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Design physical layer (PHY) algorithms and architectures for communications and defense systems, with links to multi-domain hardware implementation and verification
Today’s wireless and military/aerospace defense systems present significant challenges to deliver and process data quickly in the communications Physical Layer (PHY). Electronic System-Level (ESL) design tools from Agilent EEsof EDA enable designers of high-performance PHY’s in emerging wireless communications systems, satellite & radar systems, and software-defined radio to make optimum use of the latest RF/Analog and Digital Signal Processing techniques. Agilent’s ESL tools bring unique technologies, intellectual property, and an innovative use model to superior PHY design that bridges the digital/RF divide, unlike other approaches that emphasize only Mathematics, VHDL/Verilog, Embedded DSP, RF, or measurements.
System designers can now deliver physical layer architectures in less time with higher system throughput and less wasted design margins.
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