Aevum X-Series
Under developmentDatacentre-class quantum entropy at up to 40 Gbps, clustering up to 8 devices. Same footprint as Aevum, a different physics.
Continuous-variable measurement at datacentre rates.
The X-Series is a continuous-variable architecture. Instead of counting individual quantum events, it continuously measures quantum phase noise across paired Mach-Zehnder interferometers: the technique that reaches order-of-magnitude higher entropy rates.
It is high-density and cluster-capable: up to 8 devices operate as one entropy service.
Datacentre-class throughput
10 to 40 Gbps of verifiable entropy per device.
Dual-interferometer phase-noise measurement
Continuous-variable quantum measurement.
Cluster-capable
Up to 4, 6 or 8 devices by model, operating as one entropy service.
Redundant + verifiable
Provable quality at datacentre scale.
Discrete + continuous output modes
Serve request-based and streaming consumers.
Same external form factor as Aevum
Consistent form factor across the family.
| Specification | X-10 | X-25 | X-40 |
|---|---|---|---|
| Entropy rate | Up to 10 Gbps | Up to 25 Gbps | Up to 40 Gbps |
| Measurement technique | Dual-MZI phase noise | ||
| Clustering | Up to 4 devices | Up to 6 devices | Up to 8 devices |
| Output modes | Discrete + continuous | ||
| Form factor | 6U rack chassis | ||
| Interfaces | 4x SFP + 2x SFP28 | 4x SFP28 + 2x SFP+ | 4x SFP+ + 2x QSFP |
| Management | 1x RJ45 management port; 1x USB | ||
| Entropy validation | Continuous health monitoring; Trevisan randomness extraction; designed for NIST SP 800-90B compliance | ||
| Power | 2x 450 W hot-swappable PSUs | ||
Specifications subject to change.
Datacentre-scale key generation
Entropy provision for multi-tenant infrastructure.
National / sovereign entropy infrastructure
Entropy infrastructure at national scale.
Telecom core networks
Carrier-grade entropy at line rate.
Cloud HSM backends
Feed managed key services with quantum entropy.
Aevum X-Series brochure
Coming soon.
Aevum X-Series datasheet
Coming soon.
Aevum
The single-photon line, up to 1.6 Gbps. →