High quality fiber optical transceiver are key in delivering and enabling fast and reliable networking architectures for today’s business environment. T&S are dedicated in providing a wide range of fiber optical transceivers used by service providers, telecom operators, data centers and the like.

AOC and DAC offer excellent capex and opex efficiencies when linking over a fixed distance (typically a short distance) in-rack, inter-rack or intra-DC. T&S’ high-quality DACs and AOCs range includes options from 10G up to 400G and cover distances from 0.3m up to 200m.

As a professional manufacturer of fiber optic connectivity products, focusing in this field for more than two decades, T&S provides full series of fiber optic cable assemblies and fiber optic connection accessories that have been used in multiple applications.

T&S manufactures a wide variety of fiber enclosures for your project needs, 1U to 4U, high density, and application-specific mode, providing a variety of  solutions for inter-connects or cross-connects between backbone horizontal cable and active equipment. Enclosures allow for easy field termination of connectors or installation of pre-terminated solutions, and are ideal for high-density fiber applications in data centers, equipment rooms, and central offices.

T&S's Communication fiber optical cable splitter has been largely used in fiber-to-the-x (FTTx) network projects across countries. Our optical splitters provide flexibility, scalability, and functionality to an optical transport system. Whether you want to divide or combine fiber-optical signals and distribute them on single or multiple fibers, T&S optical splitter including PLC Splitter and FBT Coupler makes building your network easier.

T&S Communications, starting from producing the basic component—ceramic ferrule, has extended its production lines over the years, and integrated resources on the upper stream and downstream to enrich products. Ceramic powder/ferrule blanks, PLC wafers/chips and MT ferrules joined in T&S Communications product lines successively.

Fiber Bragg Gratings (FBGs) are made by lateral exposure of an optical fiber with a periodic pattern of intense laser light. FBG is the technology basis, on which T&S Communications developed a series of sensors for optical sensing and ID reflectors for fiber trouble shooting, among which, sensors mainly include a temperature sensor, vibration sensor, pressure sensor and FBG strain sensor etc.