GE MVME6100

Digital guide

Technical Specifications:

Processor: Equipped with a high-performance PowerPC processor, specifically the MPC7457, running at a clock frequency of 1.267 GHz. This provides substantial computational power and efficient processing speed for complex tasks.
Memory Subsystem: Features a DDR memory bus running at 133 MHz, well-matched with the processor to ensure seamless data transfer. The memory subsystem supports high-speed data processing requirements.

VMEbus Interface: The MVME6100 series boasts an enhanced VMEbus interface capable of handling data rates up to 320MB/s through the Tsi148 VMEbus interface chip, which is connected to one of the 133 MHz PCI-X buses.
PCI-X Buses: Incorporates two PCI-X buses for high-speed data transfer. The first PCI-X bus supports 133 MHz, while the second features two PMC-X sites, each supporting PMC or PMC-X cards with PCI bus speeds ranging from 33 to 100 MHz.
Ethernet Interfaces: Provides dual Gigabit Ethernet interfaces for robust network connectivity.
Cache Memory: Comes with 32K/32K of on-chip L1 cache (I/D), 512K of on-chip L2 cache, and 2MB of L3 cache in NVRAM.
NVRAM Capacity: 32KB of NVRAM, with 4KB available for user access.
Battery Backup: Features a removable battery with a storage life of 50 years at 55°C and 5 years at 100% workload under 25°C conditions.

Functional Characteristics:

Balanced Performance: Offers balanced performance across the processor, memory subsystem, local bus, and I/O subsystems, making it ideal for data-intensive applications.
Advanced Host Bridging: Supports the latest host bridging technology, enabling seamless integration with modern host systems.
Multi-Channel Digital Output: As a digital output module, it supports multiple digital output channels for precise control of actuators, sensors, and other external devices.
Communication Interfaces: Equipped with a rich set of communication interfaces including serial ports, Ethernet, and USB, facilitating seamless integration with other devices and networks.
Flexibility and Expandability: Allows for customization and expansion through additional modules and cards, such as PMC or PMC-X cards, to meet specific application requirements.
Programming and Configuration: Supports programming and configuration, enabling users to tailor the module to their specific needs, including logic programming and I/O channel configuration.

Application Scenarios:

Industrial Automation: Widely used in industrial automation systems for controlling motors, valves, and transmission devices, enabling efficient and precise control of industrial processes.
Communications: Applicable in communication systems for data processing, signal routing, and network management.
Medical Equipment: Can be found in medical devices requiring high-performance computing and precise control, such as imaging systems and diagnostic equipment.
Military and Aerospace: Ideal for command and control applications in the defense and aerospace sectors, such as naval shelters, fixed ground systems, and reconnaissance aircraft systems.
Machine Control and Data Acquisition: Utilized in machine control systems and data acquisition applications for real-time monitoring and control of various industrial processes.