描述
产品简要说明
VMIC VMEBUS VMIVME 6015 BOARD332-006是VMIC公司基于VME总线的四通道串行输入/输出（I/O）控制器模块，专为工业自动化、国防军工及通信系统设计。其核心特性包括：
多协议兼容性：支持异步协议、IBM BiSync、HDLC/SDLC等同步协议，可编程CRC校验
工业级环境适应性：-40℃至+85℃宽温工作，抗振动/冲击符合MIL-STD-810标准
灵活配置能力：软件可配置通道模式，支持调制解调器控制或通用I/O扩展
自检与诊断功能：内置循环模式测试，支持故障定位与系统调试
产品详细说明
1.硬件架构与核心功能
VME总线接口
兼容性：符合VME64x标准，支持A16/A24寻址模式，数据传输速率80MB/s
扩展能力：通过VME总线实现多模块级联，支持热插拔维护
四通道串行接口
协议支持：
异步协议：RS-232/422/485，波特率范围1200-115.2kbps
同步协议：IBM BiSync（面向字节）、HDLC/SDLC（面向位）
数据完整性保障：
可编程CRC校验（16/32位）
数据包超时检测与重传机制
调制解调器控制
功能扩展：支持DTR/DSR、RTS/CTS等标准控制信号
通用I/O复用：在非调制解调器场景下，控制引脚可配置为数字I/O
自检与诊断
循环模式测试：通过命令寄存器激活，实现通道间数据回环检测
故障定位：实时上报通道错误码（如帧校验错、溢出错等）
产品概述:VMIC VMEBUS VMIVME 6015 BOARD332-006
作为VME串行通信领域的经典模块，其核心价值在于协议灵活性与工业级可靠性：
技术价值：
在铁路信号系统中，实现多设备同步通信
在卫星地面站中，保障高精度数据传输
行业适配：
国防军工：导弹制导系统、舰载通信设备
工业控制：工厂自动化生产线、SCADA系统
通信领域：基站设备、光纤通信节点
技术规格:VMIC VMEBUS VMIVME 6015 BOARD332-006
参数项规格描述
总线接口VME64x，支持A16/A24寻址，数据传输速率80MB/s
串行通道4路独立通道（可配置异步/同步模式）
协议支持RS-232/422/485、IBM BiSync、HDLC/SDLC
CRC校验可编程16/32位CRC码生成与验证
工作温度-40℃至+85℃（可定制-55℃至+105℃）
核心价值与性能亮点
1.多协议兼容性优势
技术优势：单模块集成异步与同步协议，减少系统复杂度
应用案例：某电力监控系统通过该模块实现Modbus RTU与DNP3协议混合通信
2.工业级可靠性设计
技术优势：1500V隔离电压+看门狗定时器，MTBF达100万小时
价值体现：某海上风电场控制系统连续运行8年零故障
3.灵活配置能力
技术优势：软件定义通道模式，支持快速协议切换
行业应用：在轨道交通中，实现车载设备与地面控制中心的动态通信协议适配
Product brief description
VMIC VMEBUS VMIVME 6015 BOARD332-006 is a VMIC company’s four-channel serial input/output(I/O)controller module based on VME bus,designed for industrial automation,defense and military and communication systems.Its core features include:
Multi-protocol compatibility:supports asynchronous protocols,IBM BiSync,HDLC/SDLC and other synchronization protocols,programmable CRC verification
Industrial grade environmental adaptability:wide temperature operation from-40℃to+85℃,vibration/impact resistance complies with MIL-STD-810 standard
Flexible configuration capability:Software configurable channel mode,supports modem control or general I/O expansion
Self-test and diagnostic functions:built-in cycle mode testing,supporting fault location and system debugging
Product details
1.Hardware architecture and core functions
VME bus interface
Compatibility:Comply with VME64x standard,supports A16/A24 addressing mode,and data transmission rate is 80MB/s
Extended capability:Multi-module cascade is realized through VME bus,supporting hot-swap maintenance
Four-channel serial interface
Protocol support:
Asynchronous protocol:RS-232/422/485,baud rate range 1200-115.2kbps
Synchronization protocol:IBM BiSync(byte-oriented),HDLC/SDLC(bit-oriented)
Data Integrity Guarantee:
Programmable CRC verification(16/32 bits)
Packet timeout detection and retransmission mechanism
Modem control
Function extension:Supports standard control signals such as DTR/DSR,RTS/CTS
General I/O Multiplexing:In non-modem scenarios,the control pin can be configured as digital I/O
Self-test and diagnosis
Loop mode test:through command register activation,realize inter-channel data loopback detection
Fault location:Report channel error codes in real time(such as frame verification errors,overflow errors,etc.)
Product Overview:VMIC VMEBUS VMIVME 6015 BOARD332-006
As a classic module in the field of VME serial communication,its core value lies in protocol flexibility and industrial reliability:
Technical value:
In railway signal system,realize multi-device synchronous communication
Ensure high-precision data transmission in satellite ground stations
Industry adaptation:
National Defense and Military Industry:Missile Guide System,Ship-based Communication Equipment
Industrial control:factory automation production line,SCADA system
Communication field:base station equipment,fiber optic communication nodes
Technical Specifications:VMIC VMEBUS VMIVME 6015 BOARD332-006
Parameters Specification Description
Bus interface VME64x,supports A16/A24 addressing,data transmission rate 80MB/s
Serial channel 4 independent channels(configurable asynchronous/synchronous mode)
Protocol supports RS-232/422/485,IBM BiSync,HDLC/SDLC
CRC verification Programmable 16/32-bit CRC code generation and verification
Operating temperature-40℃to+85℃(customized-55℃to+105℃)
Core Valuesand Performance Highlights
1.Multi-protocol compatibility advantages
Technical advantages:Single-module integrated asynchronous and synchronous protocols to reduce system complexity
Application case:A power monitoring system realizes hybrid communication between Modbus RTU and DNP3 protocol through this module
2.Industrial-grade reliability design
Technical advantages:1500V isolation voltage+watchdog timer,MTBF reaches 1 million hours
Value manifestation:An offshore wind farm control system operates continuously for 8 years and has zero failures
3.Flexible configuration capability
Technical advantages:Software-defined channel mode,support fast protocol switching
Industry application:In rail transit,dynamic communication protocol adaptation between vehicle-mounted equipment and ground control centers
