GE VMIVME-7700 Bus based single board computer

GE VMIVME-7700 Bus based single board computer

Specific Parameters

BrandGE (General Electric, American Original Factory), Product Series GE Versa family Series, GE VMIVME Series

Product Type Industrial-Grade High-Performance VMEbus Single Board Computer (SBC), Embedded Processor Module, Real-Time Control Computing Component, Original Authentic Spare Part

Model GE VMIVME-7700 (Derivative Models Include VMIVME-7700-011, VMIVME-7700-110000, VMIVME-7700-011000)

Country of Origin United States (Produced by GE Original Factory, Now Under Abaco Systems/Spectris Group)

Compatible Devices Embedded Real-Time Control Systems, Data Processing Systems, VMEbus Backplanes, PMC Expansion Sub-Cards, Industrial Automation Equipment, Radar Signal Processing Equipment, Electronic Warfare Systems, Flight Simulation Equipment, EnerVista Configuration Software

Core Functions Real-Time Data Processing, VMEbus Communication, PCI-to-VME Bridging, PMC Expansion, Fault Self-Diagnosis, Remote Ethernet Booting, Real-Time Clock Synchronization, Video Display Control, Multi-Operating System Support

Product Structure Single-Slot VMEbus 6U Size, Passive Cooling, Eurocard Form, Compact Industrial Enclosure, Rugged and Durable, Adaptable to Switchgear Installation

Processor Intel Ultra Low Voltage Celeron Processor, Optional 400MHz/650MHz Main Frequency, Some Models Optional IBM PowerPC 750GX Processor (1.0GHz Main Frequency), Built-in 256KB On-Die L2 Cache

Chipset Adopting Intel 815E Chipset, Front-Side Bus Rate 100MHz

Memory Supporting PC100 SDRAM, Maximum Capacity 512MB (Single 144-pin SO-DIMM Module), Some Models Equipped with 128MB SDRAM Memory

Storage Equipped with 64MB Boot Flash, Optional 128MB CompactFlash, Secondary IDE Interface Expandable to 1GB Bootable Flash

Expansion Slot 1 PMC Expansion Site (Compliant with IEEE-1386.1 PCI Mezzanine Card Standard, 5V)

Bus Interface Compatible with VMEbus Specification Rev.C.1, Supporting VME64 Modes (A32/A24/D32/D16/D08/MBLT 64/BLT 32), 64-bit/66MHz High-Bandwidth VMEbus Interface

Bridging Function Built-in Transparent PCI-to-VMEbus Bridge, Supporting Real-Time Big-Endian and Little-Endian Data Interface Conversion (Patent No.: 6,032,212)

Interface Resources Dual 10BaseT/100BaseTX Ethernet Controllers, 2 16550-Compatible Serial Ports, Dual Front Panel USB Interfaces, PS/2 Keyboard and Mouse Interfaces, AGP Graphics Interface

Timer 2 16-bit and 2 32-bit Programmable Timers, Built-in User-Programmable Watchdog Timer (with Reset Function)

Non-Volatile Storage 32KB Non-Volatile SRAM, Supporting Data Power-Failure Preservation

Video Control Built-in Intel 815E AGP Graphics Controller, Integrated 2D/3D Graphics Accelerator, Supporting High-Resolution Display

Supported Operating Systems VxWorks, Linux, QNX, MS-DOS, Windows 95, Windows NT

Operating Temperature Range -40℃ to +70℃ (Wide-Temperature Version), Conventional Version -10℃ to +50℃ (Requiring Industrial-Grade Wide-Temperature SSD, 0.7m/s Air Flow)

Storage Temperature Range -40℃ to +85℃

Relative Humidity 5% to 95%, Non-Condensing, Capable of Withstanding 95% Humidity Environment at 40℃

Protection Class IP40 (Dust-Proof Design), Overall Must Be Installed in Control Cabinet

Vibration Complying with MIL-STD-810G Standard, Equipped with Vibration-Resistant Structural Design, Adaptable to Severe Vibration Environments in Industry and National Defense

Shock Complying with Industrial and National Defense Shock Standards, Having Good Shock Resistance, Ensuring Stable Operation in Extreme Environments

Physical Dimensions 6U VME Standard Size, Approximately 77mm×192mm×230mm (Dimensions of Some Derivative Models Slightly Differ)

Physical Weight Approximately 0.45kg (Body Weight), Shipping Weight Approximately 2kg, Some Models Approximately 2.8kg

Mounting Method Panel Mounting, VMEbus Backplane Mounting, Adaptable to Single-Slot Installation Space, Facilitating Integration and Maintenance

Operation Interface Equipped with Front Panel Reset Switch and Miniature Speaker, Supporting External Display, Keyboard and Mouse, Enabling Intuitive Viewing of Operation Status and Fault Information

Diagnostic Function Built-in Complete Fault Self-Diagnosis Module, Supporting Enhanced Bus Error Handling, Real-Time Monitoring of Equipment Operation Status, Quickly Locating Fault Causes

Product Material Industrial-Grade High-Strength Reinforced Enclosure, Conformal Coated PCB, High-Temperature Resistant Insulation Material, Built-in Anti-Electromagnetic Interference, Anti-Corrosion and Anti-Dust Protection Components

Special Functions Supporting Remote Ethernet Booting, Equipped with Password Protection Function, Supporting Use as System Controller or Peripheral CPU in Multi-CPU Systems, Built-in Battery-Powered Clock/Calendar

Product Performance

GE VMIVME-7700 is an original GE device with extremely strong adaptability, which can be perfectly adapted to various embedded real-time control and data processing scenarios, seamlessly integrated into VMEbus systems, industrial automation systems and national defense electronic systems, no additional adaptation components required, greatly reducing system integration complexity and commissioning costs. It can be used as the core computing unit for critical task scenarios, supporting high-precision and high-real-time requirements such as radar signal processing, electronic warfare and flight simulation. The product has excellent computing, communication and expansion performance, adopting high-performance processor and Intel 815E chipset, with front-side bus rate up to 100MHz, which can quickly process a large amount of real-time data. The 64-bit high-bandwidth VMEbus and PCI-to-VME bridging function realize efficient communication between peripherals and backplane, and the PMC expansion slot can flexibly expand functions to meet the customization needs of different scenarios. The product has outstanding reliability, adopting passive cooling design, industrial-grade high-quality components and conformal coated PCB design, with excellent anti-electromagnetic interference and anti-vibration impact capabilities. The wide operating temperature range can adapt to harsh scenarios such as national defense, aerospace and heavy industry. The wide-temperature version of -40℃ to +70℃ can operate continuously and stably in extreme temperature environments with a long mean time between failures. The product is convenient for operation and maintenance, supporting on-site programming and remote debugging. The complete fault self-diagnosis function and bus error handling mechanism facilitate maintenance personnel to quickly locate and handle faults. The rich interface resources can flexibly connect various peripherals, providing stable and reliable embedded computing support for critical tasks in national defense, aerospace, industrial automation and other fields.