New Products

PFAS-free BNC interconnects utilize PEEK insulators instead of traditional PTFE ones which provides an environmentally friendly solution for system designs. These connectors and adapters serve as drop-in replacements for existing part numbers and deliver the same trusted performance. They are ideal for applications where PFAS restrictions are becoming more prevalent such as commercial kitchen equipment, food processing systems, industrial electronics and broadcast equipment.

PFAS-free BNC connectors and adapters are manufactured with nickel-plated brass bodies and gold-plated brass or beryllium copper contacts to maintain the same durability, reliability and signal integrity customers expect from Amphenol RF. By eliminating PTFE from the interface design, these products align with increasing global efforts to reduce the use of PFAS while preserving the electrical performance required for demanding RF applications.

As regulatory landscapes continue to evolve, these connectors and adapters will help to support future compliance initiative in order to future-proof designs which maintaining compatibility with the existing BNC interface. These products are readily available through our global distribution network.

High-flex FAKRA cable assemblies are designed on durable RG-58 cable and deliver dependable mechanical and electrical performance in demanding applications with repeated movement, vibration and limited installation space. They are ideal for automotive communication systems, GNSS/GPS, telematics, infotainment and other RF-enabled vehicle technologies.
 
High-flex RG-58 cable supports millions of flexures and features a fine-wire stranded copper center conductor with a tinned copper braid shield for improved flexibility and durability. These 50 ohm cable assemblies offer reliable electrical performance up to 3 GHz and are engineered to maintain consistent signal integrity while exposed to repeated flexing and vibration. Available in a variety of jack to plug, plug to plug and jack to jack configurations, these assemblies feature application-specific FAKRA key code options to prevent mismating. Standard lengths range from 12 inches to 3 meters to support a wide range of automotive, industrial and off-highway equipment applications.
 

Pre-configured 2.92 mm cable assemblies built on durable 0.141-inch conformable cable. Available in a straight plug (male) to straight plug (male) configuration in standard lengths from six inches to one meter, these assemblies are designed for applications requiring reliable high-frequency signal transmission, mechanical stability and repeatable performance. They are ideal for military and aerospace systems, 5G wireless infrastructure, instrumentation and other demanding RF applications.

The 2.92 mm cable assembly features a precision RF interface similar to SMA, utilizing a smaller internal
body diameter and air dielectric to support frequencies up to 20 GHz. Gold-plated stainless steel
connectors are intermateable with SMA and 3.5 mm interfaces while maintaining excellent electrical
performance. The hand formable 0.141" conformable cable offers enhanced mechanical durability,
excellent power handling and stable signal transmission, while providing low VSWR and outstanding
return and insertion loss characteristics.

Pre-configured MMCX cable assemblies support reliable RF connectivity in industrial wireless systems. The expanded portfolio includes MMCX plug connectors in both straight and right-angle configurations that are paired with rugged bulkhead SMA, TNC, RP-TNC and N-Type straight jacks. These assemblies are designed on flexible RG-174 cable which provides dependable electrical performance up to 3 GHz which is ideal for short-distance, lower frequency RF applications.

The between-series design allows for secure panel-mount configurations, enabling seamless transitions
from internal board-level MMCX interfaces to externally accessible threaded connectors. Common
applications include wireless communication modules supporting GPS positioning, Wi-Fi networking and
telemetry systems. Their design also supports integration into vehicle-based systems including
agricultural, construction and mining equipment, where durability and consistent connectivity are
essential. By combining compact, board-level connectors with more robust external interfaces, the
assemblies provide added flexibility for a wide range of deployment scenarios.
 

Between-series 2.92 mm to  SMPM adapters are engineered for applications requiring dependable performance up to 40 GHz. These adapters are available in plug and jack versions and allow for a seamless transition between rugged precision test equipment and compact SMPM-based RF systems. 2.92 mm to SMPM adapters are ideal for microwave, high-frequency test and system integration applications where signal integrity and repeatability are critical.

Designed for high-frequency test environments and space-constrained RF architectures, these adapters feature a durable threaded 2.92 mm interface paired with a compact SMPM connection suitable for high-density layouts. They provide excellent electrical performance up to 40 GHz and help to minimize signal reflections. These 2.92 mm adapters are constructed with passivated stainless-steel bodies and gold-plated beryllium copper contacts in order to provide durability, corrosion resistance and reliable conductivity for laboratory, production and system integration environments.
 

This SMA straight jack configuration is designed to accommodate 0.085” conformable cable. It is a high-frequency solution which provides versatility in new designs that require superior mechanical reliability. SMA connectors are ideal for RF and microwave applications such as laboratory testing and industrial infrastructure.

This SMA jack is engineered with durable gold-plated stainless-steel body, which offers excellent corrosion resistance, and a gold-plated beryllium copper contact to ensure reliable conductivity and signal integrity. This configuration supports board-to-panel and module applications that require highfrequency performance up to 18 GHz and low VSWR. This configuration is compatible with industrystandard SMA interfaces for additional versatility.