Industrial automation systems often require computing platforms that can deliver reliable processing, communication, and expansion capabilities while fitting into established control-system architectures. The GE VMICPCI-7806-211000 350-657806-211000L is a GE Fanuc embedded computing platform designed around the CompactPCI architecture. It belongs to the VMICPCI-7806 family of single-board computers and was developed for robust, high-performance industrial and embedded applications.

For companies maintaining legacy automation equipment, embedded controllers, industrial data-acquisition systems, and CompactPCI-based platforms, the continued availability of compatible processor boards can be extremely important. Replacing an individual board can often be more practical than redesigning an entire control platform.

Our company supplies GE industrial automation and embedded computing spare parts, including the VMICPCI-7806-211000 350-657806-211000L, for customers involved in equipment maintenance, system repair, refurbishment, and replacement projects.

What Is GE VMICPCI-7806-211000?

The VMICPCI-7806 is a 6U CompactPCI single-board computer (SBC) originally developed by GE Fanuc Embedded Systems. Available GE Fanuc documentation describes it as a low-power, robust, high-performance universal controller based on Intel Pentium M or Celeron M processor technology. The platform uses a 400 MHz system bus and Intel's 855GME graphics memory controller.

The specific ordering designation provided by the customer is:

GE VMICPCI-7806-211000
Part Number: 350-657806-211000L

The VMICPCI-7806 family was designed to combine processing, networking, storage, serial communication, USB connectivity, and PMC expansion in a single CompactPCI slot. This makes the platform suitable for applications where computing capability needs to be integrated directly into an industrial backplane.

It is important to distinguish this product from generic modern industrial PCs. The value of the VMICPCI-7806 is its compatibility with established CompactPCI systems, operating environments, expansion architecture, and legacy application software.

A CompactPCI Computing Platform Built for Industrial Applications

The VMICPCI-7806 was designed specifically around the requirements of embedded computing. GE Fanuc documentation identifies the board as a 6U single-slot Eurocard form factor, with two PMC expansion sites and support for CompactPCI system architectures.

This architecture provides several advantages for industrial users.

Instead of installing a separate computer outside the control cabinet and connecting it through numerous interfaces, an embedded SBC can sit directly within the CompactPCI backplane. This allows processing and communication functions to become part of the overall control platform.

The VMICPCI-7806 also supports industrial operating systems and environments including Windows 2000, Windows XP, QNX, Linux, and VxWorks, according to historical GE Fanuc documentation.

For legacy applications, this operating-system flexibility can be particularly valuable because existing control software may depend on a specific operating environment.

Processing Architecture and Expansion

The VMICPCI-7806 family was offered with Intel processor options including Celeron M and Pentium M devices. GE Fanuc documentation lists processor configurations up to a 1.8 GHz Pentium M, while memory options included up to 1 GB of DDR SDRAM in the original product documentation.

The board incorporates two PMC sites:

• One 64-bit / 66 MHz PCI-X PMC site
• One 32-bit / 33 MHz PCI PMC site

These expansion interfaces allow additional functionality to be added according to the requirements of the application. PMC modules can be used to extend communication, data acquisition, I/O, or other specialized functions.

This modular concept is one of the reasons CompactPCI-based computing platforms have remained relevant in specialized industrial installations. Rather than designing a dedicated computer for every application, users can combine a processor board with compatible expansion hardware.

Communication and I/O Capabilities

Communication is another important feature of the VMICPCI-7806 architecture. GE Fanuc documentation identifies two Gigabit Ethernet ports, two serial ports, and two USB 2.0 ports. The Ethernet interfaces can be configured for front-panel or backplane connectivity and support PICMG 2.16 packet-switching architectures.

The board also supports parallel and serial ATA interfaces and an optional CompactFlash storage configuration.

This combination makes the VMICPCI-7806 suitable for applications where the processor needs to communicate with multiple industrial devices while also handling local data processing or storage.

Communication highlights include:

Dual Gigabit Ethernet
Provides high-speed network connectivity for control, monitoring, data transfer, and system communication.

Serial communication
Two serial ports support legacy devices and industrial peripherals that rely on serial interfaces.

USB connectivity
Two USB 2.0 interfaces provide additional connection options for supported peripherals.

CompactPCI backplane communication
The board is designed to integrate directly into compatible CompactPCI systems rather than operating as a standalone PC.

VMICPCI-7806-211000 Technical Overview

The precise configuration of an individual VMICPCI-7806-211000 350-657806-211000L should be verified from its board markings and installed system documentation before replacement, because VMICPCI-7806 ordering configurations could vary by processor, memory, and storage options.

