Agnostic

Product Vacuum-Ready Media Converter
Vacuum-Ready Media Converter
This media converter provides the perfect solution for the use inside of a vacuum environment. Featuring four channels of copper transmit and receive along with four channels of duplex fiber with low outgassing requirements and vacuum tested parts.
Product Optoelectronic Nano-D Media Converter
Optoelectronic Nano-D Media Converter
The following product is an integrated hybrid connector and media converter that couples SerDes technology and transformer coupling, which allows for protocol conversion with a new level of ruggedization.
Product Standalone Six Channel Fiber Optic Media Converter
Standalone Six Channel Fiber Optic Media Converter
Amphenol’s Standalone Six Channel Fiber Optic Media Converter converts six channels of fiber optics at up to 1.6Gbps data rates to high speed copper using Amphenol Octonet contacts.
Product Standalone Single Channel Fiber Optic Media Converter
Standalone Single Channel Fiber Optic Media Converter
Amphenol’s Standalone Single Channel Fiber Optic Media Converter converts one channel of copper high speed signaling at up to 1.6Gbps data rates to high speed fiber optics using Amphenol M29504 contacts. This converter has been tested through Apache gunfire vibration and designed in on some of the most rugged airborne applications on earth.
Product Rugged Copper to Fiber Media Converter
Rugged Copper to Fiber Media Converter
Amphenol’s Rugged Copper to Fiber Media Converter utilizes our trusted 38999 connectors paired with a Samtec ribbon in order to bring applications an optical fiber link distance to 10km. This media converter can be used in harsh environment avionics, ground systems, or naval applications.
Product Optical Sub-Assembly Based Media Converters Using Quadrax
Optical Sub-Assembly Based Media Converters Using Quadrax
Embedded transmit or receive optical sub-assemblies in Quadrax contacts. Available in all major fiber optic protocols.
Product Rugged 2X Bi-Directional Copper to Fiber Media Converter 1000BASE-T to SGMII
Rugged 2X Bi-Directional Copper to Fiber Media Converter 1000BASE-T to SGMII
This Amphenol connector will transform your high speed needs to a new level. We have taken two technologies and combined them into a hybrid connector. Now you can transfer high speed data seamlessly from copper to fiber and from fiber to copper.
Product Rugged 5G 24 Channel GbE Converter
Rugged 5G 24 Channel GbE Converter
This converter couples fiber optics and copper conversion with a new level of ruggedization.
Product Agnostic Embedded Rugged Media Converters
Agnostic Embedded Rugged Media Converters
Converters that output to a MIL-DTL-38999 connector embedded with high performance Amphenol contacts and can be configured with any plating, shell rotation, HQDP ribbon length, and HQDP connector type.
Product Two-Channel Fiber to Copper Media Converter Unit
Two-Channel Fiber to Copper Media Converter Unit
Two-Channel Fiber to Copper Media Converter unit is able to transfer and convert data at rates up to 4.25Gbps
Product Quad Channel Bi-Directional Fiber to Copper Media Converter
Quad Channel Bi-Directional Fiber to Copper Media Converter
Amphenol’s Quad Channel Bi-directional Fiber Optic Media Converter has four transmit and four receive channels to convert copper to fiber and fiber to copper utilizing Amphenol’s long-time trusted MIL-DTL-38999 connectors.
Product Radiation Tolerant Media Converter
Radiation Tolerant Media Converter
CTF-QUAD integrated products for 850nm and 1300nm multi-mode optics.
Product Single Channel Optoelectronic Transceivers
Single Channel Optoelectronic Transceivers
A transceiver that utilizes our long trusted MIL-DTL 38999 connectors along with a Samtec ribbon to convert 1GBase-SX or equivalent & 1GBase-FX creating a perfect fit for any application
Product 10GBase-SR/KR & 10G Agnostic Embedded Fiber/Copper Media Converters
10GBase-SR/KR & 10G Agnostic Embedded Fiber/Copper Media Converters
Amphenol features a proven line of multi-channel 10G media converters meant for Ethernet and other encoded interfaces.