.

Memory configuration and ECC verification

CPCI-6530 supports dual channel DDR3L-1600 ECC memory, with a maximum of 16GB: one for onboard soldering (up to 8GB) and the other for SO-DIMM slots (up to 8GB). Key deployment points:

Two channels of memory must be used simultaneously to leverage the dual channel bandwidth advantage, otherwise performance will be halved.

ECC (Error Correction Code) memory can detect and correct single bit errors, which is essential for high reliability applications such as traffic signal control and flight control. Be sure to use factory certified ECC memory modules, as non ECC modules may cause BIOS recognition or system instability.

Section 3.1 of the manual states that the voltage of DDR3L is 1.35V (low voltage), and 1.5V standard DDR3 cannot be mixed, otherwise it may damage the memory controller.

Key points for selecting and installing storage solutions

CPCI-6530 provides multiple storage interfaces, which need to be selected according to the vibration environment and service life:

4.1 mSATA (recommended priority)

Onboard mSATA slot (CN9), directly fixed to PCB, with the best vibration resistance. The installation steps are described in section 5.2 of the manual - insert the mSATA module into the slot and secure it with two screws. It is recommended to use industrial grade mSATA (wide temperature, SLC or high durability MLC).

4.2 2.5-inch SATA hard drive/SSD (cPCI-6530V only)

Installed through the bracket and SATA adapter board (DB-LSATA) in the attachment, it can support 2.5-inch HDD or SSD. Section 5.3 of the manual provides a detailed diagram of the installation process, please note:

The installation position of the 2.5-inch drive will occupy space that could have been used for CFast (shared between the two).

Mechanical hard drives will reduce the overall anti vibration specifications of the machine. The manual clearly recommends using flash storage if the application has higher anti vibration requirements.

4.3 CFast (optional)

Install CFast card on cPCI-6530V using DB-CFST adapter board (part number 91-37572-010E) to share space with 2.5-inch SATA drive. CFast cards also have the advantage of anti vibration and are easy to replace data on site.

4.4 RTM post output storage

Through cPCI-R6700/R6500 RTM, 3 SATA 3Gb/s signals can be led out to the rear of the chassis, making it convenient to connect to external high-capacity storage arrays.

PMC/XMC Expansion Module Installation and Configuration

The PMC/XMC slot of cPCI-6530 is its core competitiveness, but installation and configuration involve multiple switch settings:

5.1 Mechanical Installation

Section 5.4 of the manual provides a detailed description of the installation steps for PMC/XMC modules - removing panel fillers, aligning connectors, pressing the module in, and securing it to the welding surface with four screws. Please note:

CPCI-6530V provides 2 PMC/XMC slots, and cPCI-6530V provides 1 slot.

Module height limit: Single slot 4HP panel. If the PMC module has high heat sinks or onboard connectors, it may exceed the 4HP thickness and mechanical compatibility needs to be confirmed.

5.2 Clock and Bus Configuration (Key)

Section 4.5 of the manual lists multiple dip switches used to configure PMC bus parameters:

SW-PMC1 (PMC clock setting): default fully OFF, supports PCI-X mode up to 64 bit/133MHz automatic negotiation. If you need to force 32-bit or reduce the clock to PCI 66MHz/PCI-X 100MHz, you can set it according to the table. Important: If the PMC module does not support PCI-X, automatic negotiation may fail, and Pin3 needs to be turned on to force it to PCI mode.

SW_VIO1 (PMC I/O voltage): default ON (3.3V), some older PMC modules may require 5V I/O and need to be switched to OFF. Incorrect voltage may damage the module or motherboard, be sure to check the module manual.

5.3 XMC Configuration

XMC sites are connected via PCIe x8 Gen2 (5GT/s per channel) and managed by PEX8624 PCIe Switch. If using XMC modules, ensure that they support PCIe x8 or at least x4 downgrade compatibility. Table 4-13 in the manual provides detailed pin definitions for XMC connectors (including 3.3V,+12V, -12V power supply). If the XMC module requires -12V, it is necessary to confirm that the backplane provides this voltage (most 6U cPCI backplanes provide ± 12V).

Operating system and driver installation sequence

Chapter 6 of the manual provides the driver installation sequence for Windows 7/8, strictly following this sequence can avoid resource conflicts:

Intel Chipset Device Software - must be installed first, otherwise subsequent devices may not recognize it.

Graphics card driver (Intel HD Graphics 4600) - supports DX11.1, OpenGL 3.2, and OpenCL 1.2.

Network card driver (Intel I210/I217 GbE) - The front dual network ports support AMT 9.0, and an additional installation of Intel Management Engine Interface (step 8) is required to enable remote management functionality.