Description

GE VMIACC-5595-208 (350-805595-208N) is a high reliability industrial communication interface module used for VMEbus bus systems. This module belongs to the VMIC product line of GE Fanuc (now GE Automation&Controls) and is widely used in scenarios that require extremely high stability, such as military equipment, radar systems, rail transit, power plant DCS, and semiconductor equipment control systems.

GE VMIACC-5595-208 350-805595-208N

?  Product Details

✅  Product Model Structure Description

VMIAC: VMIC product line, representing “VMEbus Industrial Access Card”

5595-208: Series number+sub model, usually indicating the number of interfaces, communication protocol, or special purpose

350-805595-2008N: GE official ordering part number, used to identify specific batches and version numbers (N version represents firmware revision)

?  Core technical parameters (inferred based on analogies of the same series)

Product Name: VMIAC-5595-208/350-8055955-208N

Module type: Multi functional communication interface board

System platform: VMEbus (compatible with VME64/64x)

Interface type: Multi serial/synchronous asynchronous serial communication (may support RS-232/422/485)

Number of channels: 8 channels (usually asynchronous serial or synchronous serial channels)

Transmission rate: usually supports 115.2Kbps~1Mbps adjustable

Data bits/parity: 5-8 bits of data, even parity, odd parity, no parity

Bus interface: VME A16/A24/A32 addresses, D16/D32 data bits

Interrupt support: IRQ 1-7 optional

Operating system support: Supports embedded platforms such as VxWorks, QNX, Linux, Windows RTOS, etc

Electrical isolation: Typically, channels are isolated from ground/bus to prevent interference

Working temperature range: -40 ℃~+85 ℃ (industrial/military grade)

Certification standards: MIL-STD, CE, UL (according to batch)

?️  Module features and advantages

?  Military grade design, ultra-high stability

Adapting to extreme temperature and humidity environments, it is widely used in the fields of national defense, nuclear power, and aerospace.

?  VME bus multi-channel communication

Equipped with multiple serial ports or synchronous/asynchronous channels, suitable for communication control of complex industrial equipment.

?  Hardware isolation, strong anti-interference ability

Support independent operation of channels, anti-static and anti surge design to ensure communication security.

?  Can work in conjunction with PMC modules/embedded CPUs

As an I/O expansion unit in the VME system, it collaborates with other PMC or processor boards to build a distributed control system.

?  Mature driver program, cross platform support

The GE VMIC driver supports multiple real-time operating systems, making it easy to deploy and integrate quickly.

GE VMIACC-5595-208 350-805595-208N

?  Typical application scenarios

Control system for nuclear or gas-fired power plants

I/O communication management of avionics/flight control system

Military radar/navigation system embedded platform

Redundant System for Rail Transit Signal Communication

Semiconductor Manufacturing Equipment VME System Expansion

Heavy equipment automation equipment serial port control

?  Recommended matching products (belonging to the VMIC series)

VMIVME-7452: Digital input module (32 points)

VMIVME-5565PIORC: Fiber Optic Communication Interface Module

VMIVME-2536: Serial port card (8-channel RS-232/422)

VMIVME-7750: Industrial grade embedded processor module (with PMC)

VMIPMC-5565: Pluggable PCI Mezzanine Module

VME-0147-400: Power module (for 19 “rack power supply)

⚙️  Installation and maintenance suggestions

Confirm bus slot compatibility before installation (3U/6U VME rack)

Avoid live plugging and unplugging, and connect the ground wire to the module before powering it on

Serial port wiring should comply with the standard RS pin definition, and it is recommended to use GE original connectors or shielded cables

Firmware upgrade requires the use of GE designated tools to avoid flashing errors

If the module cannot be recognized, check for VME backplane address conflicts or interrupt conflicts