Mobile Networks
Amphenol is a leading global interconnect solutions provider to the mobile networks market and offers a wide product portfolio, including antennas, connectors and interconnect systems. Our products are used in current and next-generation wireless communications standards, including in 5G networks. We works with service providers around the world to offer an array of antennas and installation-related site solution interconnect products. We provide solutions that span antenna systems, base stations, combiners, filters and amplifiers, core network controllers, distributed antenna systems (DAS), mobile switches, radio links, small cells and wireless routers.
Right Angle SMA & 2.92mm Connectors and Cable Assemblies
SV Microwave’s right angle cable assemblies and connectors provide excellent electrical performance from DC up to 40 GHz. No need to sacrifice performance for space, these high-performance connectors are compact in size and have outstanding durability. Currently available for Ø.047" and Ø.085" cable types and in SMA and 2.92mm series.
Riser Card Cable
Amphenol has developed variant riser card high-speed cable solutions for different system architecture designs to optimize system space layout. Meanwhile, AST solution can provide an entire riser card solution with more value-added PCBA design and assembly. We designed a riser card cable solution mainly to support PCIe Gen5 application, and it's scalable to PCIe Gen6.
RJ45 Waterproof Connector - High Speed Modular Connector
Amphenol LTW's RJ45 series connectors meet the Ethernet/IP RJ45 requirements and standards. Support Cat5e & Cat6a data transmission speed & IP67 waterproof rating, our RJ45 connectors are suitable for industrial Ethernet applications【Video: https://www.youtube.com/watch?v=p8pMSaeDNmE】【
Quick Guide: https://amphenolltw.com/down.php?supp_download=106】
RSMP
Consists of two RSMP PCB connectors and a bullet adapter. The blind mate insulator guide significantly improves product reliability.
Rugged MRU Series USB 2.0
Amphenol's MRU series of USB 2.0 Type A connectors provide IP67 protection for enclosures per IEC 60529. With data rates up to 480Mb/s, the connector series is designed to provide a standard USB interface for enclosures exposed to harsh environments. While these connectors are offered as mating pairs, the receptacles can also mate with any other standard USB 2.0 plug.
Rugged USB 2.0
Amphenol's MUSBR series USB Connectors is a line of Generation 2 ruggedized USB connectors with die-cast housings and IP67 sealing, designed for Harsh Environment applications. Rugged series provide reliable performance in extreme conditions for the most demanding applications and mate with standard USB plugs.
Rugged USB 3.0
RUGGED USB CONNECTOR FOR HARSH ENVIRONMENT APPLICATION
Amphenol's Product Line of Rugged USB3.0 connectors serve many markets and applications across the globe including Medical, Industrial, Telecommunication, DataComm, etc.
Rugged USB Type C
Amphenol's MUSBR series USB Type C Connectors serve many markets and applications across the globe including Automotive, Communications, Consumer, Data, Industrial and Medical. MUSBR series is a line of Generation 2 ruggedized USB Type C connectors with die cast housings and IP67 sealing, designed for Harsh Environment applications.
Scorpion Modular
Design your own connector with our Scorpion series! The Scorpion modular connector can be configured as a power connector, a signal connector, or both, and it offers nearly limitless combinations. Perfect to achieve that ideal blend of size, weight, and power (SWaP). Add options for blind mating, float mount, panel mount, and cable connector options, as well as integral locking systems.
SFP OverPass™ Assemblies
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.