Description
The PXIe-1487 is a cutting-edge component within the category of Automotive Vision Products, bearing the part number 138516A-03L. This model is specifically designed for applications that require high-level performance in both input and output capabilities, offering 4 channels for input and 4 channels for output Serdes. It is an integral part of a system that includes the National Instruments PXIe-1486 PXI FlexRIO GMSL™ as its interface module, ensuring robust and reliable communication.
The communication protocol employed by the PXIe-1487 is the GMSL™ from Maxim Integrated, which is known for its efficiency and reliability in data transmission. The device is powered by a Xilinx FPGA, ensuring that it can handle complex processing and calculations with ease. It is versatile in its applications, perfectly suited for Hardware-in-the-Loop (HIL) simulations, lab-based playback, and in-vehicle data logging, showcasing its adaptability in various scenarios within the automotive sector.
One of the PXIe-1487’s strengths is its configurability, offering different configurations such as 8 Input, 8 Output, and a balanced 4 Input/4 Output setup. This flexibility allows it to cater to specific needs and requirements, enhancing its utility. For those looking for variations, part numbers are provided for each configuration, including 8 Input (788719-01), 8 Output (788715-01 MAX96717, 788719-01 MAX96717F), and 4 Input/4 Output (788714-01 MAX96717, 788781-01 MAX96717F), ensuring that users can find the exact specification they need.
Among its notable features are power-over-coax, which simplifies power delivery and data transmission over a single cable, I²C backchannel communication for auxiliary data exchange, and GPIO operations for enhanced control and flexibility. The PXIe-1487’s development environment is supported by LabVIEW FPGA
Question 1: What is the part number of PXIe-1487?
Answer 1: 138516A-03L
Question 2: How many input/output channels does PXIe-1487 have?
Answer 2: 4 input and 4 output channels
Question 3: What protocol does PXIe-1487 use for communication?
Answer 3: GMSL™ from Maxim Integrated
Question 4: What FPGA powers the PXIe-1487?
Answer 4: Xilinx FPGA
Question 5: Can PXIe-1487 be configured for 8 Input or 8 Output?
Answer 5: Yes, with part numbers 788719-01 and 788715-01 respectively