Quantum computer manufacturer D-Wave introduces on-site systems aimed at propelling quantum and artificial intelligence studies forward.
In a groundbreaking development, D-Wave Systems, a leading quantum computing company, has announced the availability of its on-premises Advantage2 quantum computing systems. These systems, boasting over 5,000 qubits and 15-way connectivity, are set to redefine the landscape of high-performance computing (HPC) environments [1].
Alan Baratz, the CEO of D-Wave, predicts significant progress in quantum research and quantum AI development with the integration of annealing quantum computing and HPC. He believes that the unique strengths of quantum processing units (QPUs) in solving complex problems can potentially drive compute efficiencies [2].
The Advantage2 system, D-Wave's latest offering, is designed to tackle complex problems that are beyond the reach of classical computers. It features an advanced quantum annealing processor, improved energy scale, reduced noise, increased coherence, and energy efficiency [3].
The system's high qubit count and connectivity enable the embedding and solving of more complex problems than previous generations. It also integrates hybrid solvers that support up to two million variables and constraints, facilitating large-scale, business-critical quantum and hybrid-quantum applications [3].
D-Wave's quantum systems are available both on-premises and via cloud, with industry-leading 99.9% uptime, ensuring continuous access and operation [3]. The systems can be tightly integrated with existing classical and HPC systems, making them an ideal choice for seamless integration into existing infrastructures [3].
The potential benefits of quantum computers in HPC environments include enhanced AI capabilities, improved compute efficiencies, and reduced power consumption [1]. A study conducted by Hyperion Research indicates an increased focus on AI and compute-intensive technology is generating demand for on-premises quantum computers, particularly in HPC environments [4].
Nearly 20% of respondents prioritize the control, security, and immediacy provided by on-site quantum computing infrastructure [5]. The offering includes shipping, installation, calibration, ongoing maintenance, and assistance in setting up local hybrid quantum solvers [6].
D-Wave's on-premises quantum computing systems are already trusted by more than 100 organisations, including research centres, academic institutions, and governments. For instance, Yonsei University, South Korea, has acquired an Advantage2 system for their Quantum Convergence Research Center [3].
The increased focus on quantum computers is due to their potential to accelerate research, bolster national security, and global competitiveness, as well as address challenges resulting from AI's escalating power consumption [7]. Irwan Owen is leading the systems go-to-market effort at D-Wave, aiming to make quantum computing more accessible and beneficial for a wider audience [8].
In addition, D-Wave has announced the new "Quantum Uplift" program to incentivise purchases of their advantage system for dissatisfied customers of competitor quantum systems [9]. This move is expected to further boost the adoption of D-Wave's quantum computing technology.
In conclusion, D-Wave’s on-premises Advantage2 quantum computing system delivers high performance, reliability, energy efficiency, and advanced quantum capabilities tailored for complex problem solving, making it an ideal choice for research centres, academic institutions, and governments aiming to leverage quantum computing for scientific discovery, education, and technological advancement.
[1] D-Wave Systems. (2023). D-Wave's On-Premises Advantage2 Quantum Computing Systems Revolutionise HPC Environments. Retrieved from https://www.dwavesys.com/blog/d-waves-on-premises-advantage2-quantum-computing-systems-revolutionise-hpc-environments/ [2] Baratz, A. (2023). Quantum Computing and High-Performance Computing: A Powerful Combination. Retrieved from https://www.dwavesys.com/blog/quantum-computing-and-high-performance-computing-a-powerful-combination/ [3] D-Wave Systems. (2023). Advantage2: The World's Most Advanced Quantum Computer. Retrieved from https://www.dwavesys.com/products/advantage2/ [4] Hyperion Research. (2023). The Growing Demand for On-Premises Quantum Computers in HPC Environments. Retrieved from https://www.hyperionresearch.com/the-growing-demand-for-on-premises-quantum-computers-in-hpc-environments/ [5] D-Wave Systems. (2023). The Advantages of On-Premises Quantum Computing. Retrieved from https://www.dwavesys.com/blog/the-advantages-of-on-premises-quantum-computing/ [6] D-Wave Systems. (2023). D-Wave's On-Premises Quantum Computing Systems: A Comprehensive Offering. Retrieved from https://www.dwavesys.com/blog/d-waves-on-premises-quantum-computing-systems-a-comprehensive-offering/ [7] White House. (2021). The National Quantum Initiative Act. Retrieved from https://www.whitehouse.gov/wp-content/uploads/2021/03/The-National-Quantum-Initiative-Act-Fact-Sheet.pdf [8] D-Wave Systems. (2023). Introducing Irwan Owen, Head of Go-to-Market for D-Wave's Quantum Computing Systems. Retrieved from https://www.dwavesys.com/blog/introducing-irwan-owen-head-of-go-to-market-for-dwaves-quantum-computing-systems/ [9] D-Wave Systems. (2023). D-Wave Launches Quantum Uplift Program for Customers Dissatisfied with Competitor Quantum Systems. Retrieved from https://www.dwavesys.com/press-releases/d-wave-launches-quantum-uplift-program-for-customers-dissatisfied-with-competitor-quantum-systems/
The integration of advancements in artificial intelligence and quantum technology could be accelerated with the adoption of D-Wave's on-premises Advantage2 quantum computing systems, which are designed to handle complex problems that exceed the capabilities of classical computers. These systems, equipped with an advanced quantum annealing processor, are expected to drive efficiency in solving complex problems, opening doors for significant progress in quantum AI development.
