PIM168

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Evaluation Boards - Expansion Boards, Daughter Cards

The PIM 168 application field and working principle is an example of an expansion board or daughter card used in evaluator board. It is a form factor developed by PIMtech for high performance processor power applications. This board can be used to evaluate new processors such as the Intel Core i7 series. This form factor includes 192 lanes of PCIe, up to four DRAM channels, and an integrated Intel Ethernet controller.

Specifications

The PIM 168 has an overall width of 3.98” (101.06mm) and a height of 4.45” (113.03mm). It is also capable of supporting four different memory technologies like DDR4, LPDDR4, DDR4E, and HBM2. The board has three PCIe x16 connectors, one PCIe x8 connector, and one PCIe x8/x16 connector.

The board is powered by a dual core Intel SoC processor and is equipped with a total of 192 lanes of PCIe. The processor clock speed is 3.6 GHz which can be adjusted manually to reach up to 4.2GHz. As for memory capacity, the board has two DDR4 SO-DIMM sockets with a maximum capacity of 32GB per socket. There is an integrated Intel Ethernet Controller as well.

Applications and Working Principle

The main application of the PIM 168 evaluator board is evaluation and development for high performance processor power applications. Through the use of this board, engineers can evaluate whether processors like the Intel Core i7 series are suitable for a particular application. The board also helps with the development and debugging of embedded systems. This board enables engineers to test and analyze their system’s performance while replicating real-life scenarios.

The working principle of the PIM 168 application field and working principle is based on the principle of parallelism. Through the use of the layers of PCIe components on the evaluator board, different components can be connected to the main processor. This is a common practice in embedded system design since the processor clock speed can be adjusted manually to reach the desired performance. The board also has two DDR4 SO-DIMM sockets which help to optimize memory performance when working with memory intensive applications.

Advantages

Due to the dense nature of the PIM168 board, it has some advantages over traditional evaluator boards. First, this board is a form factor which allows for more layers to be connected to the main processor efficiently. Secondly, the board is very durable, which is beneficial for embedded system applications because of the physical properties required to cope with the demands of modern embedded development. Lastly, the board has a clock speed of up to 4.2GHz for processors which helps to optimize performance.

Conclusion

In conclusion, the PIM 168 application field and working principle is an example of an expansion board or daughter card used in evaluator board and is suitable for development and evaluation of high performance processors. It has a form factor which allows for more layer connections for optimized performance and has an integrated Intel Ethernet Controller for easier network connectivity. The board also has a clock speed of up to 4.2GHz which helps to optimize performance when working with demanding applications. Thanks to these advantages, this board has become a popular choice among engineers looking for an efficient evaluator board.

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