OPX1000 quantum control & readout system

1.1.

Køber

Officielt navn : Københavns Universitet

E-mail : bettina.dion@adm.ku.dk

Køberens retlige status : Offentligretligt organ

Den ordregivende myndigheds aktivitet : Uddannelse

2.1.

Procedure

Titel : OPX1000 quantum control & readout system

Beskrivelse : Control and measurement of solid-state qubits, extensible to a large number of qubits with high up-times as the project progresses. The system will initially be used for benchmarking and real-time control of spin qubits coupled to microwave resonators, and later be expanded for solid-state QPUs with an increased number of either spin qubits or superconducting qubits. The purchase consists of an OPX1000 control/measurement unit comprising four analog outputs up to 4 GSPS (1500 MHz bandwidth, 16 bit resolution, 0.05-10 GHz), 8 analog outputs at 2 GSPS (up to 5 Vpp), eight digital inputs, and digital outputs, and redundant powersupples. It will match a suite of instruments that have already been ordered at the institute, in order to facilitate seamless compatibility with hardware, software, and handling of large amounts of data.

Identifikator for proceduren : 9944af91-ef74-41ba-8b8e-2901aedeb19d

Intern ID : 043-1174/24-7000

Udbudsprocedure : Udbud med forhandling uden forudgående offentliggørelse

2.1.1.

Formål

Kontraktens hovedformål : Varer

Primær klassifikation ( cpv ): 38341300 Instrumenter til måling af elektriske størrelser

2.1.2.

Udførelsessted

Landsdel (NUTS) : Byen København ( DK011 )

Land : Danmark

2.1.4.

Generelle oplysninger

Retsgrundlag :

Direktiv 2014/24/EU

5.1.

Delkontrakt : LOT-0000

Titel : OPX1000 quantum control & readout system

Beskrivelse : Control and measurement of solid-state qubits, extensible to a large number of qubits with high up-times as the project progresses. The system will initially be used for benchmarking and real-time control of spin qubits coupled to microwave resonators, and later be expanded for solid-state QPUs with an increased number of either spin qubits or superconducting qubits. The purchase consists of an OPX1000 control/measurement unit comprising four analog outputs up to 4 GSPS (1500 MHz bandwidth, 16 bit resolution, 0.05-10 GHz), 8 analog outputs at 2 GSPS (up to 5 Vpp), eight digital inputs, and digital outputs, and redundant powersupples. It will match a suite of instruments that have already been ordered at the institute, in order to facilitate seamless compatibility with hardware, software, and handling of large amounts of data.

Intern ID : 1

5.1.1.

Formål

Kontraktens hovedformål : Varer

Primær klassifikation ( cpv ): 38341300 Instrumenter til måling af elektriske størrelser

5.1.2.

Udførelsessted

Landsdel (NUTS) : Byen København ( DK011 )

Land : Danmark

5.1.6.

Generelle oplysninger

Indkøbsprojekt, der ikke finansieres med EU-midler

Udbuddet er omfattet af aftalen om offentlige udbud (GPA) : ja

5.1.10.

Tildelingskriterier

Kriterium :

Type : Kvalitet

Beskrivelse : Only one supplier available

Vægtning (pointantal, præcis) : 1

5.1.15.

Teknikker

Rammeaftale : Ingen rammeaftale

Oplysninger om det dynamiske indkøbssystem : Intet dynamisk indkøbssystem

5.1.16.

Yderligere oplysninger, mægling og gennemgang

Organisation med ansvar for klager : Klagenævnet for Udbud

Organisation, der sikrer adgang til udbudsdokumenterne offline : Københavns Universitet

Organisation, der leverer yderligere oplysninger om klageprocedurerne : Konkurrence- og Forbrugerstyrelsen

TED eSender : Mercell Holding ASA

Værdien af alle kontrakter tildelt i denne bekendtgørelse : 139 984,00 EUR

Direkte tildeling :

Begrundelse for direkte tildeling : Kontrakten kan kun tildeles af en bestemt økonomisk aktør på grund af manglende konkurrence af tekniske årsager

