Add to ORKGWe describe the performance of an optimized high-temperature DS-DBR laser used as an uncooled WDM source. Constant wavelength output with less than 6GHz error without modehopping is shown for C-band channels from 70-90 °C. © 2014 OSA
Abstract—The low-temperature performance of vertical cavity lasers (VCL’s) is of interest for high-s...
Growth in demand for bandwidth within avionic systems has renewed interest in wavelength division mu...
Telecommunication wavelength division multiplexing systems (WDM) demand high fiber-to-fiber coupling...
We describe the performance of an optimized high-temperature DS-DBR laser used as an uncooled WDM so...
An uncooled three-section tunable distributed Bragg reflector laser is demonstrated as an athermal t...
A directly-modulated tunable DBR laser is demonstrated as an athermal transmitter for uncooled WDM s...
A new control algorithm with reduced mode-hopping is demonstrated for uncooled WDM C-band channel ge...
This paper reports an uncooled transmitter system using a digital super-mode (DS) distributed Bragg ...
It is shown for the first time that uncooled tunable DBR-laser diodes can be used as athermal WDM so...
A tunable DS-DBR laser is demonstrated for uncooled WDM C-band channel generation with tight spacing...
A 4Gbit/s directly modulated DBR laser is demonstrated with nanometre scale thermal tuning over an e...
We demonstrate an uncooled WDM system using standard WDM components and receiver signal processing, ...
In this work, we optimise the structure of an uncooled directly modulated 1.3 μm GaInNAs ridge waveg...
We present for the first time a comprehensive study of the static and dynamic properties of a cooler...
We demonstrate automatic operation of a cooler-less tunable-laser based WDM-PON system. Using a pilo...
Abstract—The low-temperature performance of vertical cavity lasers (VCL’s) is of interest for high-s...
Growth in demand for bandwidth within avionic systems has renewed interest in wavelength division mu...
Telecommunication wavelength division multiplexing systems (WDM) demand high fiber-to-fiber coupling...
We describe the performance of an optimized high-temperature DS-DBR laser used as an uncooled WDM so...
An uncooled three-section tunable distributed Bragg reflector laser is demonstrated as an athermal t...
A directly-modulated tunable DBR laser is demonstrated as an athermal transmitter for uncooled WDM s...
A new control algorithm with reduced mode-hopping is demonstrated for uncooled WDM C-band channel ge...
This paper reports an uncooled transmitter system using a digital super-mode (DS) distributed Bragg ...
It is shown for the first time that uncooled tunable DBR-laser diodes can be used as athermal WDM so...
A tunable DS-DBR laser is demonstrated for uncooled WDM C-band channel generation with tight spacing...
A 4Gbit/s directly modulated DBR laser is demonstrated with nanometre scale thermal tuning over an e...
We demonstrate an uncooled WDM system using standard WDM components and receiver signal processing, ...
In this work, we optimise the structure of an uncooled directly modulated 1.3 μm GaInNAs ridge waveg...
We present for the first time a comprehensive study of the static and dynamic properties of a cooler...
We demonstrate automatic operation of a cooler-less tunable-laser based WDM-PON system. Using a pilo...
Abstract—The low-temperature performance of vertical cavity lasers (VCL’s) is of interest for high-s...
Growth in demand for bandwidth within avionic systems has renewed interest in wavelength division mu...
Telecommunication wavelength division multiplexing systems (WDM) demand high fiber-to-fiber coupling...