Broadband
Amphenol is a world leader in broadband communication products for cable, satellite and telecommunications video and data networks, with industry-leading engineering, design and manufacturing expertise. We offer a wide range of products to service the broadband market, from customer premises cable and interconnect devices to distribution cable and fiber optic components, as well as interconnect products integrated into headend equipment. Our solutions address high-speed telecommunications networks, customer premises equipment, high-speed internet hardware, network switching equipment, satellite interface devices and set-top boxes.
Visit our global sites to learn more: Amphenol Broadband Solutions
EZ-240-NF-X
EZ-240-NF-X is a Type N female (jack), straight EZ connector for LMR®-240 and TCOM®-240 cables. It features crimp-style outer contacts, spring finger inner contacts, and a no-braid trim to eliminate FOD. BeCu pins ensure reliable contact in cold and high-vibration environments. Weatherproof and MIL-C-39012 compatible, it’s ideal for performance-critical RF systems.
EZ-240-NMH-RA-X
EZ-240-NMH-RA-X is a Type N male (plug), right angle EZ connector for LMR®-240 and TCOM®-240 cables. It features crimp-style outer contacts, spring finger inner contacts, and a no-braid trim to eliminate FOD. BeCu pins provide strong contact in cold and high-vibration environments. Its compact, weatherproof design is MIL-C-39012 compatible for critical RF systems.
EZ-240-NMH-X
Type N, male (plug), straight, EZ style connector for LMR®-240 and TCOM®-240 type cables.
EZ-240-QM-X
EZ-240-QM-X is a QMA male (plug), straight EZ connector for LMR®-240 and TCOM®-240 cables. It features crimp-style outer contacts, spring finger inner contacts, and a no-braid trim to eliminate FOD. BeCu pins ensure strong contact in cold, high-vibration environments. The snap-on QMA design enables quick, tool-free connections and allows for dense RF packaging.
EZ-240-SM-RA-X
EZ-240-SM-RA-X is an SMA male (plug), right angle EZ connector for LMR®-240 and TCOM®-240 cables. It features crimp-style outer contacts, spring finger inner contacts, and a no-braid trim to eliminate FOD. BeCu pins ensure strong contact in cold, high-vibration environments. The compact, threaded SMA design supports high-frequency RF performance in tight spaces.
EZ-240-SM-X
Type N, male (plug), right angle EZ connector for LMR®-400, TCOM®-400, and T-RAD®-400-FR cables. The EZ-400-NMH-RA-X features crimp-style outer contacts, spring finger inner contacts, and no-braid trim to eliminate FOD. Its right-angle design enables easy routing in space-constrained areas. Durable, weatherproof, and MIL-C-39012 compatible for harsh environments.
EZ-240-TM-RA-X
EZ-240-TM-RA-X is a TNC male (plug), right angle EZ connector for LMR®-240 and TCOM®-240 cables. It features crimp-style outer contacts, spring finger inner contacts, and a no-braid trim to eliminate FOD. BeCu pins ensure strong contact in cold and high-vibration environments. The threaded TNC design offers weatherproofing and higher frequency performance in tight spaces.
EZ-240-TM-RP-X
EZ-240-TM-RP-X is a TNC male (plug), straight EZ connector for LMR®-240 and TCOM®-240 cables. It features crimp-style outer contacts, spring finger inner contacts, and a no-braid trim to eliminate FOD. BeCu pins ensure strong contact in cold, high-vibration environments. The threaded TNC design is compact, weatherproof, and supports higher-frequency RF performance.
EZ-240-TM-RP-X
EZ-240-TM-RP-X is a TNC male (plug), straight EZ connector for LMR®-240 and TCOM®-240 cables. It uses crimp-style outer contacts, spring finger inner contacts, and a no-braid trim to eliminate FOD. BeCu pins ensure strong contact in cold, high-vibration conditions. The compact, threaded TNC design is weatherproof and supports higher-frequency RF performance.
EZ-240-TM-X
EZ-240-TM-X is a TNC male (plug), straight EZ connector for LMR®-240 and TCOM®-240 cables. It features crimp-style outer contacts, spring finger inner contacts, and a no-braid trim to eliminate FOD. BeCu pins ensure strong contact and low current density, ideal for cold and high-vibration environments. The threaded TNC design offers weatherproofing and higher-frequency performance than BNC.