TSN SWITCHES

The FR-TSN3206 from Fiberroad is a high-performance industrial-grade TSN (Time-Sensitive Networking) switch designed to deliver high reliability, determinism, and real-time communication in demanding industrial environments. Fully supporting key TSN protocols, it offers advanced capabilities in time synchronization, traffic scheduling and shaping, path selection, resource reservation, fault tolerance, and dynamic Ethernet resource management. Equipped with 2 SFP slots supporting 2.5G/1.25G optical modules and 6 adaptive 10/100/1000Mbps RJ45 ports, the FR-TSN3206 ensures stable, high-bandwidth transmission for mixed traffic such as video, voice, and control signals. It supports comprehensive L2 Ethernet features, including VLAN, QoS, multicast control, and industrial ring redundancy. For time synchronization, it fully supports IEEE 1588 PTP and IEEE 802.1AS gPTP in transparent, boundary, and master/slave clock modes, achieving nanosecond-level precision.

FR-WIST SERIES POWER DEDICATED SWITCHES

WIST series power industry switches are designed by Fiberroad to meet the stringent application requirements of smart grids and energy storage fields. They comply with the standards of the power industry and have passed the authoritative testing of State Grid. They can provide efficient and stable communication services in the complex network environment of smart grids, providing customized solutions for data exchange and monitoring of new energy power stations, substation automation, energy storage systems, real-time scheduling and control of smart grids, and ensuring the stable and efficient operation of energy systems. This series of switches has powerful management functions and complete security mechanisms.

BYPASS SWITCHES

Fiberroad has launched an innovative Bypass industrial switch to address communication failures in distribution automation networks. This series of products is designed with the core concept of "data protection first, cause investigation later". Through a unique combination of hardware and software technology, it can quickly and accurately predict and respond to on-site fault phenomena, ensuring the restoration of basic communication network functions in the shortest possible time. This series of switches breaks through the bottleneck of traditional technology and brings a new intelligent management method to power grid operation and maintenance.