Articles


7.2.09 -- Scientists Create First Electronic Quantum Processor

July 2, 2009

Wireless Design Online
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In This Issue:

Featured Article
TDR And S-Parameters Measurements -- How Much Performance Do You Need?
By Tektronix

The transition in computer, communications, and consumer electronics industries from parallel to high-speed serial data is creating new design challenges. As more data bits must pass through the same interconnect link, the data rates are pushed higher into multi-gigabit regime, creating substantially tighter timing budgets. Additionally, to allow designers to achieve even higher data transfer rates, several of these serial links are commonly used at the same time, creating what is referred to as multilane configuration, where crosstalk again plays an important role...

Top News Stories
Scientists Create First Electronic Quantum Processor
ESA To Build Its Third Deep Space Ground Station In Argentina
Argonne Technology Enables High-Speed Data Transfer
Raytheon Demonstrates Breakthrough Antenna Technology During Air Force Flight
RFHIC Introduces High Gain MMICs For FTTx, CATV, And Broadcasting Markets
EM Software Releases Rigorous Windscreen Antenna Modeling For FEKO 5.5
366,000 Picocells To Be Deployed By 2013
RF Controls Releases New Smart Antennas
Mimix Launches 5.5 To 7.5 GHz QFN Packaged, Linear Power Amplifier Delivering 49 dBm OIP3
Agilent Accelerates STMicroelectronics' 32-Nanometer RF Readiness With Validation Of GoldenGate
Aeroflex And w2bi To Jointly Develop LTE Handset Certification Platform
ANADIGICS' 3G PAs Power LG Electronics' ARENA Handsets
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GPS Variable Attenuator
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Signal Generator
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High-Power And Broadband Matched Bandpass/Bandstop Diplexers
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Featured Download
Datasheet: 6-GHz, 100-Watt Attenuator
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