Juq-703-uc Today

To maximize the lifespan of your JUQ-703-UC, adhere to the following deployment guidelines: Installation Checklist

: Precision engineering ensures the door closes quietly and securely every time. JUQ-703-UC

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Compared with IBM’s and Google’s Sycamore‑v2 (433 qubits) , the JUQ‑703‑UC offers more than 5× the physical qubits while maintaining comparable or superior gate fidelities . Its biggest differentiator is the on‑chip error‑correction co‑processor , which offloads syndrome extraction and decoding to an embedded ASIC, reducing latency from the typical 10–20 µs (CPU‑hosted) to sub‑µs . If you share with third parties, their policies apply

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| Parameter | Specification | |-----------|----------------| | | 3‑D transmon superconducting qubits with epitaxial Al‑on‑Si substrate | | Physical qubits | 128 × 128 × 8 array (≈ 131 k qubits) | | Logical qubits (surface‑code) | > 10 k (code distance d = 31) | | Gate fidelity | 99.999 % (single‑qubit), 99.995 % (two‑qubit) | | Coherence time (T₁/T₂) | 250 µs / 300 µs | | Control electronics | Integrated cryogenic CMOS (CMOS‑Q) on‑chip | | Cooling solution | Closed‑cycle Gifford‑McMahon + miniature dilution stage (10 mK) | | Package dimensions | 85 mm × 85 mm × 45 mm (2 U rack) | | Power consumption | 2.5 kW (including cooling) | | Interface | PCIe 5.0 x16, 200 Gb/s quantum‑link, OpenQASM‑3 compatibility |

Because the JUQ‑703‑UC is , it can be integrated into existing data‑center infrastructures, opening quantum acceleration to enterprises that previously required dedicated cryogenic labs.