Tiqker pairs active hydrogen maser-like short-term stability with cesium-beam-like holdover in the rack space of a conventional cesium frequency reference.
Optical transitions run at roughly 10,000 times the frequency of microwave clocks, supporting precise, environmentally stable timing.
3U, 19-inch rack-mount form factor.
Less than 22 kg and less than 85 W steady-state power.
RF, 1 PPS, and optical frequency-comb outputs.
Continuous operation in industrial environments.
Roadmap Highlights
Tiqker is advancing from rack-mounted production systems toward smaller, rugged timing modules.
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Capabilities
One reference for resilient timing and synchronization.
Minimum Allan deviation reaches 5.0 × 10⁻¹³ at 1 second.
Clean 5 MHz, 10 MHz, and 100 MHz sine outputs support coherent RF systems.
A 1556 nm output and pulsed comb support precise optical synchronization.
SCPI over RS-232C and Ethernet supports control, monitoring, and alarms.
Deployments
Measured performance and mission demonstrations.
In today's mission-critical environments, assured timing is a strategic asset. By combining Safran's synchronization expertise with Infleqtion's quantum timing technology, we are setting a new benchmark for precision and resilience.”
Applications
Optical atomic frequency reference for resilient, synchronized operations.
Maintain onboard time through GNSS denial for ships, aircraft, autonomous systems, and distributed operations.
Improve phase coherence for phased-array, multistatic, tracking, and low-probability-of-intercept systems.
Synchronize distributed compute, timestamp data consistently, and support low-latency AI infrastructure.
Support tracking, geolocation, communications, and time transfer when GPS is degraded or unavailable.
Coordinate vehicles, platforms, and swarms with a stable local timing reference.
Enable coherent measurements, VLBI, optical time transfer, and precision metrology.
More Solutions
Combine timing with independent position and navigation.
Tiqker Prime is Infleqtion’s deployable optical atomic frequency reference for applications that need highly stable timing and synchronization. It uses an optical atomic transition and an integrated frequency comb to produce standard RF, timing, and optical outputs. The current system is a commercially available 3U, 19-inch rack-mounted instrument designed for continuous operation in industrial environments.
An optical atomic clock stabilizes a laser to a precise transition in an atom, then uses a frequency comb to translate that optical reference into usable timing and frequency signals. Optical transitions occur at much higher frequencies than microwave transitions, creating more measurement cycles in a given time. That enables exceptional stability when the full clock system is carefully controlled.
Tiqker does not provide position or navigation by itself, so it is not a complete replacement for GPS or GNSS. It provides a stable local time and frequency reference that can maintain timing during a signal outage or denial event. Integrated with navigation sensors and timing-distribution systems, it can strengthen resilient positioning, navigation, and timing architectures.
Tiqker is designed to deliver active hydrogen-maser-like short-term stability in the rack space commonly used by cesium-beam references. Infleqtion’s specification sheet lists a system less than one-tenth the size and one-fifth the weight of an active hydrogen maser, with lower power and reduced environmental sensitivity. The reference that best fits your needs depends on the required timescale, interfaces, environment, and system architecture.
Tiqker supports holdover for GPS-reliant systems, improved radar and coherent sensing, telecommunications and data-center synchronization, precision geolocation, satellite ground infrastructure, and autonomous platforms. Its RF, one-pulse-per-second, and optical outputs allow it to serve as a timing reference within larger systems. Tiqker has also been demonstrated in field, flight, submarine, and live-fiber network environments.
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