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
Termination Components
SV Microwave's termination components are essential elements in RF and microwave systems, designed to absorb and dissipate signals effectively. Terminations prevent signal reflections and maintain impedance matching, contributing to signal integrity. SV Microwave offers a variety of termination components with different power handling capabilities, frequency ranges, and connector options.
Termination Tools for RF Connectors
Amphenol RF offers a full line of termination tooling to meet your specific production requirements. All tools meet Amphenol’s stringent design and quality requirements and provide a consistent and reliable crimp each and every time, thereby ensuring the integrity of the connector termination.
TF-047
TF-047 is a versatile micro-coaxial cable ideal for high density applications. Available in bulk or cable assembly with a wide selection of interfaces, TF-047 offers high performance and reliability in a compact footprint.
TFlex-401
TFlex®-401 is a flexible, low-loss microwave coaxial cable offering excellent EMI shielding and low PIM. With a silver-plated copper core, PTFE dielectric, and rugged FEP jacket, it ensures reliable RF performance and easy installation. Ideal for aerospace, defense, and high-power RF applications in harsh environments.
TFlex-402
TFlex®-402 is a flexible microwave coaxial cable offering low loss, strong EMI shielding, and low PIM. Featuring a silver-plated copper-clad steel core, low-density PTFE dielectric, and dual-braid shielding, it ensures reliable RF performance. The rugged FEP jacket makes it ideal for aerospace, defense, and telecom applications in harsh environments.
TFlex-405
TFlex®-405 is a flexible, low-loss microwave coaxial cable with excellent EMI shielding and low PIM. Featuring a silver-plated copper core, PTFE dielectric, and dual-braid shielding, it offers reliable RF performance in harsh environments. Ideal for aerospace, radar, robotics, and mission-critical applications where space and durability matter.
TFOCA-III® Fiber Optic Connectors
The TFOCA-III® series of 6 & 24-channel fiber optic connectors are ideal for environmentally harsh conditions. The TFOCA-III® design utilizes the latest technology in fiber optic connectivity by incorporating industry-standard physical contact ceramic ferrules and alignment sleeves.
TFOCA-II® 12-Channel Fiber Optic Connectors
The TFOCA-II® 12-ch. connector, designed and patented by AFSI, is ideal for environmentally harsh conditions and its design takes advantage of the latest technology by utilizing industry-standard physical contact ceramic ferrules. The TFOCA-II® connector is designed for minimal maintenance in the field, and its removable end cap allows direct access to the alignment sleeve and termini.
Threaded Cable Connectors
Amphenol CDI Threaded Cable Connectors provide secure, vibration-resistant connections for high-frequency RF applications. Designed for aerospace, military, space, and industrial environments, these connectors ensure reliable signal integrity, low insertion loss, and strong shielding against interference.
Threaded RF Adapters
Amphenol CDI Threaded RF Adapters provide secure, vibration-resistant connections for high-frequency signal transmission. Designed for aerospace, military, space, and industrial applications, these adapters ensure low insertion loss, excellent shielding, and long-term reliability in demanding environments.