Product code: N/A
Motorola MVME 712/M VME Transition Interface Module
¥66,666.00 Original price was: ¥66,666.00.¥6,701.00Current price is: ¥6,701.00.
The Motorola MVME 712/M VME Transition Interface Module is a high-reliability interface card for VMEbus systems, supporting real-time communication, peripheral interfacing, and industrial-grade operation. Its robust design ensures compatibility with modular VME architectures in automation, defense, and embedded computing applications. The additional Motorola VME module list provides options for CPU, memory, and I/O expansion within VME-based systems.
Detailed content
Motorola MVME 712/M VME Transition Interface Module — High-Performance VMEbus Interface
Product Introduction
The Motorola MVME 712/M VME Transition Interface Module is a high-performance interface module designed for the VMEbus (Versa Module Europa) computer architecture. It provides reliable connectivity between VMEbus backplanes and peripheral devices, enabling signal routing, bus arbitration, and system integration for industrial, telecommunications, and embedded computing applications.
Engineered for robust operation, the MVME 712/M ensures high-speed communication, low signal distortion, and compatibility with standard VMEbus modules. It is suitable for use in data acquisition systems, real-time control, and distributed processing environments.
Product Parameters
- Model Number: MVME 712/M
- Module Type: VME Transition Interface Module
- Bus Architecture: VMEbus 32-bit
- Signal Interfaces: Standard VMEbus signals (data, address, control lines)
- Operating Voltage: Compatible with VME standard voltages (+5V, ±12V)
- Mounting: VME rack-mounted card
- Communication: Supports parallel bus communication and handshaking protocols
- Diagnostics: Signal integrity verification and status indicators
Product Specifications
- Data Width: 32-bit VMEbus compatible
- Addressing: Full VMEbus addressing modes (A16/A24/A32)
- Transfer Modes: Supports block transfer, single-cycle, and multiple-cycle operations
- Bus Termination: Fully compliant with VMEbus electrical standards
- Connector Type: VME standard P1/P2 connectors
- Environmental Rating: Industrial temperature and vibration tolerance
- Reliability: Designed for continuous operation in embedded and industrial systems
- Power Consumption: Low-power design compliant with VMEbus specifications
Application Areas
- Industrial automation and control systems
- Data acquisition and processing in research laboratories
- Embedded real-time computing systems
- Telecommunications and networking systems
- Defense and aerospace electronic systems
- Distributed computing and VMEbus-based modular systems
Product Usage Instructions
- System Power Down: Ensure that the VMEbus chassis is de-energized before installation.
- Module Installation: Insert the MVME 712/M module into an available VME slot, aligning the P1/P2 connectors properly.
- Secure Mounting: Fasten module retention screws if required by the chassis.
- Peripheral Connections: Connect necessary peripherals or signal interfaces as per system design.
- System Power-Up: Restore power and verify module presence and communication via diagnostic software or system indicators.
- Configuration: Configure VMEbus addressing, interrupt vectors, and transfer modes according to system requirements.
- Testing and Verification: Validate data transfer, signal integrity, and proper interface operation during commissioning.
Routine inspection and diagnostic monitoring are recommended to maintain reliable VMEbus operation.
Technical Description
The Motorola MVME 712/M VME Transition Interface Module provides a high-quality bridge between VMEbus backplanes and peripheral modules. It manages address and data lines, control signals, and bus arbitration to enable reliable communication across multiple modules in a VME system.
The module supports standard VMEbus transfer protocols, including single-cycle, block transfer, and multiple-cycle operations. Electrical isolation, robust signal conditioning, and proper termination ensure minimal signal distortion and reliable operation in industrial and embedded environments. Integrated diagnostic signals allow users to monitor module status and troubleshoot bus connectivity issues efficiently.
This module is essential for systems requiring modular, high-speed communication, real-time control, or distributed processing within a VMEbus architecture.
Recommended Additional Motorola VME Product Models
Below is a table of 20 randomly selected Motorola VMEbus and embedded computing modules commonly used in industrial, defense, and telecommunications applications:
| Manufacturer | Model Number | Module Type | Primary Function |
|---|---|---|---|
| Motorola | MVME 147 | VME CPU Module | Embedded processor card |
| Motorola | MVME 162 | VME CPU Module | Real-time controller |
| Motorola | MVME 167 | VME CPU Module | High-performance processing |
| Motorola | MVME 177 | VME CPU Module | Multi-tasking controller |
| Motorola | MVME 180 | VME Memory Module | RAM expansion |
| Motorola | MVME 181 | VME Transition Module | Signal routing/interface |
| Motorola | MVME 188 | VME Ethernet Module | Network interface |
| Motorola | MVME 190 | VME Serial Interface | RS232/RS422 communication |
| Motorola | MVME 2100 | VME Processor Board | Embedded CPU |
| Motorola | MVME 3100 | VME CPU | High-speed processing |
| Motorola | MVME 4100 | VME CPU | Real-time control |
| Motorola | MVME 5200 | VME Memory Module | RAM expansion |
| Motorola | MVME 6100 | VME CPU | Industrial automation CPU |
| Motorola | MVME 7100 | VME CPU | High-performance CPU |
| Motorola | MVME 712 | VME Transition Interface | Bus interface |
| Motorola | MVME 7300 | VME I/O Module | Digital/analog I/O interface |
| Motorola | MVME 7400 | VME I/O Module | Remote I/O processing |
| Motorola | MVME 7500 | VME Communication Module | Network interface |
| Motorola | MVME 7600 | VME CPU | Redundant processing unit |
| Motorola | MVME 7700 | VME CPU | Embedded computing platform |
Summary
The Motorola MVME 712/M VME Transition Interface Module is a high-reliability interface card for VMEbus systems, supporting real-time communication, peripheral interfacing, and industrial-grade operation. Its robust design ensures compatibility with modular VME architectures in automation, defense, and embedded computing applications. The additional Motorola VME module list provides options for CPU, memory, and I/O expansion within VME-based systems.


















