AdvancedTCA300 is emerging as a viable option for certain applications in the telecommunication networking space.
Two distinct athermal bias current control procedures are demonstrated for a low-cost, monotlithic, three section slotted single mode laser, achieving wavelength stability of ±0.01 nm over a temper
Two distinct athermal bias current control procedures are demonstrated for a low-cost, monolithic, three section slotted single mode laser, achieving wavelength stability of ±0.01 nm over a temper
Two distinct athermal bias current control procedures are demonstrated for a low-cost, monotlithic, three section slotted single mode laser, achieving wavelength stability of ± 0.01 nm / 1.25GHz ov
We report an athermal optical delay-interferometer capable of demodulating any OC-768 differential phase-shift keying (DPSK) signal on the ITU 50-GHz grid over the C + L-band.
We propose and demonstrate an integrated wavemeter capable of accurate and broadband measurements without control or knowledge of the temperature.
We demonstrate a silicon photonic wavemeter with high accuracy for broadband measurements over a large temperature range of 20-70C.
The Atlanta Fiber System Experiment was a first test of fiberguide equipment to explore the feasibility of using optical fibers for digital metropolitan trunk transmission systems.
An experimental lightwave communication system has been designed and set up in an environment approaching field conditions at the Bell Laboratories facility in Norcross, Georgia to study the feasib
As part of the Bell Laboratories Atlanta Fiber System Experiment, a small, ruggedized, high-capacity, optical fiber cable was designed, manufactured, and characterized both optically and mechanical
