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
Direct Connect Trunks
Amphenol hybrid or discrete trunks offer power/fiber connectivity that is optimized for fast deployment and easy installation in FTTA. A single trunk enables connectivity to several RRHs without the need for a tower top distribution box. The metal canister breakout point provides a secure and reliable hoisting and grounding mechanism, while also delivering a fully sealed and robust transition.
DOCSIS Passive
Accommodate 8+ STBs, MoCA controllers, and modems without power supplies or amplification. This means no more premises amplifiers and some serious noise reduction. Each DOCSIS Passive provides dramatic cost savings and cleans up the network.
Drop-in-Duct Cable
Drop-in-Duct is ideal where added protection or future fiber upgrades are needed. Available in Series 6, 7, and 11 from ½" to 2", its flexible HDPE allows easy bends without special tools. It provides a permanent pathway, protects against ground shifts and roots, performs in cold climates, and simplifies future cable repairs or replacement.
D-Sub Connectors
Amphenol LTW D-Sub connectors are developed in 5 different standard housing fit for standard/high-density pin contact & sealed for ingress protection up to IP68. The features are connectors interface meet ANSI / B93.55M-1981, Idiot-proof alignment key design【Quick Guide: https://amphenolltw.com/down.php?supp_download=93】
D-Sub Slimline
ULTRA SLIM D-SUB CONNECTORS
Amphenol has expanded the D-Sub connectors with a modified ultra slim body with contact alignment in a single row. These are available both in SMT termination suitable for reflow soldering and solder tail version for standard wave soldering. These connectors also feature solderable retention pegs that absorb vibration.
easyRepair-Box
The easyRepair-Box is a innovative solution for maintaining and repairing fiber optic connections in stadiums and other broadcast environments. With the easyRepair-Box, we can quickly, easily, and cost-effectively replace defective ferrules in LEMO connectors without affecting the entire building's cabling. Our system allows for simple disconnection of fiber opti
ExaMAX® VS High-Speed Backplane Connector
The ExaMAX® VS backplane system is a scalable, cost-optimized connector system designed for higher bandwidth applications up to 25Gb/s. The high-performance connector system provides both mechanical robustness and superior signal integrity, minimizing channel performance variation for every differential pair.
Extremeport-Flash
Amphenol’s Extremeport-Flash is an extreme low mating height, easy-to-release high-speed cable solution. We designed 95ohm Flash mainly to support near chip (under heat sink) to IO application, and the mating height is lower than 5mm. Flash can support 56G PAM4, and scalable to 112G PAM4 application, and plug is with pull tab design feature for easy release.
Extremeport-MCIO(Mini Cooledge IO)
Amphenol's Mini Cooledge IO(MCIO) is a high-speed, small mechanical size cable solution. Amphenol MCIO product is now being specified in the SFF group and the project number is SFF-TA-1016. MCIO cable can support PCIe Gen5, and is scalable to PCIe Gen6 and 112G PAM4. We developed 85ohm and 95ohm solutions to support different applications.
Extremeport-Swift
Amphenol’s Extremeport-Swift is an extreme low profile(mating height<9mm), robust mechanical, and excellent SI performance cable solution. The cable assembly and connector can support PCIe Gen5, and the SI performance is scalable to PCIe Gen6 and 112G PAM4. We can provide straight, right angle, and side exit plug types with 38pin, 74pin, and 124pin to support customers to optimize system layout.
ExtremePort™ QSFP+
Amphenol's ExtremePort™ QSFP+ interconnect system is comprised of a 38-position, 0.8mm pitch connector built for use in high-speed serial applications. Each port offers 4 channels to increase port density which allows for more board real estate and cost-optimized solutions. The ExtremePort™ QSFP+ connector supports next-generation 200G+ applications and transmits up to 56Gb/s PAM4 per channel.
Extremeport-Z-Link(Gen Z)
Amphenol’s Extremeport Z-Link(Gen Z ) Connector is a scalable connector and connector interface compliant to SNIA: SFF-TA-1002. Z-Link can support PCIe Gen5, and is scalable to PCIe Gen6 and 112G PAM4. Z-Link can support high speed and power in one connector, and we developed 1C, 2C, 4C, and 4C+ connectors to support customers' different applications.
EZ-1200-716MC-2
EZ-1200-716MC-2 is a 7/16 DIN male (plug), straight EZ connector for LMR®-1200 cables. It eliminates soldering with crimp-style outer contacts, spring finger inner contacts, and a no-braid trim to prevent FOD. BeCu pins ensure strong, stable contact under vibration and cold. The threaded 7/16 DIN design is ideal for water-resistant RF systems like base stations and broadcast networks.
EZ-1200-NMC-2
EZ-1200-NMC-2 is a Type N male (plug), straight EZ connector for LMR®-1200 cables. It features crimp-style outer contacts, spring finger inner contacts, and a no-braid trim to prevent FOD. BeCu pins ensure strong contact in cold, high-vibration conditions. Durable and weatherproof, it meets MIL-C-39012 specs and is ideal for long, high-power, low-loss RF cable runs.
EZ-195-QM-X
EZ-195-QM-X is a QMA male (plug), straight EZ connector for LMR®-195 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 conditions. The QMA’s snap-on coupling enables quick installs, dense packaging, and low RF leakage—ideal for high-performance systems.
EZ-195-SM-X
EZ-195-SM-X is an SMA male (plug), straight EZ connector for LMR®-195 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. Lightweight and compact, the threaded SMA design offers high-frequency performance and secure coupling in tight spaces.
EZ-195-TM-X
EZ-195-TM-X is a TNC male (plug), straight EZ connector for LMR®-195 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 offers higher-frequency performance than BNC-style connectors.
EZ-195-TM-X
EZ-195-TM-X is a TNC male (plug), straight EZ connector for LMR®-195 cables. It uses 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 conditions. The threaded TNC design is compact, weatherproof, and delivers higher-frequency performance than BNC connectors.
EZ-240-1023M-X
EZ-240-1023M-X is a 1.0/2.3 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. This compact RF connector is ideal for space-constrained systems and meets DIN and NFC specs.
EZ-240-BM-RA-X
EZ-240-BM-RA-X is a BNC 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 conditions. The bayonet-style coupling allows quick, secure connections in space-constrained RF systems.