Feature(may vary by option.)

●High-performance U2C: BIGTREETECH U2C V2.1 supports CAN bus connection, long data transfer time, strong anti-noise ability, strong real-time performance and high reliability
●Specially treated PCB surface: immersion gold process with better color and shine. The crystal structure formed by immersion gold is easier to weld than other surface treatments and can ensure better performance and quality. The tension is easier to control, and the experience of using it is better
●High reliability: TYPE-C port ESD protection to prevent static electricity from damaging the hardware, and supports firmware update for the motherboard by SWD or hardware DFU
●Adapter board: There are many different forms of CAN interfaces on the board, which help to connect different boards. The CAN bus has a long transmission distance, and a large number of nodes can be mounted on it. one connection multiple
●Quality commitment: all products have been tested repeatedly before shipping, please use it with confidence, we provide a 12 month warranty, if you have any questions, you can contact us at any time, we will reply you with a solution within 12 hours on working days you

[KNOMI V2.0]




[EBB SB2209]




[U2C V2.1]




[EBB SB0000]




[EBB SB2209 (2040)]




[BIGTREETECH KNOMI V1.0]





Description

What is U2C V2.1?

BIGTREETECH U2C V2.1 is a USB to CAN bus module, which can convert the USB port of the Raspberry Pi into the CAN bus and connect 3D printing motherboard, BIGTREETECH EBB35/36/42 CAN and other products via CAN bus. There are many different forms of CAN interfaces on the board, which are helpful to connect to different boards.

The CAN bus has many advantages in the field of industrial control, so our company launched this USB CAN module. The CAN bus has a long transmission distance, and a large number of nodes can be mounted on it, so that the motherboard, EBB and other expansion boards can be mounted on the same CAN bus at the same time.

Precautions:

1.12/24V and GND should not be interchanged.

2. When using CAN communication, you need to see which CAN node is used as a terminal. If it is a terminal, you need to insert the jumper cap to the position 120R