Next-Generation Optical Atomic Clock for Critical Applications​

High-Precision Optical Atomic Frequency Reference

• 10,000× higher atomic transition frequency than microwave clocks for superior precision and environmental stability.
• Hydrogen Maser-like short-term performance in a smaller, lighter, and more power-efficient package.
• Cs-beam-like holdover up to 7 days.
• 3U, 19-inch rack-mounted form factor.

Infleqtion is bringing this transformational technology out of the laboratory and into the world.

Deployable
Active Hydrogen Maser performance in a rugged, transportable form factor.

Phased Array / Multi-Static Synchronization
Improved beam accuracy and directionality for over-the-horizon tracking, directional eavesdropping, and low probability of intercept data links.

Drone Defense
Low phase noise oscillator for next-generation radar detection, tracking, and fire control.

Assured PNT
On-board timescales for GPS-denied and GNSS-denial environments (crewed and UUV submarine).

Enhanced Space Operations
High bandwidth, multichannel connectivity (even without GPS) for better tracking and geolocation.

Autonomy
Synchronization and coordination across platforms and swarms.

• Demonstrated Hydrogen Maser frequency stability at 1 second and holdover outperforming Cesium Beam clocks past 1 day.
• 10× smaller than hydrogen masers, with ruggedization proven in PNTAX23 field trials, flight trials, and shock/vibration testing.
• Outperforms 5071, RAFS, CSAC, and similar compact technologies over short-to-mid timescales.
• Supports ~10 ps synchronization between disparate sites using White Rabbit timing.

Tiqker Prime Zero (Prototype)
Launched Q3 2023

Tiqker Prime (Pre-Production)
Launched Q1 2024

Tiqker Prime (Current Production)
Upgraded control system, cost-optimized manufacturing