QuiX Delivers 88U Carina Quantum System to DLR for Data Center Validation
Updated
Updated · SDxCentral · Jul 14
QuiX Delivers 88U Carina Quantum System to DLR for Data Center Validation
3 articles · Updated · SDxCentral · Jul 14
Summary
QuiX has delivered Carina’s core hardware to DLR QCI, moving the photonic quantum platform into integration, commissioning and validation for customer-style data center deployment.
The 88U, 9-kW room-temperature system combines photon generation, multiplexing, cluster-state generation, real-time feed-forward control and photonic assembly management in one measurement-based computing stack.
Carina is built to work with classical HPC, AI and optical networking, letting users run familiar gate-based algorithms that its software translates into adaptive measurements on entangled cluster states.
The DLR QCI phase is meant to demonstrate a universal gate set and core technologies for universal photonic quantum computing, laying groundwork for future fault-tolerant systems outside specialized lab or cryogenic environments.
How will this new photonic architecture overcome the critical challenge of photon loss to achieve true fault tolerance?
Can a practical room-temperature quantum computer outpace its powerful, cryogenic rivals in the race to real-world utility?
From Carina to Dedalo: QuiX Quantum’s Breakthrough in Universal Photonic Quantum Computing and the Path to Scalable, Fault-Tolerant Systems
Overview
In July 2026, QuiX Quantum made a major breakthrough by unveiling and deploying Carina, the world’s first universal photonic quantum computer designed for data center integration. Carina was immediately delivered to the German Aerospace Center’s Quantum Computing Initiative, marking a key milestone in the timeline of practical quantum technology. This system leverages photonics to enable robust, real-world deployment and is the first of its kind to be integrated into existing data center infrastructure. Its integration into DLR’s supercomputing environment provides researchers with advanced quantum capabilities, setting the stage for accelerated innovation and broader adoption of quantum computing.