Anden begrundelse : The instrument will be driving a network of coherently linked high-frequency qubits and resonators, in order to measure and manipulate the dynamics of complex quantum systems in time domain and react in real time, to develop different strategies towards scalable quantum error correction and fault-tolerant quantum computing hardware. For this, the instantaneous generation of pulse sequences containing an unlimited number of pulses, with varying amplitudes, frequencies, phases, or durations, is an essential capability. Previously, we have developed real-time implementations of Bayesian estimation algorithm for qubit stabilization using related FPGA-powered technology from Quantum Machines, resulting in an improvement of the coherence properties of qubits. Because coherence improvement translates into a significant reduction of qubit overhead for the realization of quantum error correction, for the next generation of research and development we require real-time capabilities that can be expanded to a large number of qubits, leveraging real-time signal generation and measurement capabilities: • Fully programmable FPGA-based pulse sequencing via an intuitive open-source programming language • Comprehensive library of hardware-optimized mathematical functions implementable on the FPGA, e.g., for implementation of real-time Bayesian estimations and error correction • Ability to switch frequency and return by maintaining the phase coherence • Generation of pulse sequences containing an unlimited number of pulses, with parametrically and dynamic control of changes in amplitude, frequency, phase, durations • Control flow and mid-experiment decision making on hardware time ( less than 1 μs) such as conditioning or modifying pulse generation based on measurement results, realizing feedback latency on timescales suitable for the demanding requirements of quantum experiments Significant efforts will be dedicated to optimizing programming libraries and data handling, which we will do in tight collaboration with an identical OPX1000 system that has already been purchased at our institute. In particular, we require the control software to provide • Arbitrary control of sweep parameters utilizing FPGA -based control to perform parameter sweeps without time overhead, including parallel sweeping of multiple parameters • Availability of typical subroutines such as active qubit reset or mid-experiment frequency tracking on arbitrary sequences, and Implementation of randomized benchmarking protocols • Extensibility without support from hardware supplier The development of fault-tolerant quantum computing hardware at NQCP during phase 1 is intentionally qubit-implementation-agnostic on many levels, as we expect drastic advances in qubit implementations during phase 1. We currently cannot predict which qubit technology will be the focus during Phase 2 of NQCP. We require qubit control systems that are forward compatible towards quantum error correction and logic qubit operations using cryogenic solid state qubits with an increasing number of qubits. These systems must meet our needs during Phase 1, but should also be useful within a different mission in Phase 2. Unique capabilities of the OPX1000 system that are crucial for our program have been listed, and Quantum Machines is the only supplier that can supply a control system that is fully compatible with the 1st OPX1000 system that will be established at NQCP.

6.1.

Resultat delkontrakt-ID : LOT-0000

6.1.2.

Oplysninger om vinderne

Vinder :

Officielt navn : Q.M Technologies Ltd.

Tilbud :

Tilbud – Identifikator : QM quote 00001122

ID for delkontrakt eller gruppe af delkontrakter : LOT-0000

Kontraktoplysninger:

Identifikator for kontrakten : 043-1174/24-7000

Datoen for udvælgelsen af det vindende tilbud : 07/10/2024

8.1.

ORG-0001

Officielt navn : Københavns Universitet

Registreringsnummer : 29979812

Postadresse : Nørregade 10

By : København K

Postnummer : 1165

Landsdel (NUTS) : Byen København ( DK011 )

Land : Danmark

Enhed : Bettina Petersen

E-mail : bettina.dion@adm.ku.dk

Telefon : +45 35327223

Internetadresse : http://www.ku.dk/

Køberprofil : https://eu.eu-supply.com/ctm/company/companyinformation/index/166597

Denne organisations roller :

Køber

Organisation, der sikrer adgang til udbudsdokumenterne offline

8.1.

ORG-0002

Officielt navn : Klagenævnet for Udbud

Registreringsnummer : 37795526

Postadresse : Nævnenes Hus, Toldboden 2

By : Viborg

Postnummer : 8800

Landsdel (NUTS) : Vestjylland ( DK041 )

Land : Danmark

E-mail : klfu@naevneneshus.dk

Telefon : +45 72405600

Internetadresse : https://naevneneshus.dk/start-din-klage/klagenaevnet-for-udbud/

Denne organisations roller :

Organisation med ansvar for klager

8.1.

ORG-0003

Officielt navn : Konkurrence- og Forbrugerstyrelsen

Registreringsnummer : 10294819

Postadresse : Carl Jacobsens vej 35

By : Valby

Postnummer : 2500

Landsdel (NUTS) : Byen København ( DK011 )

Land : Danmark

E-mail : kfst@kfst.dk

Telefon : +45 41715000

Internetadresse : https://www.kfst.dk

Denne organisations roller :

Organisation, der leverer yderligere oplysninger om klageprocedurerne

8.1.

ORG-0004

Officielt navn : Q.M Technologies Ltd.

Registreringsnummer : 40297561

By : Ballerup

Postnummer : 2750

Landsdel (NUTS) : Københavns omegn ( DK012 )

Land : Danmark

E-mail : joern@quantum-machines.co

Telefon : +49 17649441896

Denne organisations roller :

Tilbudsgiver

Vinder af disse delkontrakter : LOT-0000

8.1.

ORG-0005

Officielt navn : Mercell Holding ASA

Registreringsnummer : 980921565

Postadresse : Askekroken 11

By : Oslo

Postnummer : 0277

Landsdel (NUTS) : Oslo ( NO081 )

Land : Norge

Enhed : eSender

E-mail : publication@mercell.com

Telefon : +47 21018800

Fax : +47 21018801

Internetadresse : http://mercell.com/

Denne organisations roller :

TED eSender

11.1.

Oplysninger om bekendtgørelsen

Bekendtgørelsens ID : e88b5c0d-357a-47b8-91ee-c07135517a0c - 01

Formulartype : Forudgående underretning om direkte tildeling

Bekendtgørelsestype : Bekendtgørelse med henblik på frivillig forudgående gennemsigtighed

Bekendtgørelsesundertype : 25

Afsendelsesdato for bekendtgørelsen : 14/10/2024 10:16:36 (UTC)

Dato for afsendelse af bekendtgørelsen (eSender) : 14/10/2024 10:30:54 (UTC)

Bekendtgørelsens officielle sprog : dansk

11.2.

Oplysninger om offentliggørelsen

Bekendtgørelsesnummer : 622895-2024

EUT-S-nummer : 201/2024

Offentliggørelsesdato : 15/10/2024

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OPX1000 quantum control & readout system

Københavns Universitet

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