GE VMICPCI-7806 High performance CompactPCI single board computer
Specific Parameters
Brand GE (General Electric, American Original Factory), Product Series GE VMICPCI Series, GE Fanuc CompactPCI Series
Product Type Industrial-Grade High-Performance CompactPCI Single Board Computer (SBC), Embedded Processor Module, Real-Time Control Computing Component, Original Authentic Spare Part
Model GE VMICPCI-7806 (Core Model VMICPCI-7806, No Additional Function Suffixes, Derivative Models Distinguished by Configuration Differences)
Country of Origin United States (Produced by GE Fanuc Intelligent Platforms Original Factory, Affiliated to GE)
Compatible Devices Embedded Real-Time Control Systems, Data Acquisition Systems, CompactPCI Bus Backplanes, PMC Expansion Sub-Cards, Industrial Automation Equipment, Automatic Test Equipment (ATS), Precision Measurement and Control Terminals, Electronic Test Equipment, Laboratory Automation Equipment, EnerVista Configuration Software
Core Functions Real-Time Data Processing, CompactPCI Bus Communication, PCI-to-PCI Bridging, PMC Expansion, High-Speed Ethernet Communication, Remote Ethernet Booting, IPMI Management, Fault Self-Diagnosis, Hot-Swap, Video Display Control, Multi-Operating System Support
Product Structure 6U CompactPCI Standard Size, Passive Cooling Design, Industrial-Grade Compact Enclosure, Rugged and Durable, Adaptable to CompactPCI Switchgear Installation, Supporting Hot-Swap
Processor Intel Pentium M Processor (Optional 1.4GHz, 1.6GHz, 1.8GHz Main Frequency) or Celeron M Processor (1.3GHz Main Frequency), Pentium M Processor Built-in 1MB L2 Cache, Celeron M Processor Built-in 512KB L2 Cache
Memory Supporting 1 200-pin SO-DIMM DDR Memory Module, Memory Capacity Configurable as 256MB, 512MB or 1GB
Storage Equipped with CompactFlash Socket, Configurable as Boot Device via BIOS, Supporting Multiple Capacities; Providing IDE Interface, Supporting Multiple Data Transfer Modes Including PIO, 8237-Style DMA, Ultra ATA/33, Ultra ATA/66, Ultra ATA/100; Supporting Serial ATA Interface (Via CompactPCI Backplane Connector)
BIOS System BIOS and Video BIOS are Provided in Reprogrammable Memory, Supporting Flexible Configuration
Expansion Slot 2 PMC Expansion Sites, Compliant with IEEE-1386.1 PCI Mezzanine Card Standard, 1 of Which is 3.3V 64-bit/66MHz Site, 1 is 5.0V 32-bit/33MHz Site
Bus Interface Fully Compatible with PICMG 2.0 Rev.3.0, PICMG 2.1 Rev.2.0 Standards, 64-bit/66MHz CompactPCI Bus Interface, Supporting PCI-to-PCI Transparent or Opaque Bridging
Interface Resources Dual Intel 82546EB Ethernet Controllers, Supporting 10/100/1000BaseTX Interfaces, Equipped with 2 Standard RJ45 Front Panel Interfaces and Network Status Indicators; 2 16550-Compatible Serial Ports, Each Port Equipped with Independent 16-Byte FIFO, Supporting Up to 115Kbaud Baud Rate, 1 Connected via Front Panel RJ45 Interface, Both 2 Supported via CompactPCI Backplane Access; 2 High-Speed USB 2.0 Ports (Via CompactPCI Backplane Connector); Supporting PS/2 Keyboard and Mouse Interfaces (Via VMIACC-0584 Backplane Adapter)
Video Control Built-in Graphics Controller, Integrated Full-Function 2D/3D Graphics Accelerator, Supporting Pixel Processing and Rendering, Maximum 1600×1200 Display Resolution, Supporting Analog and LVDS Digital Video Output, Video Output Via CompactPCI Connector (LVDS Standard Video BIOS Only Supports 800×600 Panel)
Timer Built-in Software-Programmable Watchdog Timer, Supporting Interrupt or Reset Functions, Programmable Trigger Mode
Management Function Supporting PICMG 2.9 Rev.1.5 IPMI Management Function, Realized Via Zircon PM Peripheral Management Controller; Supporting High-Availability Hot-Swap, Compliant with PICMG 2.1 Rev.2.0 Standard
Supported Operating Systems Windows 2000, Windows XP, QNX, Linux, VxWorks
Operating Temperature Range -40℃ to +70℃ (Wide-Temperature Version), Conventional Version 0℃ to +60℃, Requiring Forced Air Cooling at Specified Flow Rate
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, Equipped with Multiple Protection Functions Including Electrostatic Discharge, Overvoltage and Overcurrent Protection
Vibration Complying with Strict Industrial Vibration Standards, Adaptable to Complex Vibration Environments in Industrial Sites, Equipped with Vibration-Resistant Structural Design
Shock Complying with Industrial Shock Standards, Having Good Shock Resistance, Ensuring Stable Operation of Equipment in Harsh Environments
Physical Dimensions 6U CompactPCI Standard Size, Approximately 160mm×233mm×200mm
Physical Weight Approximately 0.8kg (Body Weight), Shipping Weight Approximately 2.5kg
Mounting Method CompactPCI Bus Backplane Mounting, Panel Mounting, Supporting Hot-Swap, Facilitating System Integration and Maintenance
Operation Interface Front Panel Equipped with Hardware Reset Switch, IDE Interface Activity Indicator, Board Status Indicator, Power Good Indicator and Hot-Swap Blue LED Indicator; Ethernet Interface Equipped with Activity Indicator, Enabling Intuitive Viewing of Equipment Operation Status
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; Supporting Disabling Unused Video, SATA and USB Functions Via CMOS Settings
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, Anti-Electromagnetic Interference Capability Compliant with Industrial Standards
Special Functions Supporting Remote Ethernet Booting, Realizing Booting from Network Server Using Extended ROM BIOS, Supporting PXE, BOOTP, DHCP and Other Network Boot Protocols; Equipped with Field-Replaceable CMOS Battery, Supporting Battery Disconnection Function for Long-Term Storage; Supporting Use as System Slot Controller or Peripheral Slot Controller
Product Performance
GE VMICPCI-7806 is an original GE device with extremely strong adaptability, which can be perfectly adapted to various embedded real-time control, high-speed data acquisition and signal processing scenarios, seamlessly integrated into CompactPCI bus systems, industrial automation systems, automatic test equipment and laboratory automation 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 industrial automation, data acquisition and image processing. The product has excellent computing, communication and expansion performance, adopting high-performance Pentium M/Celeron M processor, matched with DDR memory and high-speed storage interface, which can quickly process a large amount of real-time data; dual Gigabit Ethernet controllers support high-speed network communication, fully compatible with PICMG series standards, 64-bit high-bandwidth CompactPCI bus realizes efficient bus communication, and 2 PMC expansion sites 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 industrial automation and electronic testing. 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 hot-swap, 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 industrial automation, data acquisition, electronic testing and other fields.
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