Before revision: SCRAM2 RSFQ microprocessor, 8 bit 8,197 2006 SRL 2 µm, 25 MA/m² 15.3 25 CORE1γ RSFQ microprocessor, 8 bit 22,302 2007 ISTEC 2 µm, 25 MA/m² 40.45 64 Rainier RSFQ, 128 qubit QA processor 23,360 2010 D-Wave, SVTC 250 nm, 2.5 MA/m², 6 Nb 8 32 Vesuvius SFQ, 512 qubit QA processor 96,000 2012 D-Wave, SVTC 250 nm, 2.5 MA/m², 6 Nb 8 162 RSFQ, 16-bit adder 12,785 2012 SBU, AIST 1 µm, 100 MA/m², 10 Nb 8.5 29.75 8,192 bit shift register 32,800 2014 SBU, MIT-LL 500 nm, 100 MA/m², 8 Nb 9 25 Washington SFQ, 2048 qubit QA processor 128,472 2015 D-Wave, Cypress 250 nm, 2.5 MA/m², 6 Nb 30 136 RQL, 2 shift registers 72,800 2015 NGC, MIT-LL 500 nm, 100 MA/m², 8 Nb 9 25Semenov VK, Polyakov YA, Tolpygo SK (2016).
After revision: SCRAM2 RSFQ microprocessor, 8 bit 8,197 2006 SRL 2 µm, 25 MA/m² 15.3 25 CORE1γ RSFQ microprocessor, 8 bit 22,30.3(W1K)2 2007 ISTEC 2 µm, 25 MA/m² 40.45 64 Rainier RSFQ, 128 qubit QA processor 23,360 2010 D-Wave, SVTC 250 nm, 2.5 MA/m², 6 Nb 8 32 Vesuvius SFQ, 512 qubit QA processor 96,000 2012 D-Wave, SVTC 250 nm, 2.5 MA/m², 6 Nb 8 162 RSFQ, 16-bit adder 12,785 2012 SBU, AIST 1 µm, 100 MA/m², 10 Nb 8.5 29.75 8,192 bit shift register 32,800 2014 SBU, MIT-LL 500 nm, 100 MA/m², 8 Nb 9 25 Washington SFQ, 2048 qubit QA processor 128,472 2015 D-Wave, Cypress 250 nm, 2.5 MA/m², 6 Nb 30 136 RQL, 2 shift registers 72,800 2015 NGC, MIT-LL 500 nm, 100 MA/m², 8 Nb 9 25Semenov VK, Polyakov YA, Tolpygo SK (2016).