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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 award was contemplated in a $21.1 million collaboration announced in January 2025, not added on top of that amount. The work includes free-space optical links, quantum frequency converters, upgraded hardware and automated network controls.
IonQ says it has received $7.5 million in Phase 2 funding from the Air Force Research Laboratory (AFRL) to expand a quantum network it previously delivered in Rome, New York. The work will add optical links, quantum frequency converters, updated network equipment and automated software, with the stated goal of connecting different quantum systems over telecom infrastructure and through open air.
The award is a follow-on phase of a $21.1 million collaboration IonQ announced in January 2025. The company said the $7.5 million was contemplated within that original amount and is not a supplemental award. AFRL and IonQ’s earlier Phase 1 work established what IonQ describes as the network’s core physical foundation; Phase 2 is intended to extend its capabilities beyond that initial deployment.
The planned upgrades include free-space optical links with automatic pointing, acquisition and tracking, designed to distribute entanglement over line-of-sight channels in the C-band spectrum. IonQ also lists two quantum frequency converter modules, O-band-compatible network hardware, improved polarization controls and upgraded quantum network interface cards. The company says the converters are intended to help different quantum and classical hardware use standard telecom wavelength infrastructure.
Software work will add an on-premises control plane for automated self-tests, real-time monitoring, failure handling, experiment execution and results export, according to IonQ. The company presents the combined hardware and software changes as a way to connect heterogeneous quantum systems in environments beyond a laboratory. The announcement does not report that the upgrades are complete or provide a deployment schedule.
Connecting Quantum Systems Beyond Labs
The award matters because quantum networking systems need more than individual quantum devices: they also require optical connections, compatible interfaces and controls that allow separate systems to work together. IonQ’s announced Phase 2 scope targets those layers, including links through open air and equipment designed for telecom wavelengths. If the planned work performs as intended, it could give AFRL a platform for testing how different quantum hardware can communicate across a network.
For defense and metropolitan settings, the practical question is whether such a network can operate outside controlled laboratory conditions. The company says the upgrades are aimed at real-world environments and AFRL’s roadmap for heterogeneous networks. Those are stated objectives, not evidence that the network is already operating at scale or that it has demonstrated a specific defense capability. The announcement gives no performance results, such as link distance, data rates, uptime or the number of connected systems.
The funding also sits within a larger existing contract rather than representing a newly added $7.5 million beyond the previously announced $21.1 million. That distinction helps clarify the financial scope: this is a Phase 2 funding announcement tied to an earlier collaboration, not a separate increase to its stated total.
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The Earlier Rome Network Agreement
IonQ announced its $21.1 million collaboration with AFRL in January 2025. The company says the first phase established the physical network foundation and that the new phase will expand the deployment into an interoperable research platform. The work is based in Rome, New York, where IonQ previously delivered the network and has also deployed an on-site quantum computing system at AFRL, according to the company.
IonQ also points to a photonics interconnect milestone in April 2026 as part of its earlier work with the laboratory. The October announcement describes Phase 2 as a move toward linking distinct quantum systems using both standard telecommunications infrastructure and open-air optical paths. It does not give technical results from the April milestone or explain how that work maps onto each of the new upgrades.
IonQ describes itself in its release as a full-stack quantum platform and says the AFRL work supports future defense, enterprise and multi-node networking. Those characterizations and intended applications come from the company; the announcement does not provide an independent evaluation of the system’s readiness or capability.
“This follow-on funding from AFRL underscores the strength of our long-term partnership and validates IonQ’s full-stack approach.”
— Jordan Shapiro, IonQ president of Quantum Platform
Deployment Timing And Performance
The announcement does not specify when Phase 2 work will be completed, when the new equipment will be installed or when the upgraded network will be available for testing. It also does not state how many quantum systems will be connected, what distances the free-space links are expected to cover, or what network performance AFRL will use to judge the work.
IonQ describes the additions as capabilities intended to support interoperable networking, but the release provides no test results showing that the upgraded network has already connected heterogeneous quantum systems over telecom infrastructure or open air. AFRL did not provide a separate statement in the supplied material, and independent technical validation is not included.
Phase Two Network Work
The next reported step is the execution of the Phase 2 work: installing or integrating the optical links, converters, updated network hardware and on-premises control software with the Rome deployment. IonQ has not announced a timetable for those milestones. Further updates would be needed to establish when the upgrades are operational and whether the network can demonstrate connections among different types of quantum hardware in the intended environments.
Readers should also watch for technical results and AFRL confirmation that clarify the system’s tested capabilities, rather than relying only on intended uses described in IonQ’s release. The funding announcement confirms the planned scope and the relationship to the earlier contract; it does not confirm completion or operational performance.
Key Questions
What did IonQ announce?
IonQ announced $7.5 million in Phase 2 funding from AFRL to expand a quantum network previously delivered in Rome, New York.
Is the $7.5 million additional to the $21.1 million agreement?
No. IonQ said the Phase 2 award was contemplated within the $21.1 million collaboration announced in January 2025 and is not a supplemental award.
What upgrades are planned?
The announced work includes free-space optical links, quantum frequency converters, upgraded network hardware and automated control software for monitoring, testing and running experiments.
Has the upgraded network been shown to work in the field?
The supplied announcement describes planned capabilities and objectives but gives no Phase 2 completion date or performance results. It does not confirm that the upgrades are already operating in field conditions.
Why is AFRL funding the work?
IonQ says the project supports AFRL’s plans for interoperable quantum networks, including connections among different quantum systems over telecom infrastructure and open air. The release does not detail specific operational deployments or confirm a particular defense use.
Source: thequantuminsider.com
