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.
SV Microwave’s Series II D38999/2M SMPM and SMPS socket contacts are engineered for use in connector shells requiring Series II socket configurations. Available in Size 12 (SMPM) and 16 (SMPS) for .047" and .085" cable, these contacts feature a shorter body length than Series I, III, and IV socket contacts, due to the lower profile connector shells.
Amphenol’s service node links optical transport cable to optical processing equipment. This connection is critical and requires an environmental seal between the cable and the node feed-thru. Amphenol’s node cables utilize a unique IP68 rated stainless steel feed-thru adapter, featuring an anti-twist coupling body and an optional anti-rotating nut.
LUTZE offers static and continuous motion servo cable assemblies according to SIEMENS 6FX, Allen Bradley 2090 standard and Bosch Rexroth Indramat standards.
The SF-047 is a ruggedized, small-diameter coaxial cable engineered for reliable performance in harsh environments. Ideal for aerospace, defense, and industrial applications, it offers excellent durability, flexibility, and high-frequency signal integrity. Perfect for mission-critical systems requiring compact, lightweight, and robust RF cable solutions in extreme temperature and vibration conditions.
Amphenol's SFP product family supports applications for up to 6 Gbps per channel. The connector accepts multiple transceivers per INF-8074i and combines, transmits, and receives functions in a low-cost, compact format. The assemblies are designed to maximize valuable space on the PCB.
Amphenol's SFP cable assemblies are designed to support applications for Ethernet and Fibre Channel. The Amphenol SFP products offer an ultra-high-performance, cost-effective solution for 10G/25G/50G/100G speed applications in switched fabric I/O, switches, routers, data storage arrays, and high-performance computer (HPC) clusters.
Amphenol's SFP-DD cable assemblies are designed to support applications for Ethernet. The Amphenol SFP-DD products offer an ultra-high-performance, cost-effective solution for 100G aggregate speed applications in switches, routers, data storage arrays, and high-performance computer (HPC) clusters.
DIRECT HIGH SPEED CONNECTION FROM CHIP SITE TO IO PORT
SFP OverPass™ products remove high speed signaling from the PCB and create a direct connection between the ASIC site and the external IO port by overpassing the PCB. This helps to enable 28G and 56G hardware system designs. This results in lower over signal loss, PCB design complexity and reduces PCB costs.
Diverse appearance, beautiful shape, can be painted with the color of the whole vehicle. The function can integrate AM/FM/DAB + dual GNSS (GPS/BD/GLONASS/Galileo) + dual 4g, and the function combination can be freely selected according to the demand.
SheerPwr® Circular is a high-current, low-resistance interface, designed for applications connecting busbars-to-busbars/boards & BTB. It uses a robust and compliant power contact, assembled in a circular orientation. This forms a power socket, designed to mate with traditional machined pins, which provides repeated low resistance, high misalignment tolerance & high current carrying capabilities.
