Amphenol RF

Amphenol RF’s Components grouping includes a rich portfolio of connector parts, interface modules, adapters, protective hardware, and accessory elements that form the backbone of RF interconnect ecosystems.

Amphenol RF’s protective caps provide essential protection for unused or exposed RF connector interfaces, helping preserve connector integrity and performance during transport, storage, or downtime.

Amphenol RF’s shorting caps are engineered to protect idle RF connector interfaces by providing a controlled short circuit at the open end, preserving system integrity and safeguarding against electrostatic or stray interference.

Amphenol RF’s 1.0-2.3 adapters are designed to support high-density, high-performance RF applications where space savings and signal integrity are critical.

Amphenol RF's 2.4 mm adapters are designed to support advanced, high-frequency performance requirements in demanding RF and microwave environments.

Amphenol RF’s 4.1‑9.5 adapters deliver a high-density alternative to larger coaxial interfaces, providing plug-to-plug, jack-to-jack, and panel-mount options ideal for modern RF systems.

Amphenol RF’s 7‑16 adapters are engineered to support high-performance RF connectivity in infrastructure applications that require low passive intermodulation (PIM), high power handling, and secure, threaded mating.

Amphenol RF’s AMC Adapters form a critical link between space‑constrained RF board-level circuitry and industry-standard connectors.

Amphenol RF’s AMMC adapters bridge ultra-miniature board-mounted RF interfaces to standard cable connectors in applications that demand small footprints and reliable performance.

Amphenol RF’s BNC adapters provide a comprehensive lineup of in-series and between-series options—including straight and right-angle versions—to support diverse interface conversions.

Amphenol RF’s FAKRA adapters offer a complete range of both in-series (FAKRA–FAKRA) and between-series (e.g. FAKRA–SMA) configurations, enabling seamless coupling within diverse RF networks.

Amphenol RF’s F‑Type adapters deliver a full lineup of in‑series and between‑series configurations—from F-Type to BNC, N‑Type, SMA, SMB, and more—designed for high-performance RF systems.

Amphenol RF’s HD‑AFI adapters convert HD-AFI interfaces to industry-standard RF connectors in both in-series and between-series formats, enabling seamless integration into board-to-board and board-to-cable designs.

Amphenol RF’s HD‑EFI adapters include both in-series HD‑EFI barrels and between-series transitions—like HD‑EFI to SMA—supporting flexible, high‑density RF integration.

Amphenol RF offers a complete range of MCX adapters, including in-series MCX‑to‑MCX barrels and between-series adapters to SMA, BNC, TNC, N‑Type, HD‑BNC, and more.

Amphenol RF offers a full selection of Mini‑SMB adapters, including in‑series Mini‑SMB to Mini‑SMB barrels and between‑series conversions (e.g., Mini‑SMB to SMB, BNC).

Amphenol RF’s MMCX adapters offer a lightweight, compact solution for RF signal transmission in applications where space and performance are critical.

Amphenol RF’s line of NEX10 adapters is designed to support the next generation of small cell and distributed antenna systems (DAS).

Amphenol RF's PSMP adapters are designed for applications that require robust mechanical performance combined with high-frequency signal integrity.

Amphenol RF’s RF Switch Probe Adapters provide an efficient testing interface between RF test probes and PCB-mounted RF switch connectors.

Amphenol RF’s RP-N-Type Adapters are designed to facilitate quick, secure, and reliable connections between reverse polarity interfaces.

Amphenol RF’s RP-SMB Adapters provide a robust interconnect option for applications that require secure, high-frequency signal transmission in limited space environments.

Amphenol RF’s SMA adapters are engineered to deliver consistent electrical performance and mechanical durability in a wide range of RF systems.

Amphenol RF’s SMC Adapters provide robust and flexible connectivity for RF applications where space constraints and dependable performance are critical.

Amphenol RF’s SMPM adapters are designed to support high-density, high-frequency applications where space constraints and signal integrity are critical.

