 Feb. 2012 (New!)
EpiPhotonics presents nano-second speed optical
switching subsystems at OFC/NFOEC 2012.
Booth # is 2719.
Dec. 2011
EpiPhotonics developed the lower-loss electro-optic
PLZT waveguides for nano-seconds speed optical
switching. The new switch will be shipped from
2012 spring.(Press release)
Dec. 2011
EpiPhotonics presents nano-second speed optical
switching subsystems at Photonics West 2012.
Booth # is 6084.
Dec. 2011
EpiPhotonics started a joint project to develop
optical switches for low-power consumption
systems with Keio University and AIST under
contract with NEDO.
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EpiPhotonics pioneers the design and manufacture of efficient PLZT
photonic components and subsystems for advanced optical applications. EpiPhotonics'
unique and proprietary epitaxial PLZT waveguide technology based on 20
years of R&D features radical performance gains compared to traditional
technologies in terms of speed, power consumption, integration, dimensions,
and robustness.
The PLZT photonics including
nano-second switches, VOAs, and tunable
AWGs will revolutionize a broad array
of tomorrow's markets, such as telecommunications, data
communications, and fiber optic sensing.
 By capitalizing on its technology breakthroughs,
EpiPhotonics delivers the fastest and most
power-efficient optical switch subsystems
available in today's industry.
The PLZT optical switch modules and PLZT
optical switch subsystems are powerful tool
to switch optical signal at nano-second speed
with low polarization dependence. The PLZT
optical switch subsystem is equipped with
a MZ type PLZT switch, single mode fiber
ports, and a TTL controlable high-speed driver
in a 1U 19 inch case.
 
Feb. 2012 (New!)
EpiPhotonics presents high-speed optical
switching subsystems at OFC/NFOEC 2012.
Booth # is 2719.
Dec. 2011
EpiPhotonics presents high-speed optical switching subsystems at Photonics West 2012. Booth # is 6084.
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