The International Solid–State Circuits Conference is the foremost global forum for presentation of advances in solid–state circuits and Systems–on–a–Chip. The Conference offers a unique opportunity for engineers working at the cutting edge of IC design and use to maintain technical currency, and to network with leading experts. <B>Keywords:</B> ANALOG � amplifiers; dc–dc converters; continuous–time & discrete–time filters; comparators; multipliers; voltage references; <BR><BR>WIRELESS & RF COMMUNICATIONS � transceiver circuits and subcircuits for RF/IF/baseband; wireless LAN, Bluetooth, GSM/EDGE/CDMA/UMTS/3G basestation/handsets, TV/Radio/Satellite, DVB, HDTV, MMDS; active antennas, RF MEMS, <BR><BR>WIRELINE COMMUNICATIONS � LAN; WAN; FDDI; Ethernet; token ring; Fiber Channel, SONET; ATM; ISDN; xDSL; <BR><BR>DIGITAL � design, fabrication, and test of digital VLSI systems; microprocessors and network processors; I/O and inter–chip<BR><BR>IMAGERS, DISPLAYS & MEMS � image sensors and related imaging techniques; smart sensors; integrated sensors and transducers; MEMS for sensor and instrumentation applications.<BR><BR>MEMORY � design, fabrication, and test of static and dynamic memories; memory architectures; redundancy techniques and self–test; nonvolatile and read–only memory; Floating–gate, Ferro–Electric, Magnetic, and other novel structures; applicationspecific and embedded memories; low–power memory systems.<BR><BR>SIGNAL PROCESSING � digital & analog signal processors and cores; video and graphic processors; reconfigurable signalprocessing circuits; magnetic and optical storage circuits; HDTV; system–on–a–chip design methodologies and platforms.<BR><BR>TECHNOLOGY DIRECTIONS � advanced circuit technologies and techniques: deep–submicron technologies, compound semiconductors; superconductivity, photonics, nanoelectronics, 3D–electronics, technologies for bio–medical and microfluidic applications; organic electronics; coatable electronics; low–voltage/low–power techniques; high–performance mixed–signal and RF circuits, on–chip passive RF components; microprocessor architectures and design methodologies; analog processors; advanced memories, optical processors and backplanes, neural processors, fuzzy logic
Abbrevation
ISSCC
City
San Francisco
Country
United States
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