Search Results for RFoF transceiver converter
Media Converters | Products - Amphenol Aerospace
RF over Fiber Converters: RF over Fiber (RFoF) converters transmit radio frequency (RF) signals over optical fiber cables. They are designed to convert RF signals into optical signals and then transmit them over long distances using optical fiber.
10GBase-SR/KR & 10G Agnostic Embedded Fiber/Copper Media Converters
meant for Ethernet and other encoded interfaces, These converters can be used in harsh environment avionics, ground systems, or naval applications that need to transmit and receive encoded interfaces over fiber optic cables. Available in box mount, panel mount, and board mount configurations. Have any questions?
DESCRIPTION - Amphenol Aerospace
design and develop harsh environment fiber optic transceivers and associated electronics. The standard Media Converter supports conversion for 10GBase-T (Auto negotiation to 100/1000) Ethernet providing up to 10Gbps transport using single or multimode fiber.
ARCH Series TFOCA-II Converter - Amphenol Fiber Systems International ...
The standard TFOCA-II® Media Converter supports conversion for 10/100/1000 (auto adaptable) Ethernet providing up to 1.0Gb/s transport over 10 kilometers using single mode fiber. The unit incorporates AFSI's TFOCA-II® field-proven connector (US Army standard fiber optic connector) with hundreds of
Media Converter - Amphenol Fiber Systems International (AFSI)
Systems engineers can effortlessly convert their systems with the benefits of fiber optics without the need to design and develop harsh environment fiber optic transceivers and associated electronics. Also, the TFOCA-II® Media Converter’s compact size significantly reduces the footprint devoted to O-E and E-O conversion using discrete ...
Optical Transceivers | Fiber Optic Transceivers | Form Factors
An optical transceiver is a module in a fiber-optic network that converts an electric signal into optical light. With the support of lasers, this optical data, or these light pulses, can travel a hundred miles through the cable at up to 100 GB/s.
Amphenol Active Optics Products
Amphenol AOP "Quad Embedded Pluggable Transceiver” is the ideal form factor to optimize datacenter or supercomputing architectures, thanks to its density and versatility.
TFOCA-II® Ruggedized Media Converter | Satellite Communications
The standard TFOCA-II ® Ruggedized Media Converter supports conversion for 10/100/1000 (auto adaptable) Ethernet providing up to 1.0Gb/s transport over 10 miles using single mode fiber. The unit incorporates AFSI’s TFOCA-II ® field-proven connector (US Army standard fiber optic connector) with hundreds of thousands of units deployed.
Agnostic | Products | Amphenol Aerospace
Amphenol Aerospace's Agnostic Media Converters provide reliable interoperability across systems and enable data conversion between copper and fiber and copper to fiber. These converters handle various protocols with fast data transfer speeds and support both single-mode and multimode configurations.
Active Optical Cables | Amphenol | Transceivers
Amphenol provides high speed, high reliability Active optical cables and transceivers supporting advanced applications.
TFOCA-II 10G Dual Channel Fiber Optic Media Converter
This stand-alone unit features ruggedized optical transceivers integrated in a compact housing with conversion from 10GBase-T to 10GBase-LR or 10GBase-SR AMHS’s field proven connectors. providing up to 10Gbps transport using single or multimode fiber.
Optics and High Speed IO Solution | Transceivers - Amphenol CS
Through fiber optic technology, in the form of pulses of light, optical transceivers convert the electrical signal from a switch or router to an optical signal that can be transmitted and received. This is done at very high speeds, across long distances.
Rugged Media Converters & Ethernet Switches - Amphenol Aerospace
Our ruggedized media converters work across a variety of protocols and include copper-to-fiber conversion, Ethernet, data concentrators, and Video (DVI, SDI, HDMI, others). Our rugged Ethernet switches series continues to expand with higher speeds and number of channels.
Rugged Media Converters - Amphenol PCDAmphenol PCD
Rugged military grade media converters with copper to fiber, fully MIL-STD compliant. Fiber optic to LAN copper Ethernet converters are key equipments for fast, efficient, and secure deployment over long distance.
10GBASE-SR/KR & 10G AGNOSTIC EMBEDDED - Amphenol Aerospace
Converts four channels of agnostic encoded data (Tx and Rx in one channel by definition) from copper to fiber. Supports speeds from 100Mbps to 10.3125Gbps. The 10G copper links are brought out on a Samtec HQDP ribbon for attachment into a customer subsystem.
Optical Transceivers - Amphenol Aerospace | Products
Amphenol Optical Transceivers deliver exceptionally high speeds while adhering to size, weight, power, and cost (SWaP-C) constraints. They occupy minimal space and weight in your assembly, making them the ideal choice for streamlined, high-speed data transmission in fiber optic systems.
10G-BASE-SR & 10G AGNOSTIC EMBEDDED - Amphenol Aerospace
Converts four channels of agnostic encoded data (Tx and Rx in one channel by definition) from copper to fiber. Supports speeds from 100Mbps to 10.3125Gbps. The 10G copper links are brought out on a Samtec HQDP ribbon for attachment into a customer subsystem.
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.
Two-Channel Fiber to Copper Media Converter Unit
Amphenol’s Two-Channel Fiber to Copper Media Converter unit is able to transfer and convert data at rates up to 4.25Gbps. These converters output to a MIL-DTL-38999 connector embedded with high performance Amphenol contacts and can be configured with any plating and shell rotation.
Video | Products - Amphenol Aerospace
Amphenol Aerospace's Video Media Converters provide reliable copper-to-fiber and fiber-to-copper conversion for DVI and SDI signals and support both single and multi-channel configurations.