Environmentally resistant CAN/CAN-FD interface U100P
High-performance CAN/CAN-FD USB interface 'U100P' Pro series with excellent environmental resistance.
The Kvaser U100P is a precision version of Kvaser's CAN/CAN FD USB interface from the U100 series. It inherits the features of the U100, supports timestamps of up to 20,000 messages per second, and allows for timestamp synchronization across multiple devices. In silent mode, it does not interfere with the CAN bus while enabling signal detection on the bus, providing advanced features for engineers involved in system development and rigorous troubleshooting. Designed to meet the more demanding operating environments and needs of the automotive development market, it is robust and equipped with enhanced galvanic isolation. The Kvaser U100 series, with its robust design and enhanced galvanic isolation, provides insulated signals and power, offering improved electrical protection, resistance to vibration, shock, and drops, and establishing a new standard in CAN interface design with high-quality cables. Compatible connectors can be selected from various options.
basic information
- CAN FD supports up to 8 Mbit/s - Supports 11-bit (CAN 2.0A) and 29-bit (CAN 2.0B active) identifiers - Supports silent mode as an analysis tool (can detect signals without interfering with the bus) - 20,000 msg/s, timestamp 1 μs - Kvaser MagiSync(TM) - automatic time synchronization - Power supply from USB connector - Supported connectors: USB9, J1939 Type II, M12 5pin, OBD II - Lightweight, fiberglass reinforced polyamide housing, TPE molded - Intuitive LED display - SocketCAN support - Compatible with J1939, CANopen, NMEA 2000(R), and DeviceNet - Fully compatible with Kvaser CANlib for applications used with other Kvaser CAN products
Price range
Delivery Time
Model number/Brand name
Kvaser U100P
Applications/Examples of results
It is an interface that converts CAN and CAN-FD signals to USB. It is mainly used as an interface to capture CAN and CAN-FD signals on a computer during automotive development.
