
( Brand: Motorola ), ( Type: Vme Processor Module ), ( Manufacturer Part Number: MVME-2100 ), ( Controller Platform: Mvme 2100 Series ), ( Country/region Of Manufacture: Mexico )
The Motorola MVME 2100 MVME 2100 VME Processor Module, featuring the MPC8240 single-chip complex, is a versatile and powerful embedded computing solution designed to meet the demands of various industrial automation, military, aerospace, and telecommunications applications. This VMEbus-compliant module is engineered for high performance, reliability, and flexibility.
At the heart of the MVME 2100 is the Motorola PowerQUICC II MPC8240 single-chip complex, which integrates a PowerPC 405LP RISC microprocessor, a high-speed VMEbus interface, and an array of peripheral functions. The PowerPC 405LP microprocessor operates at a clock speed of up to 133 MHz and delivers impressive processing power, making it suitable for complex real-time control and data processing tasks.
The MVME 2100 processor module offers a rich set of onboard peripherals, including high-performance communication interfaces such as Ethernet, serial, and CAN bus. It also comes equipped with a wide range of input/output interfaces, including digital I/O, analog I/O, and pulse width modulation (PWM) outputs, allowing for seamless integration with various sensors, actuators, and other peripherals.
To ensure uninterrupted operation, the MVME 2100 features built-in redundancy capabilities, such as hot-swap capability for power supplies and memory modules. It also supports off-board memory expansion, enabling users to add more memory as needed to accommodate larger data sets or more complex applications.
The MVME 2100 is designed with form, fit, and function compatibility with Motorola's VMEbus product line, making it easy to integrate into existing systems or upgrade older systems with more advanced computing capabilities. It is also backed by Motorola's extensive engineering and support services, ensuring users receive the highest level of expertise and assistance throughout their project lifecycle.
In summary, the Motorola MVME 2100 MVME 2100 VME Processor Module with the MPC8240 single-chip complex is a high-performance, highly-reliable, and versatile embedded computing solution ideal for demanding industrial automation, military, aerospace, and telecommunications applications. With its robust set of features, excellent compatibility, and unwavering support from Motorola, this module is a top choice for engineers and developers seeking a powerful and flexible platform for their next project.
The Motorola MVME-2100/MVME2100 VMEprocessor module with the MPC8240 single-board computer offers several advantages anddisadvantages for potential buyers in the embedded computing market. Here's an overview of each:
Advantages:1. Powerful Processing: The MPC8240 is a high-performance, reduced instruction set computing (RISC) microprocessor that delivers excellent processing power, making it suitable for demanding embedded applications.
2. VME Architecture: The VMEbus architecture provides a robust, high-performance, and flexible I/O expansion capability. This makes the MVME-2100/MVME2100 an excellent choice for applications requiring extensive I/O connectivity.
3. Real-time Capability: Its real-time operating system support and deterministic processing make it an ideal choice for time-critical applications.
4. Reliability: Motorola's VME modules are known for their high reliability and long-term availability.
5. Wide Temperature Range: The MVME-2100/MVME2100 supports a wide operating temperature range, making it suitable for various industrial and harsh environments.
Disadvantages:1. Cost: The MVME-2100/MVME2100 is a high-end embedded computing solution, and its cost may be a significant barrier for some applications.
2. Complexity: The VME architecture and the MPC8240's advanced features may make the system more complex to design, develop, and maintain compared to simpler solutions.
3. Power Consumption: The higher processing power and advanced features of the MPC8240 result in increased power consumption, which may be a concern for battery-powered applications or those with limited power resources.
Conclusion:The Motorola MVME-2100/MVME2100 VME processor module with the MPC8240 single-board computer is an excellent choice for applications requiring high processing power, extensive I/O connectivity, and real-time capabilities. Its robust VME architecture, high reliability, and wide temperature range add to its appeal for industrial and harsh environment applications. However, its cost, complexity, and power consumption may be drawbacks for some users.
Recommendation:If your application requires high processing power, extensive I/O connectivity, real-time capabilities, and can accommodate the cost and complexity, the Motorola MVME-2100/MVME2100 VME processor module with the MPC8240 single-board computer is an excellent choice. On the other hand, if your application has less demanding requirements or if cost and power consumption are major concerns, it may be worth considering alternative, lower-cost and lower-power embedded computing solutions.
At the heart of MVME2100 is MPC8240, a highly integrated PowerPC architecture microprocessor with an MPC60x class core, advanced memory controller, and peripheral component interconnect PCI interface. This will vary. The Motorola MVME-2100 Series VME Processor Modules are a family of highly modular single-board computers for applications. With the MPC8240 and a combination of PCI mezzanine card PMC PC-MIP slots, MVME2100 provides high-performance building block for I/O expansion in industrial automation, telecommunications, medical, scientific, or imaging applications.
Features: 1 MPC8240 32-Bit Microprocessor.