VMIC / VMIPCI-5565-11 0000 其他

每个节点板载128MB/256MB SDRAM,全网数据实时同步

写入本地内存自动广播至所有节点,无需CPU干预

光纤传输协议:

2.12G波特率串行光纤链路,支持多模(300米)/单模(10公里)传输

动态数据包自适应调整(4-64字节),带宽利用率提升30%

抗干扰设计

物理隔离:

光纤传输天然抗电磁干扰,支持工业级宽温(-40℃~85℃)

板载CRC-16校验模块,误码率≤10^-15

冗余模式:

双光纤环网冗余,单点故障自动切换,网络恢复时间≤1ms

多平台兼容性

总线接口:

支持PCI/PCIe/VME/PMC总线,兼容3.3V/5V电平

提供标准C语言API,支持热插拔与动态内存映射

分类: 品牌:

描述

产品简要说明

VMIC VMIPCI-5565-110000是GE Fanuc开发的工业级反射内存卡,专为实时数据共享与分布式系统设计。其核心特性包括:

高速光纤传输:2.12G波特率,理论带宽174MB/s,动态数据包大小4-64字节

低延迟同步:节点间数据更新延迟≤400ns,支持256节点实时共享内存

多平台兼容:兼容PCI/PCIe/VME总线,支持Windows/Linux/VxWorks等操作系统

冗余与抗干扰:冗余传输模式+单模光纤10km传输,误码率≤10^-15

产品详细说明

1.硬件架构与核心技术

反射内存机制

全局共享内存:

每个节点板载128MB/256MB SDRAM,全网数据实时同步

写入本地内存自动广播至所有节点,无需CPU干预

光纤传输协议:

2.12G波特率串行光纤链路,支持多模(300米)/单模(10公里)传输

动态数据包自适应调整(4-64字节),带宽利用率提升30%

抗干扰设计

物理隔离:

光纤传输天然抗电磁干扰,支持工业级宽温(-40℃~85℃)

板载CRC-16校验模块,误码率≤10^-15

冗余模式:

双光纤环网冗余,单点故障自动切换,网络恢复时间≤1ms

多平台兼容性

总线接口:

支持PCI/PCIe/VME/PMC总线,兼容3.3V/5V电平

提供标准C语言API,支持热插拔与动态内存映射

操作系统支持:

Windows/Linux/VxWorks/RTX/DOS等,驱动程序预装

产品概述:VMIC VMIPCI-5565-110000

作为实时数据共享的核心组件,其核心价值在于超低延迟与高可靠性:

技术价值:

在飞行模拟器中,实现128节点传感器数据同步更新延迟≤500ns

在核聚变实验中,支持256节点控制指令实时分发

行业适配:

航空航天:飞行器导航系统、卫星遥测数据共享

能源电力:智能电网实时状态监测、变电站数据同步

工业自动化:机器人多轴协同控制、CNC机床分布式加工

国防军工:导弹制导系统、舰载电子设备数据融合

Product brief description

VMIC VMIPCI-5565-110000 is an industrial-grade reflective memory card developed by GE Fanuc,designed for real-time data sharing and distributed systems.Its core features include:

High-speed fiber transmission:2.12G baud rate,theoretical bandwidth 174MB/s,dynamic packet size 4-64 bytes

Low latency synchronization:data update delay between nodes is≤400ns,supporting real-time shared memory of 256 nodes

Multi-platform compatibility:compatible with PCI/PCIe/VME bus,support Windows/Linux/VxWorks and other operating systems

Redundancy and anti-interference:redundant transmission mode+single-mode optical fiber transmission 10km,bit error rate≤10^-15

Product details

1.Hardware architecture and core technology

Reflective memory mechanism

Global shared memory:

Each node has 128MB/256MB SDRAM on board,and the entire network data is synchronized in real time

Write to local memory automatically broadcasts to all nodes without CPU intervention

Fiber Optical Transmission Protocol:

2.12G baud rate serial fiber link,supports multi-mode(300 meters)/single-mode(10 kilometers)transmission

Dynamic packet adaptive adjustment(4-64 bytes),bandwidth utilization increased by 30%

Anti-interference design

Physical isolation:

Optical fiber transmission naturally resists electromagnetic interference and supports industrial-grade wide temperature(-40℃~85℃)

Onboard CRC-16 verification module,bit error rate≤10^-15

Redundant mode:

Dual fiber ring network redundant,single point of failure automatic switching,network recovery time≤1ms

Multi-platform compatibility

Bus interface:

Supports PCI/PCIe/VME/PMC bus,compatible with 3.3V/5V levels

Provides standard C language API,supporting hot plug and dynamic memory mapping

Operating system support:

Windows/Linux/VxWorks/RTX/DOS,etc.,driver preinstalled

Product Overview:VMIC VMIPCI-5565-110000

As the core component of real-time data sharing,its core value lies in ultra-low latency and high reliability:

Technical value:

In the flight simulator,the synchronous update delay of 128 node sensor data is achieved≤500ns

In nuclear fusion experiment,real-time distribution of 256-node control instructions is supported

Industry adaptation:

Aerospace:Vehicle navigation system,satellite telemetry data sharing

Energy and electricity:real-time status monitoring of smart grids,and synchronization of substation data

Industrial automation:robot multi-axis collaborative control,distributed processing of CNC machine tools

National Defense and Military Industry:Missile Guide System,Data Fusion of Ship-based Electronic Equipment