Triax adapters from Amphenol RF are engineered to support applications that require exceptional signal protection and robust connectivity.

UHF adapters from Amphenol RF are designed to facilitate secure, low-frequency RF connections in a variety of systems requiring rugged performance.

Managing signal levels accurately within RF and microwave systems is essential for protection, calibration and system performance optimisation.

Amphenol RF’s 2.92 mm cable assemblies are designed to deliver reliable performance in demanding test, measurement, and high-frequency signal transmission environments.

Amphenol RF’s AMC4 cable assemblies offer high-performance RF signal transmission in an ultra-compact design, optimized for rugged, space-constrained embedded and wireless systems.

Amphenol RF’s AUTOMATE Mini-FAKRA Type A cable assemblies deliver compact, reliable, and high-performance connectivity for next-generation automotive applications requiring robust signal integrity and space-saving design.

Amphenol RF’s FAKRA cable assemblies deliver reliable RF performance and mechanical stability for automotive and transportation applications requiring secure connections and industry-standard interface coding.

Amphenol RF’s HSD cable assemblies are engineered for robust, high-performance data transmission in demanding environments where electromagnetic integrity and mechanical durability are essential.

Amphenol RF’s MHV cable assemblies are engineered to support high-voltage signal applications with secure bayonet coupling, dependable insulation, and robust mechanical construction.

Amphenol RF’s MMCX cable assemblies provide robust and space-saving connectivity for compact devices requiring reliable RF performance up to 6 GHz.

Amphenol RF’s precision test cable assemblies are specifically designed to meet the demanding requirements of RF test environments.

Amphenol RF's RP-SMA (Reverse Polarity SMA) cable assemblies provide reliable, compact RF solutions ideal for wireless networking, IoT, and embedded antenna systems.

Amphenol RF's SMA cable assemblies are designed to deliver reliable, high-performance RF connectivity in demanding environments.

Amphenol RF’s SMP cable assemblies provide a compact and reliable high-frequency solution for applications where space is at a premium and performance is critical.

Amphenol RF's TNC cable assemblies offer robust performance in high-vibration and outdoor applications where secure connections are paramount.

Amphenol RF’s 1.6‑5.6 connector series delivers a compact, efficient solution for applications where panel space is limited and reliable signal transmission is essential.

Amphenol RF’s 2.92 mm connector series, commonly known as “K connectors,” offer precision-engineered performance tailored for satellite communications, lab instrumentation and test environments.

Amphenol RF’s 4.3‑10 connector series combines robust performance and space-saving design, offering a reliable 50 Ω interface suited for high-density RF networks.

Amphenol RF’s AFI connector series provides a robust board‑to‑board RF interface that maintains signal integrity even when PCBs are misaligned.

Amphenol RF’s AMC4 connector series offers a high-performance, space-efficient micro-coax solution designed for demanding RF and microwave applications.

Amphenol RF’s AUTOMATE Type A connector series redefines automotive RF interconnects with up to 80% smaller packaging compared to traditional FAKRA connectors.

AUTOMATE® Type C connectors are compact, rugged RF interconnect solutions designed for high-frequency performance, secure retention under vibration, error-proof assembly, and reliable operation in harsh industrial environments.

Coaxial insert connectors from Amphenol RF are precision-engineered components that allow reliable signal transfer from cable to PCB or subassembly modules.

Amphenol RF's FAKRA connector series delivers dependable 50 Ω performance in automotive and telematics applications, combining secure locking and color-coded housings for seamless vehicle integration.

Amphenol RF’s F-Type connectors are precision-engineered RF solutions designed for 75-ohm coaxial applications.

Amphenol RF’s HD‑AFI connectors are engineered for robust board-to-board RF interconnects in broadband and wireless systems.

Amphenol RF’s HD‑EFI connectors are precision-engineered for compact, multi-layer PCB interconnections requiring alignment tolerance and high-frequency performance.

Amphenol RF’s HSD (High-Speed Data) connectors are specialized, shielded RF solutions designed for high-bandwidth digital communication in compact spaces.

