The Quside Ruby™ N1 is a SP800-90B certified QRNG chip that provides fast, scalable and unpredictable randomness. The Quside Ruby™ N1 enables 1 Gbit/s quantum entropy generation on a single 5×5 mm² footprint—making it the fastest quantum entropy chip on the market. Based on phase-diffusion technology, the Quside Ruby™ N1 brings a decade of research and development into a large-scale manufacturable semiconductor chip. Fully compliant with the rigorous SP800-90B certification standards set by NIST, the Quside Ruby™ N1 is the first of its kind, and takes security, privacy, and efficiency in randomised computation to a whole new level.
Quside Ruby™ N1 – QRNG Security Chipset
1 Gbit/s performance, embedded, SP800-90B certified
Overview
Performance
1 Gbit/s performance to support the most demanding crypto algorithms for classical, post-quantum, and QKD
NIST SP800-90B certified
Our entropy sources meet the rigorous certification standards set by NIST, ensuring the highest levels of entropy and reliability.
Observable Entropy
High-quality numbers, generated and checked by Quside’s proven Randomness Metrology methodology
Reliable
>95% min-entropy bounds to guarantee unpredictability
Unique
Cutting-edge photonic chip implementing the phase diffusion quantum entropy generation technology
Specs
Dimensions
5 x 5 mm²
Entropy Generation
1 Gbit/s
Power Consumption
0.3 W
Quantum min-entropy
(at 25ºC)
(at 25ºC)
Single-bit conditional min-entropy: 0.99+
Conditional min-entropy rate: 0.9
Raw Statistics (Excess Predictability)
0.01 Bits / Max. 0.02 Bits
Industries
Finance
- Speed up Monte Carlo simulations
- Portfolio Optimisation
- Risk Assessment
Government & Space
- QKD & Hybrid key generation
- Cybersecurity systems
Telco & Data Centre
- Hybrid key generation (IoT & 5G)
- Industrial IoT
- Quantum key distribution systems
- Cybersecurity appliances
- Key management systems
Logistics & Retail
- Scheduling and dispatching simulations
- Inventory Optimisation
- Tactical Planning (forecasting)
