Materials and device technologies developed over the past few decades have provided the foundation for the current explosion in computing systems, wireless communications, and optical networks. For example, fiber-optic capacity has increased over the past decade from 10 to 3000 Gbps because of doped fiber amplifiers, semiconductor lasers, high-speed optical modulators, wavelength filters and routers, and high-speed devices for associated electronic circuits. Similarly, breakthroughs in materials and device technology have the potential to enable dramatic advances in the new Internet telecommunications system.

• Analysis and Design of Integrated Circuits for High-Frequency Wideband Wirless Communication Systems
• Audioscape
• Coding for Multiple Input, Multiple Output [MIMO]
• Highly Interactive Parallelized Display Wall [HIPerWall]
• Network Systems Center [NSC]
• ResponSphere
• Traces Vision System
• VizClass

• Center for Pervasive Communications and Computing (CPCC) -- UCI
• High-Power Amplifier Laboratory -- UCSD
• Circuits Laboratory -- UCSD
• Photonics and Optics Laboratory -- UCSD
• Clean Rooms -- UCSD
• Systems on Chip Laboratory -- UCSD