We demonstrate a low cost 50 Gbauds receiver for short reach interconnect using a monolithically integrated SOA-PIN receiver with high responsivity (148 A/W) and high speed response (50 GHz).
We demonstrate a receiver module which associates a preamplified detector chip with a transimpedance amplifier for next generation PON network.
The high-input-sensitivity decision DFF IC was designed and fabricated in a self-aligned InP DHBT technology.
We demonstrate the detection of speech signals and footsteps through a novel polarization-multiplexed coded differential-phase OTDR (optical time domain reflectometry) interrogation of standard tel
A 1.5micron optical pre-amplifier was used to improve the sensitivity of a PIN-FET receiver by 12 dB.
A new method for acceptor determination by electronic Raman in bulk semi-insulating GaAs is reported.
We report a Ga(0.47)In(0.53)As photoconductive detector with a receiver sensitivity better than that of a Ga(0.47)In(0. 53)As pin photodiode.
By increasing the quantum well barrier width, we have dramatically reduced the tunneling dark current by an order of magnitude and thereby significantly increased the black body detectivity D sub B
We demonstrate miniature Mach-Zehnder-interferometer with a device length of 179.5 μm using two micro-abrupt-tapers in a cladding-depressed strongly-guiding fiber.
We review high sensitivity modulation formats and in particular, review the principle, implementation, and performance of formats based on the combined use of polarization-division-multiplexed quad
