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IonQ announced $7.5 million in Phase 2 funding from the Air Force Research Laboratory to expand a quantum network previously delivered in Rome, New York. The planned upgrades include free-space optical links, frequency converters, network hardware and automated control software. The award was contemplated within a $21.1 million collaboration announced in January 2025, not added on top of it.
IonQ has received $7.5 million in Phase 2 funding from the U.S. Air Force Research Laboratory (AFRL) to expand a quantum network previously delivered in Rome, New York. The planned upgrades are intended to connect different quantum systems over standard telecommunications infrastructure and through open air, supporting AFRL research into interoperable networks for metropolitan and defense settings.
IonQ said the work will add free-space optical links with automatic pointing, acquisition and tracking, alongside two quantum frequency converter modules. The optical links are designed to distribute entanglement across line-of-sight channels in the C-band spectrum; the converters are intended to help different quantum and classical hardware use standard telecom wavelength infrastructure. These are described as planned capabilities, not evidence that the upgraded network is already operating.
The contract also calls for automated, on-premises control software for self-tests, real-time monitoring, failure handling, experiment execution and results export. Hardware upgrades include O-band-compatible network components, improved polarization controls and upgraded quantum network interface cards. IonQ characterizes the combined work as an expansion from the physical network foundation established in Phase 1 toward a research platform for connecting heterogeneous systems outside a laboratory.
The company said the Phase 2 award was included in the $21.1 million collaboration it announced in January 2025, and is not supplemental funding beyond that amount. The announcement does not provide a completion date, a detailed schedule, or technical performance results from the planned upgrades.
Connecting Quantum Systems Beyond Labs
Quantum networks are intended to link separate quantum devices so they can exchange quantum information, rather than simply share ordinary data as conventional computers do. The announced work matters because it targets interoperability across different hardware and transmission over telecom infrastructure and open-air optical links—conditions relevant to networks that extend beyond a controlled laboratory.
For AFRL, the project is part of research into possible metropolitan and defense-network applications. Free-space links could test connections where fiber is unavailable or impractical, while frequency conversion and network interfaces address the challenge of connecting systems that do not use identical hardware or wavelengths. The announcement describes goals and equipment, however; it does not establish that the network has achieved operational defense communications, broad deployment, or a particular level of performance.
The funding is also a milestone within an existing collaboration, not a newly added $7.5 million on top of the previously announced $21.1 million. Readers should distinguish the Phase 2 scope from completed results: IonQ says the funding supports upgrades, but the public announcement does not report their installation or outcomes.
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The Rome Network and Earlier Work
IonQ announced its $21.1 million AFRL collaboration in January 2025. According to the company, Phase 1 established the network’s core physical foundation, and Phase 2 is intended to add the optical, hardware and software capabilities needed to connect different types of quantum equipment. The latest award is described as follow-on funding within that original collaboration.
IonQ also points to earlier work with AFRL, including a photonic interconnect milestone in April 2026 and deployment of an IonQ quantum computing system at the laboratory’s Rome site. Those efforts provide a partnership timeline, but the announcement does not give technical details sufficient to assess how the earlier milestones relate to the new network upgrades.
The project’s use of classical telecom infrastructure does not mean quantum networking replaces the internet. IonQ’s description instead concerns adding quantum-specific links and control components alongside familiar communications infrastructure. The company says the objective is to connect distinct quantum systems and route quantum communications over fiber and open air.
“Advanced optical hardware and automated control software are what close the gap between laboratory demonstration and field deployment.”
— Jordan Shapiro, IonQ president of Quantum Platform
Schedule and Network Results
The announcement does not state when the upgrades will be completed, when testing will begin, or whether all listed components have been delivered. It also gives no measured results for link distance, reliability, entanglement distribution, system compatibility or performance in field conditions.
It remains unclear how the planned network will be used beyond research, what operational requirements AFRL will apply, and whether the work will lead to further funding or deployments. IonQ’s statements about future defense and enterprise use describe potential applications, not confirmed outcomes or adopted systems.
Installation, Integration and Testing
The announced Phase 2 work calls for installation and integration of the optical links, converters, upgraded network hardware and control software with the Rome network. The next meaningful updates would establish the project timeline and testing milestones, and report whether the components can connect heterogeneous quantum systems across fiber and free-space links.
IonQ and AFRL have not provided a public date for those updates in the material available. Until performance data or further project details are released, the stated applications should be treated as goals of the research program rather than demonstrated field capabilities.
Key Questions
What did IonQ receive from AFRL?
IonQ announced $7.5 million in Phase 2 funding from the Air Force Research Laboratory to expand a quantum network previously delivered in Rome, New York.
Is the $7.5 million new funding on top of the earlier $21.1 million?
No. IonQ said the Phase 2 award was contemplated within the $21.1 million collaboration announced in January 2025 and is not supplemental to it.
What upgrades are planned?
The stated scope includes free-space optical links, quantum frequency converters, upgraded network hardware and automated control software for monitoring, testing and experiments.
Does the announcement show that the network is ready for defense use?
No. The announcement describes planned research capabilities and potential applications. It does not report completed upgrades, operational deployment, or performance results demonstrating defense use.
When will the upgraded network be completed?
No completion date was provided in the announcement. IonQ and AFRL have not specified a public installation or testing schedule in the supplied material.
Source: thequantuminsider.com
