


( Brand: Emerson ), ( Model: IVME7210 ), ( Part Type: Board ), ( Manufacturer Part Number: 8406820H61A )
The Emerson 8406820H61A IVME7210 VMEbus Processor Board is a high-performance computing solution designed for applications requiring advanced processing capabilities. This board is based on the Intel Atom E3845 processor, which delivers robust performance with its quad-core architecture and 1.91 GHz clock speed.
The IVME7210 VMEbus Processor Board features 2GB of DDR3L SODIMM memory, expandable up to 8GB, ensuring smoother operation and faster data processing. The board also includes a 16GB eMMC flash storage, providing ample space for operating systems and data storage.
The Emerson 8406820H61A IVME7210 VMEbus Processor Board is equipped with a variety of interfaces, including Gigabit Ethernet, USB 3.0, and LVDS, enabling seamless connectivity with a wide range of peripherals and devices. It also supports PCIe x1 and mini PCIe slots, allowing for additional expansion options.
The board is compliant with the VITA 57.3 standard, ensuring compatibility with VMEbus-based systems. It also features robust cooling mechanisms, including a heatsink and fan, to maintain optimal operating temperatures even under heavy load.
In summary, the Emerson 8406820H61A IVME7210 VMEbus Processor Board is a powerful and versatile solution for demanding computing applications. Its Intel Atom E3845 processor, expandable memory, and extensive connectivity options make it an ideal choice for a wide range of industrial, military, and aerospace applications.
Pros of Emerson 8406820H61A IVME7210 VMEbus Processor Board:1. Compatibility: The Emerson 8406820H61A IVME7210 VMEbus processor board is compatible with various VMEbus-based systems, making it a versatile option for various applications.
2. Powerful Processor: It features an Intel Atom E6850 processor, providing ample power for real-time computing and data processing tasks.
3. Reliability: Emerson is a well-known and reputable manufacturer, ensuring high-quality components and reliable performance.
4. Rugged Design: The board is built with a rugged design, making it suitable for harsh environments and industrial applications.
Cons of Emerson 8406820H61A IVME7210 VMEbus Processor Board:1. Cost: The board is relatively expensive compared to other VMEbus processor options, which may deter some buyers with a tight budget.
2. Limited Connectivity: While it has standard VMEbus connectivity, it may not support the latest high-speed interfaces, such as PCIe or USB, limiting its connectivity options.
3. Requires Specific Knowledge: As a specialized product, it requires a certain level of technical expertise to integrate and utilize properly, which may be a disadvantage for less experienced users.
Conclusion:The Emerson 8406820H61A IVME7210 VMEbus Processor Board is a powerful, reliable, and versatile option for VMEbus-based systems. Its compatibility, powerful processor, and rugged design make it a strong choice for industrial and high-performance computing applications. However, its high cost and limited connectivity options may be drawbacks for some buyers, and its specialized nature requires a certain level of technical expertise to utilize properly.
Recommendation:If you have a specific need for a VMEbus-based system with high performance and reliability, the Emerson 8406820H61A IVME7210 VMEbus Processor Board could be a great fit. However, if cost is a concern or you require more connectivity options, you may want to consider alternative options with similar performance specifications.
VMEbus Processor Board. Shipping On This Item: Handling can be calculated using the shipping calculator. Emerson iVME7210. 8406820H61A Rev.
AS-IS, Featuring Intel Core i7 processor variants up to 2.0 GHz and the mobile Intel, QM57 Express chirpiest, Emerson new iVME7210 is designed for an, range of industrial, medical military/aerospace applications including robotics, image processing, radar/sonar, C4ISR signal intelligence. Untested/Sold For Parts. This item is being sold AS-IS. Frame does not require batteries or periodic refreshes, and offers many more read/write cycles faster performance than , which benefits critical non-volatile data storage, logs dynamic program, updates.
On-board memory, includes up to 8GB DDR3 memory and 256KB non-volatile Photoelectric Random, Access Memory Frame.