Product Announcements:
Coaxial Connectors

M12 connectors provide reliable circular connections with a 12 mm locking thread, designed for harsh industrial environments and supporting sensors, fieldbus, and Ethernet applications across automation and control systems. Read more...

Bexkom U Series push-pull connectors deliver precise alignment, IP68-rated protection, and a fail-safe locking system for military, broadcasting, and harsh environment applications. Read more...

Engineered for precision and minimal signal loss, these compact MMCX connectors are ideal for mobile locomotives, precision equipment, base stations, and communication systems requiring reliable signal transmission. Read more...

Bexkom N Series Connectors deliver reliable, high-current signal transmission for new Read more...

High-performance RF coaxial connectors with minimal signal loss, durable construction, and compact design for mobile, base station, and communication systems. Read more...

The LEMO Group has extensive expertise in providing the test and measurement industry with reliable, high-quality, high-performance and cutting-edge connections. Read more...

DMM rugged connectors comply with MIL-DTL-83513G performances and enable a wide choice of arrangements compared to other mil-spec connectors like Micro-d or Sub-d. They allow space-saving, electromagnetic & mechanical protection. Moreover, you can use one-piece or two-piece backshells for 360° shielding and protection of your cable interconnection. You can use DMM with Flange for... Read more...

Smiths Interconnect proudly announced today the launch of EZiCoax, a single-piece, compression mount, 50-ohm RF coaxial contact for use in board-to-board signal transmissions. Read more...

High-quality connectors operating beyond the Earth’s atmosphere Read more...

LMR® cables outperform RG cables of similar size, making them an ideal choice for various applications. Their superior design ensures reliable signal transmission while minimizing loss, allowing for efficient communication. Read more...