IonQ has secured a $28 million contract extension through the Defense Advanced Research Projects Agency (DARPA) It’s About Time program. This significant funding enables the company to scale production of its Evergreen-05 optical atomic clocks. The initiative focuses on delivering 125 units to U.S. government customers to support mission-critical applications, including secure communications, radar, and precision geolocation across various tactical platforms.
IonQ Scaling Evergreen-05 Production
Under the DARPA contract, IonQ will invest $15 million into dedicated production infrastructure. This capital is earmarked for specialized production space, advanced manufacturing equipment, testing capabilities, and necessary support staff. This expansion follows IonQ's October 2025 acquisition of Vector Atomic, a move designed to broaden the company's capabilities in quantum position, navigation, and timing. The goal is to transition core technology from research into scalable, commercial-grade hardware. By integrating Vector Atomic’s specialized expertise, IonQ aims to meet the high-volume demands of government agencies requiring highly reliable, compact timing solutions for land, maritime, and airborne environments.
Technical Specifications of Evergreen-05
The Evergreen-05 is a compact, fully integrated optical atomic clock featuring a 5-liter, shoe box-sized form factor. It provides a significant reduction in size, occupying only 1/75th the volume of an active hydrogen maser. Technically, the device delivers a timing stability of 50 femtoseconds at one second and nanosecond holdover over 10 days. This performance projects a timing error of less than one second over 30 million years. Compared to active hydrogen masers, the Evergreen-05 offers superior phase noise and short-term stability while maintaining comparable long-term drift, making it suitable for diverse tactical environments.
Key Takeaways
- IonQ received a $28 million contract extension from DARPA's It’s About Time program.
- The company will deliver 125 Evergreen-05 optical atomic clocks to U.S. government customers.
- IonQ is investing $15 million in manufacturing, testing, and specialized production staff.
TechInsyte's Take
In our view, this contract signals a critical shift from experimental quantum research to industrial-scale manufacturing for precision timing. By acquiring Vector Atomic and securing DARPA funding, IonQ is positioning itself to dominate the quantum position, navigation, and timing (PNT) sector. This move is strategic for enterprise leaders in defense and secure infrastructure, as it addresses the urgent need for compact, ultra-stable timing that outperforms traditional hydrogen masers. IonQ is effectively bridging the gap between laboratory-grade quantum physics and ruggedized, field-deployable hardware.
Questions & Answers
How will IonQ fund the expansion of its manufacturing capabilities?
IonQ will invest $15 million of its own capital into dedicated production space, advanced manufacturing equipment, testing capabilities, and support staff to meet the contract requirements.
What specific applications will the Evergreen-05 atomic clocks support?
The clocks are designed for mission-critical applications, specifically including radar, secure communications, and precision geolocation across land, maritime, and airborne platforms.
How does the Evergreen-05 compare to existing hydrogen maser technology?
The Evergreen-05 provides superior phase noise and short-term stability compared to active hydrogen masers, while occupying only 1/75th of the volume of a standard hydrogen maser.
What is the strategic significance of the Vector Atomic acquisition for IonQ?
The acquisition allows IonQ to expand its technical capabilities into the quantum position, navigation, and timing sectors, facilitating the scaling of commercial products like the Evergreen-05.
Source: BUSINESSWIRE
