AT&T Microelectronics, Richmond Works, required an inspection system for verifying FASTECH(R) connector pin locations prior to electrical test.
We report the intensity modulation of an optical carrier at frequencies as high as 40 GHz using a Ti:LiNb0 sub 3 optical waveguide switch.
In many applications, such as metropolitan area networks, multicomputer interconnection networks, and back-plane interconnects, optical interconnection is increasingly favored over electrical.
We discuss ways optical interconnections are used with present electronic packaging, consider possible enhancements, and point out that these are still basically electronic systems.
The ways in which optical interconnections are used with AT&T's present standardized electronic packaging system are described.
Summary form only given. The authors discuss the concept of a manufacturable technology that can provide parallel optical interconnects directly to a VLSI circuit.
We have investigated the photoluminescence (PL) and inelastic light-scattering spectra of dilute two-dimensional (2D) hole gases of ultra-high mobility.
We present the results of the first optical studies of modulation- doped In(0.47)Ga(0.53)As/In(0.48)Al(0.52)As multiple quantum well heterostructures.
Photoluminescence spectra of In sub (0.53) Ga sub (0.47) As/InP multiple quantum wells grown by chemical beam epitaxy with well widths of 70 - 160angstroms and barrier widths of 20 - 400angstroms e
The increased data traffic experienced today and the projected increase in the data traffic in the future demand exploration of novel approaches to IP transport such as transport of IP traffic over
