MOTOROLA MVME162-10 VMEbus Single Board Computer

Product Overview

The MOTOROLA MVME162-10 is a VMEbus single board computer designed for industrial and embedded control applications that require reliable processing performance and structured system integration. As a member of the MVME162 series, this board provides a stable computing platform for VME-based automation and control systems.

The MVME162-10 integrates processing, memory, and I/O functionality on a single board, allowing it to serve as a central control element within distributed or centralized VMEbus architectures. Its design reflects Motorola’s long-standing approach to industrial computing, emphasizing reliability, compatibility, and predictable operation.

Processing Architecture

The MVME162-10 is built around a Motorola 68040-based processing architecture, providing balanced computing performance for real-time and embedded control tasks. This architecture supports deterministic execution, making it suitable for applications where timing consistency and system responsiveness are critical.

By integrating the processor directly onto the VMEbus board, the MVME162-10 reduces system complexity while supporting efficient communication with other VME modules. This approach contributes to stable system behavior and reliable task execution.

Memory and Data Handling

The board supports onboard memory resources designed to accommodate control programs, operating systems, and application-level processes. Memory architecture is optimized to support reliable data access and consistent system performance.

This structured memory handling capability allows the MVME162-10 to manage control logic, data acquisition, and communication tasks without introducing instability into the overall system.

VMEbus Integration

The MOTOROLA MVME162-10 is designed for seamless integration into VMEbus systems. It supports standard VMEbus interfaces, enabling communication with peripheral boards, I/O modules, and additional processing units within a modular control architecture.

This compatibility allows system designers to build scalable and flexible automation platforms, where the MVME162-10 can function as a system controller or as part of a distributed processing environment.

I/O and Interface Capabilities

The MVME162-10 provides integrated I/O capabilities that support interaction with external devices and system components. These interfaces are designed to facilitate communication with control equipment, monitoring systems, and peripheral hardware.

By supporting structured I/O integration, the board enables efficient system configuration and reliable data exchange within industrial control environments.

Industrial Design and Reliability

The MOTOROLA MVME162-10 is constructed using industrial-grade components selected for long-term stability and dependable operation. Its design supports continuous-duty operation in environments where system reliability is a primary requirement.

Mechanical layout and electrical design considerations support secure installation within VME chassis and stable operation under varying environmental and electrical conditions.

Application Scope

The MVME162-10 is suitable for a wide range of industrial and embedded applications, including automation control systems, process monitoring platforms, telecommunications infrastructure, and industrial computing environments.

Its combination of processing capability, VMEbus compatibility, and reliable operation makes it appropriate for systems that require long-term stability and predictable control behavior.

Maintenance and System Support

The board is designed to support efficient system maintenance by providing a clearly defined role within the VME architecture. Its standardized interfaces and predictable behavior simplify diagnostics and system-level troubleshooting.

By contributing to stable system operation and reliable processing performance, the MVME162-10 supports long-term system availability and reduced maintenance complexity.

Summary

MOTOROLA MVME162-10 is a VMEbus single board computer engineered to deliver reliable processing performance and structured system integration for industrial and embedded control applications.

As part of the MVME162 family, this board provides a dependable computing foundation for VME-based systems, supporting stable operation, modular expansion, and long-term industrial use.