Amphenol RF’s MHV (Miniature High Voltage) connectors provide a standardized, rugged solution for high-voltage coaxial connections—supporting voltages up to 5,000 V DC.

Amphenol RF’s Mini-SMB connectors are purpose-built for compact 75 Ω systems, offering reliable broadband performance in a convenient snap-on design.

Amphenol RF’s MMCX (Micro‑Miniature Coaxial) connectors are a streamlined version of MCX, offering reliable 50 Ω performance in space-constrained applications.

Amphenol RF's NEX10 interface is designed to support secure panel attachment in distributed antenna systems, small cell deployments and advanced wireless network architectures where space optimization is critical.

Amphenol RF’s PCB Termination Connectors offer durable, precision-engineered solutions for board-level coaxial signal management.

Amphenol RF’s QMA connectors are designed as quick-disconnect alternatives to SMA, offering the same RF performance with a faster, tool-free snap-on coupling.

Amphenol RF’s RF switching connectors provide a robust, cost-effective method for testing RF circuits without the need to physically disconnect and reconnect cables.

Amphenol RF’s RP‑MCX connectors combine the compact size of MCX with added safety and regulatory compliance through reverse-polarity construction.

Amphenol RF’s RP‑N‑Type connectors are designed to meet demands for reverse-polarity standardization in Wi‑Fi, cellular, and IoT applications, while preserving the mechanical and electrical integrity of traditional Type‑N.

Amphenol RF’s RP‑SMB connectors provide reliable, space-efficient snap‑on connections designed for reverse‑polarity RF applications.

Amphenol RF’s RP-Triax connectors are engineered for extreme applications where extra shielding, high voltage capability, and rugged reliability are essential.

Amphenol RF’s SMA connectors deliver precision RF performance with durable threaded coupling for applications ranging from wireless infrastructure to test instrumentation.

Amphenol RF SMC connectors are precision-engineered, subminiature threaded coaxial interfaces optimized for RF and microwave applications.

Amphenol RF’s SMPM connectors are purpose-built for space‑constrained, high‑frequency environments.

Amphenol RF’s SSMA connectors are compact, subminiature solutions developed to meet the growing demand for higher frequency, precision RF performance in space-constrained applications.

Amphenol RF’s SSMC connectors offer a reliable and compact interface ideal for high-frequency applications where space and performance are critical.

At Amphenol RF, our TPS connector series offers a versatile solution for engineers sourcing robust RF coaxial interfaces compatible with standard cable and semi-rigid configurations.

Twinax connectors from Amphenol RF are designed for balanced transmission line applications requiring superior noise immunity and minimal signal degradation.

Engineered for modern coaxial networks, the terminators in the DIN 1.0/2.3 family from Amphenol RF offer reliable impedance matching and termination for applications where space-constrained and high-density RF layouts are required.

Terminating unused ports in RF systems is critical to maintain signal integrity and minimize reflection.

At Amphenol RF, our HD-BNC Terminator product line offers engineers and system integrators a refined termination solution built around the high-density HD-BNC™ interface.

At Amphenol RF, our N-Type terminator family provides designers and engineers with a trusted solution for properly terminating unused ports or cable ends in RF systems that utilise the N-Type threaded connector interface.

QMA Terminators from Amphenol RF deliver a streamlined solution for terminating unused RF ports in systems that leverage the QMA quick-disconnect interface.

At Amphenol RF, the SMA Terminators family provides engineers and buyers with a termination solution that pairs directly with the widely used SMA threaded interface.

The SMP terminator family from Amphenol RF provides designers and system integrators with a termination solution that aligns with the SMP connector interface.

When you’re creating or servicing RF cable assemblies, the right crimp tool does far more than just hold a connector—it ensures consistent electrical performance, mechanical integrity, and long-term reliability.

When assembling high-density RF modules or rack-mounted systems, the right mechanical interface matters just as much as the electrical performance.