Amphenol ICC TR Multicoax delivers superior signal integrity from multiple high speed analog or digital channels. It is offered in 20GHz, 40GHz, or 70GHz configurations.
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HSD connector system is a fully shielded interconnect system that can be used with shielded twisted quad cables. It is a high-performance digital system for low-voltage differential signals which prevents interference from crosstalk and external sources.
FCI Basics Minitek 127 board-to-board connector is a 1.27mm pitch modular system covering all customer needs, saving time and qualification cost. These connectors are also available in IDC versions.
Amphenol ICC is the leader in electronic interconnect industry and a global manufacturer of connectors, cable assemblies, power connectors, High speed Backplane, Board/Wire to Board Connectors, I/O Connectors and more.
FLA Series Dimming Receptacle - ANSI C136-41 is designed with power and dimming/signal contacts to provide a connection between dimmable photocell and the luminaire for commercial and utility lighting.
FLA Series Dimming Receptacle - ANSI C136-41 is designed with power and dimming/signal contacts to provide a connection between dimmable photocell and the luminaire for commercial and utility lighting.
Amphenol ICC offers industrial I/O connectors that promote signal and PoE++ transmission over Cat 5e and Cat6 cables in a wide range of datacom and industrial applications. These field-installable connectors offer lightning protection and EMI shielding.
FCI Basics SD Memory Card Connector is tailor-made for Car Multimedia Devices. This top-mount solution is highly durable and is able to withstand vibrations and high temperatures found in the automotive environment.
FCI Basics SIM Card connectors are 6 to 8-pin connectors primarily used as SIM card readers in smartphones and other mobile devices. These are designed for full SIM, mini SIM, and micro SIM Plug-in applications.
FCI Basics Smart Card connectors are 8 or 16-pin connectors primarily used as full-size smart card readers. These are deployed in health, social security, ID card and credit card chip-and-pin schemes.
FCI Basics Minitek Pwr 3.0 is a flexible and comprehensive solution designed for power application with a current rating up to 5A per contact.
Amphenol ICC is the leader in electronic interconnect industry and a global manufacturer of connectors, cable assemblies, power connectors, High speed Backplane, Board/Wire to Board Connectors, I/O Connectors and more.
G14 Series OCuLink connectors are internal and external Small Form Factor PCIe connectors and cables optimized for the client and mobile market segments, while suitable for various datacom, consumer and industrial applications.
G14 Series OCuLink connectors are internal and external Small Form Factor PCIe connectors and cables optimized for the client and mobile market segments, while suitable for various datacom, consumer and industrial applications.
Amphenol ICC's 2.70mm ultra-thin Micro SD and SD card sockets saves on space and has a shielded design for superior signal integrity (SI) performance.
Amphenol ICC provides best in class next generation HDMI connector used in electronic products which supports transmission of uncompressed video and audio data along a single cable
FCI Basics USB 3.1 Gen 2 Type C connector delivers data transfer rate up to 10Gb/s which is 2x the transfer rate of SuperSpeed USB. It also offers highly improved power efficiency up to 100W.
Amphenol ICC Spring battery connectors offer flexible, custom designs and production capabilities in various pitch sizes, pin configurations, soldering requirements and different stack heights.
Ruggedized RJ connectors with die cast housings and IP67 sealing for Harsh Environment applications, provide reliable performance in extreme conditions for the most demanding applications, and mate with standard RJ plugs.
FCE17 D-Sub Filter Connectors provide filtering of unwanted EMI, protecting the integrity of data signals in a mechanically stress-isolated design to ensure that capacitive elements survive shock and vibration.