Amphenol is one of the world’s largest designers, manufacturers and marketers of connectors and interconnect systems, antennas solutions, sensors and high-speed cable. Our connector and connector system solutions include fiber optic interconnect, harsh environment interconnect, high-speed interconnect, power interconnect, power distribution and busbars and radio frequency (RF) interconnect products. Our sensors and sensor-based product solutions include gas and moisture sensors, level sensors, position sensor, pressure sensors, temperature sensors and vibration sensors. Our value-added cable assemblies include cable assemblies and harnesses, cable management products and backplane interconnect systems. Our cable solutions include coaxial cable, power cable and specialty cable. We also provide combiner/splitter products, flexible and rigid printed circuit boards, hinges and molded parts.
The Ultra High Density (UHD) interconnect is a high-reliability packaging solution for airborne, space, shipboard, and ground-based applications. With 80 contacts per linear inch, the UHD connector is tested and qualified to DSCC 89065. A modular approach allows for straightforward incorporation of signal, power, coax, and fiber-optic inserts, as well as EMI shielding.
Originally intended for use as a video connector in radar applications, UHF coaxial connectors are general purpose units developed for use in low frequency systems from 0.6 - 300 MHz.
Amphenol's ultra-high mating cycle, solderless, 287-terminal DDR5 connectors are ideal for applications requiring extremely high mating and unmating cycles of up to 100,000 connections.
The solderless process allows the connector to be replaced with minimal damage to the PCB, thus avoiding equipment downtime.
Amphenol SV Microwave's UltraLite product line has been constructed with aluminum material with the goal of creating durable, reliable, and lightweight high-performance RF cable connectors. Available in threaded SMA and 2.92mm series, these Ø.047" cable connectors are 66% lighter than their stainless steel counterparts.
Amphenol’s PIM-rated antennas ensure reliable connectivity for your iDAS network. High gain omni ceiling mount and directional panel antennas are available in 4x4 MIMO, 2x2 MIMO, and SISO configurations for virtually all applications. The aesthetically pleasing, ultra-low-profile antennas are lightweight and easy to install in any building or venue.
SV's Ultra Low Profile U.FL-to-VITA Cable Assemblies deliver a compact, high-performance RF interconnect solution designed for dense VPX plug-in card systems and precision test environments. These 6-inch assemblies pair a VITA 67.3 interface — available in NanoRF, SMPM, or SMPS series — with an ultra-miniature U.FL connector featuring a 2.5 mm mated height and 0.079" (2.0 mm) width.
224G CONNECTION DIRECTLY FROM CHIP SITE TO EXTERNAL PORTS
UltraPass™ enables arrayed connector layouts for near-chip and on-package IO solutions, providing the highest differential pair count interconnect offering in the market.
Amphenol's CooLink is an auto-grade high-speed cable for autonomous driving applications. CooLink can meet USCAR2 and LV214 spec, and high temperature up to 85℃, 105℃ and 130℃. CooLink can support PCIe Gen4 and Gen5, and is scalable to PCIe Gen6. We designed CooLink with CPA and a second lock feature to meet auto vibration tests.
Amphenol LP SlimSAS is a high-speed cable solution with low mating height, and it's a qualified cable solution by UPI1.0. LP SlimSAS can support PCIe Gen5, and its footprint is compatible with standard SlimSAS. Amphenol developed 38pin, 74pin and 124pin LP SlimSAS with straight, right-angle, and side exit plug types to provide customers a flexible system layout.
Amphenol's SlimSAS is a high-speed and robust cable assembly solution, and supports multiple industry applications such as PCIe, SAS, OpenCAPI, UPI1.0, OCP, NVME, and Ethernet. Amphenol has developed a scoop-proof connector solution with a pull tab. Amphenol develops a 38pin and 74pin solution and has been specified in the SFF group(SFF-8654).
