Email Us
US Conec and T&S Sign Global Patent Licensing Agreement for MDC
News & Events
Press Release

US Conec and T&S Sign Global Patent Licensing Agreement for MDC

May 27, 2025  |  T&S
Contents [Hide]

    San Francisco, USA – April 1, 2025 (OFC 2025) – During OFC 2025, US Conec and T&S officially signed a global patent licensing agreement for the Miniature Duplex Connector (MDC). Under this agreement, T&S has been granted a non-exclusive license to manufacture and sell MDC high-density fiber optic connectors and adapters worldwide, utilizing 11 key US Conec patents.


    Through this collaboration, T&S will commence large-scale production and distribution of MDC fiber optic cable assemblies and related products, providing essential components for 800G/1.6T Ethernet deployment while enabling high-reliability, high-density optical connectivity for co-packaged optics (CPO). Additionally, with supply support from US Conec, T&S will also manufacture and distribute Miniature Multi-fiber Connector (MMC) products, further strengthening its expertise and leadership in high-density optical interconnect solutions.


    US Conec and T&S Sign Global Patent Licensing Agreement for MDC


    About T&S

    T&S (SZSE: 300570) is a global leader in fiber optic cable assemblies and ferrules, dedicated to delivering high-performance optical interconnect solutions for the fiber optic industry. T&S’s product portfolio includes ceramic ferrules, MT ferrules, high-density fiber optic cable assemblies, as well as other passive optical components, active optical devices, and fiber optic sensing solutions. T&S products are widely used in telecommunications networks, data centers, computing infrastructure, industrial automation, rail transit, renewable energy, and aerospace applications. Headquartered in Shenzhen, China, T&S operates multiple manufacturing facilities worldwide, providing high-quality optical connectivity products and customized solutions to global customers. (www.china-tscom.com)


    About US Conec

    US Conec is a global leader in high-density optical interconnect technology, leveraging over 30 years of innovation and expertise in developing advanced optical connectivity solutions for data centers, enterprise networks, public infrastructure, industrial applications, and military systems. Headquartered in Hickory, North Carolina, USA, US Conec is backed by leading optical communication companies, including Corning, Fujikura, and NTT-AT. (www.usconec.com)


    References
    Previous : No information
    You might also be interested in the following:
    Innovative Developments of AOC (Active Optical Cable) in Data Transmission
    Jul 18, 2025
    Innovative Developments of AOC (Active Optical Cable) in Data Transmission
    AOC (active optical cable) is a new type of data transmission technology that revolutionizes data transfer in multiple fields such as data centers, high-performance computing, and consumer electronics...
    Challenges in Manufacturing Multi-fiber Polarization-Maintaining Assemblies
    Jul 17, 2025
    Challenges in Manufacturing Multi-fiber Polarization-Maintaining Assemblies
    The production of Multi-fiber Polarization-Maintaining Fiber assemblies, such as 24F MPO cable assemblies and Multi-fiber Fiber Arrays (FA), involves several critical challenges. These challenges stem...
    Introduction to Hollow-Core Fibers Historical Evolution and Cutting-Edge Innovation
    Jul 11, 2025
    Introduction to Hollow-Core Fibers Historical Evolution and Cutting-Edge Innovation
    Hollow-core fibers (HCFs), also referred to as hollow photonic crystal fibers, represent a major leap forward in optical fiber technology. Unlike conventional silica-based fibers with solid cores, HCF...
    Internet of Things with Optical Communications Product
    Jul 09, 2025
    Internet of Things with Optical Communications Product
    Internet of ThingsThe growing interconnects ability of people, devices and machines has led to a rapidly increasing need for sensing solutions allowing to measure a variety of parameters in a broad ra...