Why the VMICPCI-7806 Remains Useful for Legacy Systems

Industrial equipment often has a much longer service life than consumer computing equipment. A production machine, test platform, transportation system, or specialized control cabinet may remain operational for many years because replacing the entire system would require extensive engineering, software validation, downtime, and commissioning.

In these circumstances, a compatible embedded computer such as the VMICPCI-7806 can be an important maintenance spare.

The key advantage is system continuity.

If an existing application was developed around a CompactPCI backplane, specific PMC cards, legacy drivers, or an operating system such as QNX or VxWorks, replacing the processor platform with a modern computer may introduce significant compatibility issues. Maintaining the original or compatible VMICPCI hardware can therefore simplify repair and reduce the need for system redesign.

Typical Industrial Applications

The VMICPCI-7806 architecture can be applied to a range of embedded and industrial computing environments.

Industrial Automation

The board can serve as an embedded computing platform within automation systems requiring local processing, communication, monitoring, and expansion.

Data Acquisition

Its processor architecture and PMC expansion capability make the platform suitable for systems that collect, process, and transfer industrial data.

Machine Control

CompactPCI systems can be used in machine-control architectures where deterministic communication and integrated computing are required.

Test and Measurement

Industrial test equipment often requires a computer that can communicate with specialized acquisition and interface modules. The VMICPCI-7806's PMC architecture provides a practical expansion path for these systems.

Transportation and Specialized Embedded Systems

The compact single-slot design and support for multiple operating environments make this type of embedded computer suitable for specialized control and monitoring platforms.

Legacy Control-System Replacement

For older systems that still rely on the VMICPCI platform, a replacement board can provide a faster route to restoring equipment operation than rebuilding the complete system.

Maintenance and Replacement Considerations

Before purchasing a replacement VMICPCI-7806, engineers should verify the complete ordering information. The difference between processor, memory, and storage configurations can be significant in a legacy system.

For the requested unit, the identification should be checked as:

GE VMICPCI-7806-211000
350-657806-211000L

The board's processor configuration, memory capacity, CompactFlash configuration, PMC requirements, and operating-system environment should be compared with the existing unit where applicable.

Physical dimensions are also important. The VMICPCI-7806 uses a 6U single-slot Eurocard form factor, documented at approximately 233.4 mm high, 160 mm deep, and 20.3 mm thick.

During replacement, appropriate ESD precautions should be observed because the board contains sensitive electronic components. The CompactPCI backplane and connected modules should also be inspected before installation.

Why Choose Our Company as Your GE Spare Parts Supplier?

Our company specializes in supplying industrial automation components, embedded control hardware, PLC and DCS modules, processor boards, communication cards, and other hard-to-source industrial spare parts.

For customers looking for GE VMICPCI-7806-211000 350-657806-211000L, we can provide sourcing and quotation support based on the required quantity and project requirements.

Our service can include:

• Exact model and part-number confirmation
• Availability checking
• Competitive quotation
• Spare-parts sourcing
• Product condition confirmation
• Protective packaging
• International shipping support
• Assistance with related GE automation components

We understand that customers purchasing legacy GE Fanuc hardware often need the exact part rather than a generic replacement. For this reason, we recommend providing the complete model number, part number, board label, and available equipment information when requesting a quotation.

A Practical Solution for CompactPCI-Based Equipment

The GE VMICPCI-7806-211000 350-657806-211000L represents a generation of industrial embedded computing hardware designed around the CompactPCI architecture. With Intel processor technology, dual Gigabit Ethernet, serial and USB connectivity, PMC expansion, local storage options, and support for multiple operating environments, the platform provides the combination of computing and industrial connectivity required by many specialized systems.

For users maintaining established CompactPCI equipment, the most important advantage may not be raw processing performance. It is compatibility with an existing architecture.

A correctly identified replacement board can help maintenance teams restore an established system without immediately undertaking a costly redesign. This makes the VMICPCI-7806-211000 a valuable spare for organizations operating legacy industrial computers, test systems, data-acquisition platforms, and specialized automation equipment.

Get a Quote for GE VMICPCI-7806-211000

If you are searching for GE VMICPCI-7806-211000 350-657806-211000L, our company can provide a competitive quotation and sourcing assistance.

Please send us the required quantity and, if available, photographs of the existing board label or system nameplate. We can help verify the model and part number before shipment and support your purchasing requirements for this GE embedded computing component.

With professional sourcing, careful model verification, and international delivery support, our company aims to make the replacement of hard-to-find GE industrial automation and embedded computing parts faster and more straightforward.