Structure and approach
In this architecture, instead of common flat and two-dimensional wiring, vertical chaplets and chip-to-chip connections with very high fidelity are used.
Support for 40,000 I/O lines on the VIO-40K means that controlling and reading tens of thousands of qubits can be done without breaking the processor into multiple separate QPUs, bypassing the wiring limitation; A problem that current 2D architectures inherently face. For comparison, one of the most advanced current gate-oriented processors, the IBM Osprey, runs at about 433 qubits; While the VIO-40K is architecturally designed for 10,000 qubits. This difference is not only a numerical increase, but also indicates the transition from the laboratory scale to the real industrial scale.
Ecosystem and adaptation
It comes in the form of the Quantum Open Architecture (QOA) framework and is compatible with technologies such as NVIDIA NVQLink, thus strengthening the quantum hardware ecosystem.
🏭 scheduling and production
The company has announced that deliveries of VIO-40K-compatible samples are scheduled for 2028, and the Kilofab industrial plant to support mass production will be up and running by 2026.