We review recent advances in the investigation of vertical cavity saturable absorber devices and their use for the all-optical regeneration of telecommunication signals in ultra-long-haul transmiss
We demonstrate integrated lithium niobate electro-optic modulators with up to 100-GHz electro-optic bandwidth and Vπ as low as 1.4 V.
We demonstrate integrated lithium niobate electro-optic modulators with up to 100-GHz electro-optic bandwidth and Vpi as low as 1.4 V.
A new optical technique is demonstrated to measure the power spectrum of the intensity of light, i.e.
Challenges of both the data and control planes for building future high capacity routers using optics will be discussed.
Fiber Fabry-Perots have been built with a finesse of 500 and throughput of 30-40%.
The silicon integrated circuits that will be used in the next generation of undersea cable (SL) have been designed using technology and methodology distilled and refined from that used in previous
We demonstrate two 160-Gb/s modulation formats that possess the same intensity pulse profile but differ regarding their phase coding.
In this paper we review recent results on long-haul ultra-high speed single-channel optical signal transmission.
In this paper, we demonstrate that directly modulated InP short-cavity single-mode VCSEL arrays emitting at 1.55-um are suitable optical transmitters for metro network applications.
