First of all, it is a high-speed communication module for embedded systems, with powerful real-time communication capabilities. It takes full advantage of the quad-core advantages of Intel processors to improve performance and decisiveness in a variety of real-time applications. This allows test engineers to build PXI-based or PXI-based test, measurement, and control applications with real-time response and high certainty.
Secondly, CI871AK01 3BSE092693R1 also has the characteristics of multi-core development system. It supports symmetric multiprocessing in LabVIEW Real-Time and can extend the performance of multi-core applications to real-time embedded systems. Engineers can manually assign code portions to specific processor cores to fine-tune real-time systems or isolate time-critical portions of code on dedicated cores.
In addition, the module is equipped with a microchip SAMA5D27C-LD1G, which operates at 498 Mhz and is capable of running NuttX RTOS or Linux. It measures just 1.125 inches x 2.5 inches, and its compact 48-pin form factor is similar to Teensy 4.1. This compact size and powerful capabilities make it ideal for applications that require high-performance, small, and powerful computers, such as controlling robots, drones, aircraft, or LED arrays.
In addition, the CI871AK01 3BSE092693R1 CAN port uses CSCT to achieve distributed charge and discharge I/O, up to 500 meters away, while supporting CAN open and J1939 mobile applications. This provides it with stable communication capability in a variety of complex environments.
Overall, the CI871AK01 3BSE092693R1 is a powerful and stable communication module for a variety of applications requiring high-speed, real-time communication and multi-core processing capabilities. Whether it is automation, robotics or other embedded system applications, it provides reliable and efficient solutions.
In addition, the CI871AK01 3BSE092693R1 CAN port uses CSCT to achieve distributed charge and discharge I/O, up to 500 meters away, while supporting CAN open and J1939 mobile applications. This provides it with stable communication capability in a variety of complex environments.
