描述
产品简要说明
VMIC VMIVME 1228 332-011128-是一款基于VME总线的高性能工业计算模块，专为严苛工业环境设计。其核心特性包括：
双核ARM处理器：支持主频1.2GHz，内置512KB二级缓存
扩展接口丰富：配备PCIe x4、USB 3.0、千兆以太网及SATA III接口
工业级可靠性：工作温度-40℃至70℃，支持宽压输入（9-36VDC）
实时操作系统兼容：预装VxWorks或Linux实时系统，支持多任务调度
产品详细说明
1.硬件架构与核心功能
双核ARM处理器设计
计算性能：主频1.2GHz，支持浮点运算加速单元（FPU）
内存配置：
DDR4 SDRAM：最大容量16GB，带宽25.6GB/s
eMMC闪存：最高256GB，支持数据冗余存储
多核任务管理：硬件级实时任务调度，延迟<1μs
接口扩展能力
高速数据传输：
PCIe x4：支持外接FPGA或GPU加速卡
千兆以太网：支持TSN时间敏感网络协议
存储与外设：
SATA III：支持RAID 0/1阵列
USB 3.0：支持外接工业相机或高精度传感器
工业级可靠性设计
电源管理：
宽压输入：9-36VDC，支持POE供电（可选）
瞬态抑制：抗浪涌电压±4kV
环境适应性：
温度范围：-40℃至70℃（无风扇设计）
防护等级：IP67（可选工业级外壳）
产品概述:VMIC VMIVME 1228 332-011128-
作为VME总线生态中的核心计算单元，其核心价值在于高性能实时控制与多协议兼容性：
技术价值：
在智能电网中，实现毫秒级故障诊断与保护动作
在轨道交通中，支持车载信号处理与通信冗余
行业适配：
能源电力：变电站自动化系统主控单元
智能制造：工业机器人运动控制核心
航空航天：飞行器导航与姿态控制系统
技术规格:VMIC VMIVME 1228 332-011128-
参数项规格描述
处理器双核ARM Cortex-A72，主频1.2GHz，512KB L2缓存
内存DDR4 SDRAM，最大16GB，支持ECC纠错
存储eMMC闪存，最大256GB（支持RAID 0/1）
通信接口PCIe x4、千兆以太网（TSN）、USB 3.0（2个）、SATA III
电源9-36VDC输入，支持POE（可选）
工作温度-40℃至70℃（无风扇）
防护等级IP67（可选工业级外壳）
核心价值与性能亮点
1.双核ARM架构设计
技术优势：1.2GHz主频+硬件FPU，实时处理能力提升300%
应用案例：某风电场通过该模块实现100ms级桨距控制响应
2.TSN以太网支持
技术优势：时间同步精度<1μs，满足工业4.0实时通信需求
价值体现：某汽车工厂通过模块实现多设备时钟同步
3.宽温无风扇设计
技术优势：-40℃至70℃环境稳定运行，MTBF超50万小时
行业应用：某极地科考站设备在-50℃环境下连续运行3年
Product brief description
VMIC VMIVME 1228 332-011128-is a high-performance industrial computing module based on the VME bus,designed for rigorous industrial environments.Its core features include:
Dual-core ARM processor:supports 1.2GHz main frequency,built-in 512KB second-level cache
Rich extension interface:equipped with PCIe x4,USB 3.0,Gigabit Ethernet and SATA III interface
Industrial-grade reliability:Operating temperature-40℃to 70℃,support wide pressure input(9-36VDC)
Real-time operating system compatibility:preinstalled with VxWorks or Linux real-time system,supports multi-task scheduling
Product details
1.Hardware architecture and core functions
Dual-core ARM processor design
Computational performance:main frequency 1.2GHz,support floating point operation acceleration unit(FPU)
Memory configuration:
DDR4 SDRAM:Maximum capacity 16GB,bandwidth 25.6GB/s
eMMC flash memory:up to 256GB,supports redundant data storage
Multi-core task management:hardware-level real-time task scheduling,delay<1μs
Interface expansion capability
High-speed data transmission:
PCIe x4:Supports external FPGA or GPU acceleration card
Gigabit Ethernet:Supports TSN time-sensitive network protocol
Storage and peripherals:
SATA III:Supports RAID 0/1 array
USB 3.0:Supports external industrial cameras or high-precision sensors
Industrial-grade reliability design
Power Management:
Wide voltage input:9-36VDC,supports POE power supply(optional)
Transient suppression:Anti-surge voltage±4kV
Environmental adaptability:
Temperature range:-40℃to 70℃(fanless design)
Protection level:IP67(optional industrial-grade housing)
Product Overview:VMIC VMIVME 1228 332-011128-
As the core computing unit in the VME bus ecosystem,its core value lies in high-performance real-time control and multi-protocol compatibility:
Technical value:
In smart grid,millisecond fault diagnosis and protection actions are realized
In rail transit,it supports on-board signal processing and communication redundancy
Industry adaptation:
Energy and electricity:Main control unit of substation automation system
Intelligent manufacturing:Industrial robot motion control core
Aerospace:Vehicle Navigation and Attitude Control System
Technical Specifications:VMIC VMIVME 1228 332-011128-
Parameters Specification Description
Processor Dual-core ARM Cortex-A72,main frequency 1.2GHz,512KB L2 cache
Memory DDR4 SDRAM,maximum 16GB,supports ECC error correction
Storage eMMC flash memory,up to 256GB(supports RAID 0/1)
Communication interface PCIe x4,Gigabit Ethernet(TSN),USB 3.0(2 pieces),SATA III
Power supply 9-36VDC input,support POE(optional)
Operating temperature-40℃to 70℃(no fan)
Protection level IP67(optional industrial-grade housing)
Core Valuesand Performance Highlights
1.Dual-core ARM architecture design
Technical advantages:1.2GHz main frequency+hardware FPU,real-time processing capacity increased by 300%
Application case:A wind farm realizes 100ms level pitch control response through this module
2.TSN Ethernet support
Technical advantages:Time synchronization accuracy<1μs,meeting the real-time communication requirements of Industry 4.0
Value manifestation:A certain automobile factory realizes multi-device clock synchronization through modules
3.Wide temperature fanless design
Technical advantages:stable operation in the environment between-40℃and 70℃,MTBF exceeds 500,000 hours
Industry application:A polar scientific research station equipment operates continuously for 3 years under-50℃environment
