CAN-ADP board

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last updated：Dec 21, 2021

ネットビジョン

Official site

We have developed a device called "CAN-ADP Board" that can record and play back CAN data.

By combining the SerDes board, SV series board, and CAN-ADP board, it is possible to fully synchronize images and CAN data. As an example of usage, we are currently using the FPD-Link III-DS90UB954 board FPI-954 and SVM-06 to capture in-vehicle camera images to a PC. The CAN-ADP board can be added to this environment. During image recording, CAN data is captured at the pixel clock level of the images. The CAN data is also captured during blanking and is saved to the PC in DAT file format. During playback, the CAN-ADP board is added to the environment with the FPD-Link III-DS90UB954 board FPO-953 and SVO-03-MIPI. In this environment, all the data is stored in the captured DAT file, allowing for real-time playback of images and CAN data at the pixel clock level.

Related Link - https://www.net-vision.co.jp/product/can.html

Inquire About This Product

basic information

For more details, please contact us.

Price information

92,000 yen (excluding tax)

Price range

Delivery Time

Please contact us for details

※Usually one week after the order is received.

Applications/Examples of results

It is also possible to connect LiDAR (Light Detection and Ranging) using the LAN-IF board.

Detailed information

This is the MIPI version. This board can be connected to the MIPI generator SVO-03-MIPI board and the MIPI monitor board SVM-06. It can support up to 2 channels of CAN on a single board.
This is the parallel version. This board can be connected to the image recorder SVI-09 board. One board can support up to 4 channels of CAN.
【Application】 You can play back images and CAN data in real-time at the pixel clock level. The images and image waveforms are linked with the CAN data. When you click on an image, the image waveform and CAN data for that pixel area will be displayed. It is also possible to switch displays using H sync and V sync, allowing for the creation of an unprecedented in-vehicle communication debugging environment. Additionally, it is possible to connect LiDAR (Light Detection and Ranging) using the LAN-IF board.