MOTOROLA MVME2600-1

• Parallel I/O: Includes IEEE 1284-compatible parallel ports for industrial device connectivity.
• SCSI Interface: Supports 16-bit Fast SCSI for high-speed data transfer to external storage devices.
• Operating Systems: Compatible with VxWorks, QNX, and Linux, enabling flexibility in system deployment.
• Physical Dimensions: Measures 26 x 33 x 37 cm with a net weight of 2.3 kg.
• Power Supply: Operates at 220V with a power consumption of 2700W under typical workloads.

Key Features

• Modular Design: The MVME2600-1 supports interchangeable I/O modules, allowing customization of serial, parallel, and SCSI interfaces to meet specific application requirements.
• High-Performance Processing: The PowerPC G3 processor enables rapid execution of complex algorithms and real-time data processing.
• Robust I/O Capabilities: Combines Ethernet, serial, parallel, and SCSI interfaces to support diverse peripheral devices and sensors.
• Industrial-Grade Reliability: Built to withstand harsh environments, ensuring continuous operation in demanding industrial settings.
• Scalable Memory Architecture: Modular DIMM slots allow for easy memory upgrades, accommodating evolving application demands.
• VMEbus System Control: Functions as a system controller for VMEbus-based systems, managing bus arbitration, address mapping, and interrupt handling.

Application Scenarios

• Manufacturing: Used in production line control, robot control, and logistics management systems to enhance efficiency and management capabilities.
• Traffic Control: Powers traffic signal control and automatic train control systems, ensuring safety and smooth operation.
• Energy Management: Supports data acquisition and monitoring systems (SCADA) in power, oil, and gas industries for equipment monitoring and remote management.
• Medical Devices: Provides a stable and reliable computing platform for medical imaging equipment and automated testing devices.
• Telecommunications: Integrates into base station controllers and network routers for efficient communication infrastructure management.