usb to can v2 150x150 - USB-to-CAN V2


Cost-effective CAN interface
family for the USB port

The IXXAT USB-to-CAN V2 is the next generation of the well-known IXXAT USB-to-CAN interface. With up to two CAN High Speed channels, one CAN Low Speed channel, and a LIN channel, depending on the device variant, a wide variety of applications can be addressed in both the industrial and the automotive sectors.

By using powerful hardware and connecting over USB 2.0 Hi-Speed (480 MBit/sec), these interfaces achieve very high data throughput with minimum latency and low power consumption. This allows them to provide the reliable, loss-free transmission and receipt of messages in CAN networks at high transmission rates and bus load. The messages are also timestamped and can be filtered and buffered directly in the USB-to-CAN V2.

The current versions of the IXXAT driver packages for Windows and Linux (VCI and ECI) support the new USB-to-CAN V2, permitting its use in existing applications with no need to modify software. The APIs for CANopen and SAE J1939 also support the new USB-to-CAN V2 device family.

The USB-to-CAN V2 is available in different variants. In the USB-to-CAN V2 compact variant, the CAN connection is implemented as a sub-D9 plug or alternatively as an RJ45 connector. For devices with two CAN interfaces, these are implemented as RJ45 connectors. Adapter cables to sub-D9 plugs are included with the devices. Additional options include galvanically isolated CAN interfaces, bulk variants, and support for ISO 11898-3 low-speed CAN and LIN.

interfaces usb to can v2 plug in version - USB-to-CAN V2A newly introduced variant is the IXXAT USB-to-CAN V2 embedded, which is designed without a housing, with or without a slot board and adapted USB cable for installation into a computer.
Due to its extremely interesting price and compact size, the USB-to-CAN V2 interface is ideal for use in series products and in combination with the canAnalyser for development, service, and maintenance tasks.


⬅ Back to Marine Solutions

⬅ Back to Semiconductors