Categories: InnovationWorkspace

Honeywell Quadruples Quantum Computing Power

Honeywell said its System Model H1 quantum computer has achieved a new record for quantum volume, a benchmark measuring overall effectiveness.

The system achieved a quantum volume of 512, the highest measured on a commercial quantum computer to date, Honeywell said.

The figure is a fourfold increase over first generation of the System Model H1, which registered a 128 quantum volume on its release in September 2020.

Honeywell said the system’s performance, along with low error mid-circuit measurement, gives developers “unique capabilities” with which to test quantum applications.

A quantum computer spectrometer. Image credit: Honeywell

Performance

Quantum computers make use of quantum effects to deliver computing power that, in theory, could surpass that of the most advanced silicon-based supercomputers.

While general-purpose systems are currently a long way off, a number of companies are testing systems and making them available to organisations looking to get a head start in developing for the technology.

IBM developed quantum volume in 2017 as a way of measuring a quantum system’s overall performance. It’s made up of a number of other measurements including the number of qubits, their connectivity, gate fidelity and error rate.

Honeywell prefers the measurement due to its particular approach, which emphasises using a lower number of qubits but delivering high-fidelity operations and low crosstalk, or noise, with mid-circuit measurements and conditional feedback.

Honeywell’s trapped-ion system. Image credit: Honeywell

Scalability

The quantum volume measurement takes factors such as reliability into account to deliver a higher score, even though it features a relatively low 10 qubits.

By comparison, an IBM system with 27 qubits last year achieved a quantum volume of 64.

IBM and Honeywell are currently the only two companies regularly publishing quantum volume figures.

IBM, which uses superconducting qubits, says it is sceptical of Honeywell’s trapped-ion approach, saying it may have trouble scaling. Industry watchers say both technologies remain unproven.

In the meantime, Honeywell is offering access to its system via subscriptions, with prominent customers such as BP, BMW, JP Morgan Chase and Samsung testing applications on the platform.

Lasers manipulate quantum information. Image credit: Honeywell
Matthew Broersma

Matt Broersma is a long standing tech freelance, who has worked for Ziff-Davis, ZDnet and other leading publications

Recent Posts

Apple Cuts Orders iPhone 16, Says Analyst

Industry supply chain analyst says Apple cut orders for the iPhone 16 for Q4 2024…

10 hours ago

LinkedIn Fined €310m By Irish Data Protection Commission

Heavy fine for LinkedIn, after Irish data protection watchdog cites GDPR violations with people's personal…

12 hours ago

CMA Begins Probe Into Alphabet Partnership With Anthropic

UK competition regulator begins phase one investigation into Alphabet's partnership with AI startup Anthropic

13 hours ago

TSMC Stops Supplying Customer, After Discovery Of Restricted Chip

After alerting the US of an attempt to circumvent US export controls, TSMC halts chip…

14 hours ago

Top Court Sides With Intel Over EU Antitrust Fine

Fresh win for Intel after Europe top court upholds annulment of billion-euro antitrust fine imposed…

18 hours ago

Perplexity Boss Surprised After New Corp Sues

News Corp surprises Perplexity, after the media group sued the AI search engine for allegedly…

19 hours ago