Developed from more than 20 years of proven Radio Frequency (RF) technology, the MFBX Evo provides better RF performance achieving excellent Return Loss (RL) rates at higher frequencies (up to 6 GHz). Find out more!
The HUBER+SUHNER standard assemblies portfolio for fiber optics includes all most common patch cords and pigtails.
E-2000 is a high performance connector which meets the highest standards by excellence in design and manufacturing processes. Only high quality and high precision materials are used to guarantee connections at the highest level. HUBER+SUHNER E-2000 products meet the international standards IEC 61754-15 and TIA 604-16 and are naturally RoHS compliant.
The FC is a big-form connector. The housing is threaded to the adapter and therefore assures a stable and rigid connection suitable for test+measurement, industry and medical application.
SN connectors offer new-era dual fiber connectivity with high-performance technology that are easy to use with a easy plug-and-play functionality In combination with a new high density cable, a higher packing density can also be achieved with easy-to-clean ferrule technology.
MDC connectors offer new-era dual fiber connectivity with a easy plug-and-play functionality and polarity change In combination with a new high density cable, a higher packing density can also be achieved with easy-to-clean ferrule technology.
The SC connector is one of the most common solutions for reliable networks. With the big form ferrule, this connector ensures a reliable optical connection with good mechanical stability. Its push-pull design prevents rotational misalignment.
The LC connector is established because of its small size and its very reliable connecting quality. In the last five years it has become the most popular connector in the world. This success can be attributed to a series of innovations and the company's consistent approach to supply chain optimisation. The innovative LC-XD connector in particular sets new standards for packing density and handling in data centers.