| Document Date: 2010-11-19 04:19:44
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Company BMW / Altera / Synopsys / Target Technology / RTL / Xilinx / / Country Japan / / / IndustryTerm software implementations / 130nm technology / synthesis tool / metal layers / cell technology / Technology nodes / different technology nodes / technology influences / command-line tool / existed interconnect networks / 130nm technology mode / hardware devices / hash algorithms / technology scaling / technology node / different technologies / 65nm technology node / / Organization FPGA / Patrick Schaumont Bradley Department of Electrical / SC TP / ASIC / Virginia Tech / / Person Blake Fugue / Blake CubeHash / Sinan Huang / Leyla Nazhandali / Patrick Schaumont Bradley / / Position designer / representative / / Product Impact / Metrics Yes Own Source Code / / ProgrammingLanguage EC / Verilog / / PublishedMedium Cryptology ePrint Archive / / Technology FPGA / SHA-3 Hardware Benchmark Rankings ASIC Technologies / Av / 51 algorithms / 130nm ASIC technology / 65nm FPGA technology / Post-layout simulation Technology / VHDL / Integrated Circuits / 65nm Virtex-5 Technology / FPGA technologies / ASIC / Verilog / 5 FPGA Technologies / 14 SHA-3 algorithms / target technology / mainstream SHA-2 hash algorithms / ASIC technology / different technologies / two different technologies / simulation / 130nm technology / DSP / different algorithms / cell technology / target technologies / 4.2 Technology / CAD / / URL http /
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On The Impact of Target Technology in SHA-3 Hardware Benchmark Rankings Version 2.0, November 18, 2010 Xu Guo, Sinan Huang, Leyla Nazhandali and Patrick Schaumont Bradley Department of Electrical and Computer Engineering