This Ethernet to V.35 protocol converter (interface converter) using large scale FPGA design, providing a DTE / DCE V.35 interface and Ethernet interface, can achieve 10 / 100Base-T Ethernet data E1 transmission on the channel, is a high performance, self-learning Ethernet bridge.

This interface converter provides one E1 interface and one V.35 interface to achieve Unframed E1 interface transferring to V.35 interface. The data channel rate is 2.048Mbps. The device has inter-set loop test function to facilitate the project launching and daily maintenance.

This interface converter provides one E1 interface and one V.35 interface to achieve framed E1 interface transferring to V.35 interface. The data channel rate is 2.048Mbps. The device has inter-set loop test function to facilitate the project launching and daily maintenance.

This interface converter is based on FPGA, providing one E1 interface and one RS232 serial interface, 1Channel RS232 transmission via E1 interface.

This interface converter is based on FPGA, providing one E1 interface and one RS422 serial interface.

This interface converter is based on FPGA, providing 31Channel RS232/485/422 transmission on E1 interface.

This interface converter is based on FPGA, providing 16Channel RS232/485/422 transmission on E1 interface.

This interface converter is based on FPGA, providing 8Channel RS232/485/422 transmission on E1 interface.

This interface converter is based on FPGA, providing 4Channel RS232/485/422 transmission on E1 interface.

This interface converter is based on FPGA, providing 1Channel RS232/485/422 transmission on E1 interface. The product breaks through contradictions between traditional serial interface communication distance and communication rate...

This interface converter is based on FPGA, providing one E1 interface and one RS485 serial interface, 1Channel RS485 transmission via E1 interface.

This interface converter is based on FPGA. Can realize 4Channel Ethernet data transmission over 1E1 circuits，provide users with Ethernet access at the rate of 1984K.