Phoenix Photonics Ltd

European MODE-GAP project commercially launches few-mode fiber erbium-doped amplifier

MODE-GAP, the European collaborative R&D project, which is investigating space-division multiplexing (SDM; or using a few-mode optical fiber's separate spatial modes to carry ...

Fiber Optics

Another Guinness World Record—this time for hollow-core fiber transmission

Gail Overton

MODE-GAP, the European collaborative R&D project, has been officially recognized by Guinness World Records for achieving the highest data transmission rate over hollow-core optical...

Positioning, Support & Accessories

Phoenix Photonics' polarization controller module allows predetermined states to be selected

LFW Staff

The Firebird module has an on-board microprocessor that is programmed via a simple PC interface to provide a range of pre-selected or user defined operations.

Research

Aston joins the European Mode-Gap telecommunications project

John Wallace

Birmingham, England--Aston Institute of Photonic Technologies (AIPT; part of Aston University) has joined the European Union Mode-Gap project, which is looking to develop new ...

Fiber Optics

Phoenix Photonics electronic polarization controller is all-fiber

LFW Staff

The Firebird electronic polarization controller (EPC) offers three-section manual control or external analog voltage control. Full state-of-polarization control is achieved using...

Research

Phoenix Photonics moves to larger operations and R&D center

John Wallace

Canterbury, England--Optical fiber components specialist Phoenix Photonics has relocated its operations to larger premises to accommodate growth as it continues to expand.

Fiber Optics

Fiber couplers from Phoenix Photonics are built on singlemode fiber

LFW Staff

Fiber couplers that operate at 2 µm are built on singlemode fiber and come in 2 × 2, tap, and cascaded configurations.

Research

Phoenix Photonics multichannel polarization controller features programmable waveforms

LFW Staff

The Firebird "plug and play" multichannel polarization controller manages up to four independent channels simultaneously.

Fiber Optics

Next-gen telecommunications is goal of EU MODE-GAP project with Phoenix Photonics

Gail Overton

Surrey, England--Phoenix Photonics is taking part in the EU MODE-GAP project to combat current optical telecommunications capacity limits.

Research

Fiber polarizer from Phoenix Photonics features evanescent field design

LFW Staff

A wideband fiber polarizer provides a single component to operate from 1280 to 1640 nm with an extinctionratio above 30 dB over the full bandwidth.

Phoenix Photonics Ltd

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European MODE-GAP project commercially launches few-mode fiber erbium-doped amplifier

Another Guinness World Record—this time for hollow-core fiber transmission

Phoenix Photonics' polarization controller module allows predetermined states to be selected

Aston joins the European Mode-Gap telecommunications project

Phoenix Photonics electronic polarization controller is all-fiber

Phoenix Photonics moves to larger operations and R&D center

Fiber couplers from Phoenix Photonics are built on singlemode fiber

Phoenix Photonics multichannel polarization controller features programmable waveforms

Next-gen telecommunications is goal of EU MODE-GAP project with Phoenix Photonics

Fiber polarizer from Phoenix Photonics features evanescent field design

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