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ORCA Computing Integrates Photonic Systems into London Digital Realty Innovation Lab

Quantum Computing Report
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⚡ Quantum Brief
ORCA Computing has deployed its photonic quantum systems in Digital Realty’s new London Innovation Lab, enabling enterprise testing of hybrid quantum-classical workflows. The PT Series uses room-temperature Time-Bin Interferometer architectures, operating seamlessly alongside classical servers and GPUs without specialized cooling. Partnerships with NVIDIA, Toyota Tsusho, and others support integration of AI and quantum workloads, including generative AI and optimization tasks. The collaboration validates ORCA’s ability to scale quantum processing units in public data centers, offering low-risk validation for enterprises. Financial, logistics, and energy firms can now test hybrid pipelines, avoiding vendor lock-in and latency issues of remote cloud models.
ORCA Computing Integrates Photonic Systems into London Digital Realty Innovation Lab

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ORCA Computing Integrates Photonic Systems into London Digital Realty Innovation Lab Full-stack quantum hardware developer ORCA Computing has announced its active participation in the newly launched Digital Realty Innovation Lab (DRIL) in London, a next-generation testing environment engineered by Digital Realty, the world’s largest cloud- and carrier-neutral data center provider. The newly established facility allows enterprise customers and technology developers across the EMEA region to benchmark emerging artificial intelligence and quantum acceleration platforms under live, co-located operational conditions before executing full-scale commercial deployments. By establishing this active infrastructure node in London, the partnership provides organizations with a secure, low-risk foundry to validate hybrid classical-quantum orchestration layers within standard high-performance computing (HPC) data center topologies. Data Center-Native Topologies and Multi-Vendor AI Infrastructure Integration The integration underscores the physical advantages of ORCA’s PT Series photonic quantum computing systems, which utilize room-temperature Time-Bin Interferometer architectures to manipulate quantum states of light within standard server racks. Unlike matter-based quantum processors that require complex liquid-helium dilution refrigerators or ultra-high vacuum containment fields, ORCA’s systems operate natively alongside legacy classical servers and modern graphics processing unit (GPU) arrays without requiring specialized environmental cooling or structural infrastructure retrofits. Backed by strategic software-hardware alliances with industry leaders like NVIDIA, Toyota Tsusho, SiC Systems, and JIJ Inc., ORCA’s deployment inside the DRIL serves as a live validation platform for enterprise users to interleave generative AI workloads, tensor-network computations, and combinatorial optimization routines directly with an on-premises photonic co-processor.

Commercial Deployment Frameworks and Enterprise Scaling Acceleration Led by Co-founder and CEO Dr. Richard Murray, the collaboration represents a key commercial scaling milestone for the London-based quantum firm, validating its ability to rapidly deploy full-stack quantum processing units (QPUs) inside public data center environments. Managing Director of Digital Realty UK and Ireland, Seamus Dunne, highlighted that hosting ORCA within the DRIL framework gives corporate clients direct access to operational hybrid quantum-classical computing pipelines. This integration allows financial institutions, logistics providers, and energy firms to establish disciplined, near-term migration roadmaps—defining how to safely offload specialized algorithmic blocks to photonic hardware without experiencing vendor lock-in or suffering from the high latency overheads typically associated with remote cloud-access models. The official, joint partnership briefing and data center placement logs can be reviewed directly via the active ORCA Computing Pressroom here. June 11, 2026 Mohamed Abdel-Kareem2026-06-11T21:54:10-07:00 Leave A Comment Cancel replyComment Type in the text displayed above Δ This site uses Akismet to reduce spam. Learn how your comment data is processed.

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Source: Quantum Computing Report