With the rapid development of automotive electronics, rail transit and other industries, CAN FD is widely applied because of its outstanding real-time and reliability. More and more users need to effectively analyze the data of CAN FD. ZPS-CANFD bus analyzer can effectively analyze CAN FD data in real time, facilitate fault analysis afterwards and the solution of problems existing in CAN FD bus, and effectively improve the network reliability of the whole vehicle.
ZPS-CANFD is the second-generation CAN bus development auxiliary tool for bus analyzer developed by Zhiyuan Electronics. It is a measuring and testing instrument suitable for CAN FD, CAN and LIN buses. It supports the sending and receiving of bus data, the analysis and diagnosis of high-level protocols, the real-time acquisition and recording of electrical signals in the physical layer of CAN FD and CAN bus, and has high-speed analog channels, general digital IO and analog IO. By using the hardware interface and software functions, users can conveniently build automated systems for bus signal measurement and analysis, node function simulation and testing, network reliability diagnosis and evaluation.
Ensuring bus safety with technology through ten years of efforts!
ZPS-CANFD perfectly integrates the development of automotive electronic platform, focusing on the measurement and testing of CAN FD, CAN and LIN buses of intelligent networked vehicles. It can efficiently complete the multi-level comparative analysis of the bus, analyze and display them from physical layer analog signal, digital logic signal, data link layer, protocol layer and application layer.
CAN FD bus fault diagnosis tool
ZPS-CANFD is the second-generation CAN bus development auxiliary tool developed by ZLG Zhiyuan Electronics. It is a measuring and testing instrument suitable for CAN, CAN FD and LIN buses. It can eliminate various CAN/CAN FD faults for new energy vehicles, rail transit, medical electronics, automotive electronics, building security, elevator control, etc.
Support synchronous observation of ultra-large capacity message waveforms
he high-speed analog channel (i.e. oscilloscope channel) can be used as an oscilloscope to collect signals and analyze the collected waveform data. There are two high-speed analog channels (DSO1 and DSO2), which can synchronously analyze the collected message data and waveforms.
Powerful software eye diagram, clearly searching signal distortion
The software eye diagram customized based on the feature depth of bus signal can directly observe the signal distortion degree, evaluate the amplitude of CANFD bus, and further judge whether the bus transmission meets the standard and has risks.
Support signal quality analysis, and evaluate the signal features of nodes in multiple dimensions
ZPS-CANFD bus analyzer analyzes and evaluates the signal quality of CANFD bus from various dimension parameters such as amplitude, disturbance and slope. It can visually check the signal quality of bus and avoid the risk of signal transmission failure.
Bus fault simulation and fast fault positioning
ZPS-CANFD analyzer supports one-click setting of device properties, and it can realize real-time adjustment of Baud rate, sampling points and terminal resistance. ZPS-CANFD adjusts bus resistance, capacitive load, broken short circuit, and wrong cable connection, and simulates the communication situation of application environment bus under the impact of load change and abnormal connection.
Bit-by-bit interference of frame data can effectively verify the robustness of CAN FD nodes
ZPS-CANFD analyzer supports the bit-by-bit interference capability of CAN FD frame data. It can simulate the bus disturbance to the maximum extent, and provides the consistency test capability at the controller level.
Support customized sending, greatly shortening the test cycle
Support immediate, periodic and conditional sending functions, and easily create bus communication test tasks.
Rich peripherals and comprehensive coverage
With the peripherals such as universal digital and analog IO, the data collected by system synchronization/trigger can be used for timing analysis and running state monitoring of the target system. These peripheral ports can also be used as secondary development for functional simulation and testing of device.
Multi-level receiving filtering effectively reduces bus load
The new-generation CAN FD bus analysis and test platform can set up multi-level receiving and filtering, clearly customize and display communication data, make debugging and analysis easier and more efficient.
Rigorous testing, stability and reliability
ZPS-CAN FD has passed the rigorous verification of 6 scientific research laboratories, ensuring that it is still stable and reliable in severe environments.
