T&S Active Optical Cables (AOC) deliver high-performance optical interconnects with data rates from 10Gbps to 800Gbps, supporting Ethernet, Fibre Channel, InfiniBand, PCIe, and more. Backed by experienced in-house R&D and manufacturing teams and world-class production capabilities, T&S offers a broad portfolio of standard and customized AOC solutions with excellent compatibility and diverse form factors. As one of the world’s largest fiber optic connector manufacturers, T&S provides unique strengths in optical design, quality control, and cost efficiency. Widely deployed in data centers, telecom, HPC, and storage systems, our AOCs enable fast delivery, flexible customization, and close customer collaboration. Whether for industry-standard or application-specific designs, T&S helps customers achieve leading-edge interconnect performance for next-generation connectivity.
T&S passive copper Direct Attach Cable (DAC) assemblies offer a high-speed, cost-effective solution for short-reach data center applications. Designed for power-efficient performance, our DACs support high port density and bandwidth while reducing overall system power consumption. T&S ensures consistent quality through strict manufacturing and testing processes, delivering reliable signal integrity and durable performance. Ideal for top-of-rack and in-rack connections, our passive copper cables provide a simple, low-latency alternative to optical transceivers for short-distance interconnects.
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Fiber Optic Flex Circuit (FOFC)
Advanced Simulation & Optimization, High Positioning Accuracy, Flexible Customization, Rigorous Reliability Testing
MDC Solution
US Conec's MDC connector is a Very Small Form Factor (VSFF) duplex optical connector, expertly designed for terminating single-mode and multimode fiber cables with diameters up to 2.0mm.
MMC Solution
US Conec's Very Small Form Factor (VSFF) multi-fiber optical connector that redefines high-density connectivity with its cutting-edge TMT ferrule technology and intuitive Direct-Conec™ push-pull boot design.
