Cobi: cmos oscillator based ising computers- demonstrate the use of quantum inspired solver systems to solve greater than 1000 parameter problems at 50X better efficiency that current state of the…

Ended Definitive Contract Awarded Last action

Contract number
FA875022C1034
Awardee
Awarding agency
Obligated
$2,629,592

Award facts

Opportunity
Contract value 39% obligated
$6,747,716.00 Current and potential, with all options
Completion date 100% complete
Current and potential, with all options
Funding agency
Defense Advanced Research Projects Agency Department of Defense
Set-aside
No set-aside
Competition
Full and Open Competition · 16 offers Basic Research
Pricing
Cost No Fee
Place of performance
Minneapolis, MN 55414, USA
Legislative mandates

Award details come from SAM.gov/FPDS.

Transactions

Action Obligated Date
Supplemental Agreement for work within scope P00005 · Cobi: cmos oscillator based ising computers $0
Supplemental Agreement for work within scope P00004 · Cobi: cmos oscillator based ising computers to deliver a prototype solver system demonstrating at least 50X improvement $0
Supplemental Agreement for work within scope P00003 · Bridge-cobi: cmos oscillator based ising computers- demonstrate the use of quantum inspired solver systems to solve greater than 1000 parameter problems at… $0
Supplemental Agreement for work within scope P00002 $1,356,666
Supplemental Agreement for work within scope P00001 $0
Original award $1,272,926

About this award

The Defense Advanced Research Projects Agency awarded a $6.747716 million definitive contract to Regents Of The University Of Minnesota for research and development of CMOS oscillator-based Ising computers designed to demonstrate quantum-inspired solver systems capable of solving greater than 1000 parameter problems at 50x better efficiency than current state-of-the-art approaches, with an award date of September 28, 2022.

The contract carries no set-aside designation and is priced on a cost-no-fee basis. Place of performance is Minneapolis, MN. The originating solicitation, posted September 28, 2021 with a January 12, 2022 due date, sought proposals through DARPA's Quantum-Inspired Classical Computing program across two technical areas: solver co-design frameworks and analog hardware prototyping. The program anticipated 60 months of performance beginning May 2022 with approximately $58 million in total government funding distributed between Technical Area 1 (solver co-design, $17 million) and Technical Area 2 (analog hardware prototyping, $41 million). Key program milestones target computational efficiency improvements of 10-1000x for problems with up to 10,000 variables through 2026. The ultimate completion date is October 5, 2025. Subcontractors include Muse Semiconductor LLC for multi-project wafer services and custom integrated circuit tapeout and fabrication, and The Trustees Of Princeton University for research support.

Description

Cobi: cmos oscillator based ising computers- demonstrate the use of quantum inspired solver systems to solve greater than 1000 parameter problems at 50X better efficiency that current state of the art.

Subawards

Subcontractor Amount Awarded
Muse Semiconductor LLC COBI: CMOS OSCILLATOR BASED ISING COMPUTERS- DEMONSTRATE THE USE OF QUANTUM INSPIRED SOLVER SYSTEMS TO SOLVE GREATER THAN 1000 PARAMETER PROBLEMS AT 50X… $30,316
The Trustees Of Princeton University Bridge-cobi: cmos oscillator based ising computers- demonstrate the use of quantum inspired solver systems to solve greater than 1000 parameter problems at… $200,000
The Trustees Of Princeton University Cobi: cmos oscillator based ising computers- demonstrate the use of quantum inspired solver systems to solve greater than 1000 parameter problems at 50X… $160,000
The Trustees Of Princeton University Cobi: cmos oscillator based ising computers- demonstrate the use of quantum inspired solver systems to solve greater than 1000 parameter problems at 50X… $160,000
Muse Semiconductor LLC COBI: CMOS OSCILLATOR BASED ISING COMPUTERS- DEMONSTRATE THE USE OF QUANTUM INSPIRED SOLVER SYSTEMS TO SOLVE GREATER THAN 1000 PARAMETER PROBLEMS AT 50X… $31,106
Muse Semiconductor LLC BRIDGE-COBI: CMOS OSCILLATOR BASED ISING COMPUTERS- DEMONSTRATE THE USE OF QUANTUM INSPIRED SOLVER SYSTEMS TO SOLVE GREATER THAN 1000 PARAMETER PROBLEMS AT… $31,106
Muse Semiconductor LLC COBI: CMOS OSCILLATOR BASED ISING COMPUTERS- DEMONSTRATE THE USE OF QUANTUM INSPIRED SOLVER SYSTEMS TO SOLVE GREATER THAN 1000 PARAMETER PROBLEMS AT 50X… $32,082
Muse Semiconductor LLC BRIDGE-COBI: CMOS OSCILLATOR BASED ISING COMPUTERS- DEMONSTRATE THE USE OF QUANTUM INSPIRED SOLVER SYSTEMS TO SOLVE GREATER THAN 1000 PARAMETER PROBLEMS AT… $32,082

Quick answers

Who was awarded contract FA875022C1034?

FA875022C1034 was awarded to Regents Of The University Of Minnesota by Air Force Research Laboratory (Air Force Materiel Command) on September 28, 2022.

How much is contract FA875022C1034 worth?

The government has obligated $2,629,592 on FA875022C1034. Its current value, with exercised options, is $6,747,716.

Which agency awarded contract FA875022C1034?

Air Force Research Laboratory (Air Force Materiel Command) awarded FA875022C1034, with funding from Defense Advanced Research Projects Agency (Department of Defense).

Was contract FA875022C1034 competed?

The extent of competition for FA875022C1034 was full and open competition. The government received 16 offers.

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