Amphenol RF Added New MCX Cable Assemblies
The company expanded its pre-configured cable assembly portfolio with new interface designs for compact systems.
Updated on Oct. 6, 2026 in Telecommunications
Amphenol RF has added new MCX cable assembly configurations to its product lineup. These components are designed to facilitate connections in compact wireless systems.
Why it matters
The snap-on coupling mechanism provides reliable RF performance in space-constrained environments. This design supports essential connectivity for modern wireless hardware.
The MCX interface utilizes a snap-on coupling mechanism to route RF signals between printed circuit boards and modules. These assemblies are tailored for space-constrained electronics including IoT, GPS, and Wi-Fi hardware.
The players
Amphenol RF
This organization is a manufacturer of radio frequency interconnect solutions that support global electronic communications infrastructure.
The details
Engineers can use these assemblies to route RF signals between printed circuit boards and modules in compact wireless systems. Standard configurations and lengths are currently available through authorized distribution partners.
Timeline
Amphenol RF announced the product line expansion on October 6, 2026.
The Tech Race
The expansion reflects a persistent industry push to maximize performance within increasingly miniaturized electronic architectures. By standardizing these connectors, the company positions its hardware to compete in the growing market for space-constrained IoT and wireless devices.
Engineers and hardware developers can now source these pre-configured cables for immediate integration into compact designs. The availability through authorized distributors streamlines procurement for organizations building IoT and wireless consumer products.
The takeaway
Designers of compact electronics should prioritize components with reliable snap-on coupling to maintain signal integrity in limited spaces. Standardized assemblies often provide the most efficient path for rapid prototyping in wireless applications.
Further reading
Learn more about the latest innovations in Telecommunications.
