Deployable Quantum Clock
AllanQ is a portable molecular optical clock — a quantum timing reference engineered to deliver laboratory-grade frequency stability in the conditions real systems operate in. Built around a molecular iodine transition and integrated into the Q-module ecosystem, AllanQ is the time base on which distributed quantum operations, GPS-independent navigation, and precision sensing infrastructure can be built.
Coherent Time, Anywhere.
Capabilities
Optical-Clock Frequency Stability
Stability approaching the laboratory-grade primary references.
GPS-Independent Holdover
<10-ns precision over thirty-day holdover; sub-microsecond precision over a year.
Coherent RF Outputs
1 PPS and 10 MHz outputs, with optional configurations across radar bands
Radar Stabilization
A coherent reference for research-grade & distributed radar systems — phase noise held where the physics demands it.
Coordinated Operations
A common time base for networked quantum systems, sensor fusion, and data-centre synchronization at the rack and beyond.
Field-Deployable Form Factor
Rack-mount, room-temperature operation, no external cooling, single-phase power.
For full technical specifications, holdover performance data, optical frequency comb configurations, and integration documentation, contact gov@q-block.ca.