D-Wave offers on-premises quantum computing systems
D-Wave Quantum is now enabling research centers, academic institutions, and governments to purchase on-premises D-Wave™ Advantage™ quantum computing systems to help customers push the boundaries of quantum-fueled experimentation, development and usage.
Forschungszentrum Jülich (FZJ) is the first high-performance computing (HPC) center globally to purchase a D-Wave Advantage quantum computing system.
Customers can purchase on-premises D-Wave Advantage annealing quantum computers with more than 5,000 qubits and 15-way connectivity. Pricing is tailored to meet the unique requirements of each customer. The offer includes shipping, installation, calibration and ongoing maintenance to ensure optimal performance. D-Wave also offers assistance in setting up local hybrid quantum solvers. On-premises installation and system ownership enables customers to integrate existing classical and HPC systems, leverage and tune system parameters, and take advantage of new system innovations, such as advanced analog-digital features, as they are developed.
D-Wave has also announced the new “Quantum Uplift” program to address the growing number of customers expressing disappointment with competitor quantum computing systems that are not able to solve problems of practical value and lack reliable uptime and availability. The Quantum Uplift program offers incentives toward the purchase of a D-Wave Advantage system.
“By integrating annealing quantum computing with HPC, I predict we will see significant progress in quantum research and quantum AI development, leading to discoveries and improved outcomes,” said Dr. Alan Baratz, CEO of D-Wave. “We are empowering customers with this new on-premises systems offering, helping them realise the value of quantum computing today and unlock new levels of computational performance.”
A study conducted by Hyperion Research reported that the increased focus on AI and compute-intensive technology is generating demand for on-premises quantum computers, particularly in HPC environments. Nearly 20% of respondents said that they prioritize the control, security, and immediacy provided by on-site quantum computing infrastructure.
Modern HPC environments are built with tens of thousands of graphics processing units (GPUs) that work together simultaneously to perform calculations. While the GPU excels at executing AI tasks such as data mining, pattern matching, and predictions, the quantum processing unit (QPU), used in quantum computers, brings unique strengths in solving complex problems that can enhance AI capabilities and drive computing efficiencies while helping reduce power consumption.
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