Supports ASC, TRC, CSV, BTR, MF4, and other formats.
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Avision provides an efficient and reliable automotive CAN/LIN bus data acquisition solution. We recommend the use of PCAN and PLIN devices, which can help you easily perform data acquisition and analysis to support your automotive innovation projects.
Modern automobiles are equipped with complex electronic systems, and CAN and LIN buses have become standard protocols for communication between these systems. In order to develop and optimize automotive electronics, automakers and engineers must rely on reliable data acquisition solutions.In this program, we will introduce a high-quality total solution to help you complete automotive CAN/LIN bus data acquisition with PCAN and PLIN devices, providing strong support for your innovative projects.
Automotive Bus Data Acquisition is the process of acquiring data from the various electronic control units (ECUs) and sensors in a vehicle and using that data to monitor, analyze, and control the vehicle's various systems and functions. In modern automobiles, a large number of different types of sensors and controllers are used to monitor and regulate the engine, transmission system, chassis, safety systems, etc. These sensors and controllers are connected to each other by a network of sensors and controllers, which are connected to each other by a network of sensors and controllers. These sensors and controllers exchange data with each other through vehicle buses, and the core task of automotive bus data acquisition is to retrieve and read relevant information from these buses.
Vehicle data collection and testing is one of the most critical core processes in the automobile manufacturing industry.
Ensure the operational performance of the vehicle
Vehicle manufacturers and R&D teams need to have a comprehensive understanding of the vehicle's operating conditions under different operating conditions to ensure overall quality, safety and performance.
Vehicle Subsystems for Inspection and Certification
During the entire vehicle development process, various sub-systems must be tested and validated, including the engine, transmission system, suspension system, safety system and so on.
Comply with the requirements of industry regulations and certifications
Vehicle data collection is also essential for compliance with regulatory standards and industry certification requirements.
Based on PEAK's high-performance PCAN and PLIN devices, HONGKEI's automotive CAN/LIN bus data acquisition solution can help customers realize stable and efficient vehicle data acquisition and analysis, and provide strong technical support for all kinds of innovative R&D projects.
Avision provides data acquisition solutions covering CAN, CAN FD, LIN, and other traditional in-vehicle networks.
Connect the PCAN device to the vehicle or individual ECU, and the other end to a computer or industrial controller via USB, PCI, PCIe, and other interface boards.
Data collection and analysis of in-vehicle communication can be realized through the supporting host computer software and API interface.
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- Supports high speed CAN/CAN FD baud rate.
- Multi-format conversion support
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- Supports multiple interfaces
- Supports multi-channel configurations
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- μs-level timestamp resolution
- Can be used with advanced host computer software to expand various functions.
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- Secondary development using a variety of free and paid APIs
- Supports multiple programming languages
CAN baud rate up to 1 Mbit/s, CAN FD baud rate up to 12 Mbit/s
Supports ASC, TRC, CSV, BTR, MF4, and other formats.
Supports multiple interfaces including USB, PCI, PCIe, mini-PCIe, M.2, etc.
High flexibility with 1/2/4/6 channel configurations in a single unit
Time stamp resolution up to μs level
Can be used with advanced PCAN-Explorer 6 software and extended with plug-ins for various functions such as DBC parsing, report playback, Plotter, graphic dashboard, J1939, etc.
Free API: PCAN-Basic, PCAN-XCP, PCAN-UDS, etc.
Advanced API: PCAN-Developer 4 (can run up to 64 CAN channels at the same time)
Supported programming languages: C#, C++/MFC, C++/CLR, C++ Builder, Delphi, VB.NET, Java, Python 3.x, etc.
PLIN-USB is a LIN-to-USB interface card, which can be used for testing various ECUs using LIN communication protocols, such as vehicle motor drive, switch status detection, etc., and connecting the LIN network to a PC via USB.
Free PC-based software and a variety of extended API interfaces are available to assist in the analysis and development of LIN bus signals.
| Model | branding | Supporting Bus | PC interface form | Number of channels | |
| PCAN-USB | PEAK | CAN | USB | 1 | Learn more>> |
| PCAN-USB FD | PEAK | CAN FD, CAN | USB | 1 | Learn more>> |
| PCAN-USB Pro FD | PEAK | CAN, CAN FD, LIN | USB | 2-way CAN/CAN FD, 2-way LIN | Learn more>> |
| PCAN-USB X6 | PEAK | CAN FD, CAN | USB | 6 | Learn more>> |
| PCAN-PCI | PEAK | CAN | PCI | 1/2 | Learn more>> |
| PCAN-PCIe FD | PEAK | CAN FD, CAN | PCIe | 1/2/4 | Learn more>> |
| PCAN-miniPCIe FD | PEAK | CAN FD, CAN | miniPCIe | 1/2/4 | Learn more>> |
| CANUSB | Lawicel | CAN | USB | 1 | Learn more>> |
| CAN232 | Lawicel | CAN | Serial RS232 | 1 | Learn more>> |

