Quantum Hardware

NIRVANA

Thermo-Photonic Qubit System Built for Modern AI.

NIRVANA Architecture

A software-defined quantum platform for hybrid classical-quantum workloads. Four core subsystems deliver scalable quantum compute at room temperature.

01

Photonic Core

Silicon-photonic integrated circuit operating at optical frequencies. Supports gate-level programmability with sub-nanosecond switching across 256 waveguide channels.

02

Continuous-Variable Qubit Matrix

Squeezed-state optical qubits encoded in continuous variables. Eliminates cryogenic cooling requirements while maintaining coherence across entangled qubit clusters.

03

Quantum Memory (Q-RAM)

Optical quantum random-access memory with logarithmic query complexity. Stores quantum states in fiber delay lines for on-demand retrieval during multi-step algorithms.

04

Fiber Interconnect Fabric

Low-loss optical fiber mesh connecting processor modules with femtosecond synchronization. Enables linear scaling by linking multiple NIRVANA units into coherent clusters.

From photon to production

01

Chip Fabrication

In-house silicon photonic chip design and fabrication using CMOS-compatible processes with 45nm feature resolution.

02

Optical Assembly

Precision fiber-to-chip coupling, waveguide alignment, and hermetic packaging for long-term optical stability.

03

Control Electronics

Custom FPGA-based control systems for real-time qubit manipulation with sub-nanosecond timing precision.

04

Quantum Calibration

Automated calibration routines for gate tuning, crosstalk compensation, and fidelity optimization across all qubits.

05

System Integration

Rack-scale integration of quantum and classical processing units with unified orchestration and monitoring.

06

Testing and Validation

Comprehensive quantum state tomography, process benchmarking, and hardware certification protocols.

Ready to explore quantum hardware?

Schedule a briefing to learn how the NIRVANA platform can accelerate your workloads.