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IonQ announced $7.5 million in Phase 2 funding from the Air Force Research Laboratory to expand a quantum network it previously delivered in Rome, New York. The planned upgrades include free-space optical links, quantum frequency converters, upgraded network hardware and automated control software. The award was included in a $21.1 million collaboration announced in January 2025, not added to it.
IonQ said it has received $7.5 million in Phase 2 funding from the Air Force Research Laboratory (AFRL) to expand a quantum network previously delivered in Rome, New York. The work is intended to add optical links, quantum frequency converters, upgraded hardware and automated control software, allowing researchers to test connections among different quantum systems over fiber-optic infrastructure and open air.
IonQ described the award as follow-on funding for the existing AFRL collaboration. The company said the first phase established the network’s core physical foundation, while Phase 2 adds capabilities intended to connect different types of quantum hardware outside a laboratory setting. The announcement does not specify a completion date or provide a detailed schedule for installation and testing.
The planned equipment includes free-space optical links with automatic pointing, acquisition and tracking, designed to establish line-of-sight quantum channels in the C-band spectrum. IonQ also says it will supply two quantum frequency converter modules to support interoperability between different quantum and classical hardware using standard telecommunications wavelengths.
Other items in the scope include on-premises control software for automated self-tests, monitoring, failure handling, experiment execution and results export, as well as O-band-compatible network hardware, enhanced polarization controls and upgraded quantum network interface cards. These are described as project upgrades; the announcement does not report measured performance results from the expanded network.
Testing Quantum Links Beyond Labs
The project addresses a practical challenge for quantum networking: connecting distinct systems that may use different hardware and optical wavelengths. If the planned components work together as intended, the network could give AFRL a platform for testing how quantum communications operate across telecommunications infrastructure and free-space links, rather than only within a laboratory setup.
That matters to defense and research organizations evaluating future multi-node networks, where equipment may need to communicate across separate sites and environmental conditions. IonQ and AFRL frame the work as relevant to metropolitan and defense environments, but the announcement describes a research and development effort, not a deployed operational defense communications service. It does not establish that the system is ready for routine field use or specify what security capabilities it will demonstrate.
The award also supports IonQ’s effort to combine networking hardware and software with its quantum computing work. Whether the upgraded network can provide reliable, interoperable connections outside controlled settings will depend on testing results that have not yet been reported.
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The Existing AFRL Collaboration
IonQ announced a $21.1 million collaboration with AFRL in January 2025. The company says the current $7.5 million Phase 2 funding was contemplated within that previously announced amount and is not a supplemental award. The figure should therefore be understood as funding within the earlier collaboration, not as an additional $7.5 million added on top of it.
The new phase follows earlier work between the parties. IonQ cites a photonics interconnect milestone in April 2026 and the deployment of an IonQ quantum computing system at AFRL’s Rome, New York, site. The current announcement builds on the network delivered there, although it does not give technical specifications or independent evaluation results for the earlier deployment.
IonQ’s comparison with conventional internet networking is intended to explain the project’s goal: classical routers and fiber allow conventional computers to exchange data, while the new components are meant to connect quantum systems. That analogy describes the ambition, not proof that quantum networks will function like today’s internet or provide the same services.
“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 and Test Results Pending
The announcement does not identify a project end date, specific test milestones, or when the upgrades will be installed and evaluated. It also gives no measured data on link distance, connection reliability, network capacity or performance across the different hardware types.
AFRL’s own assessment of the award and the project’s technical targets are not included in the supplied announcement. It remains unclear which quantum systems will be connected, what operating conditions will be tested, and what criteria will determine whether the network is suitable for use beyond research. IonQ’s stated goals should not be read as confirmation that an operational defense network is already in place.
Installation and Network Testing
The next reported step is carrying out the Phase 2 work under the existing AFRL collaboration. IonQ says the upgrades are designed to support automated experiments and connections across fiber and open-air optical links, but it has not published a schedule for those activities.
Future updates that could clarify progress include installation milestones, demonstrations linking different quantum systems, and performance data from tests outside laboratory conditions. Until those details are released, the project’s results and its readiness for broader deployment remain open questions.
Key Questions
What did IonQ receive from AFRL?
IonQ said it received $7.5 million in Phase 2 funding to expand the quantum networking project in Rome, New York.
Is the $7.5 million additional to the $21.1 million announced in 2025?
No. IonQ said the Phase 2 funding 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, two quantum frequency converter modules, upgraded network hardware and automated control software for monitoring and experiments.
Does this mean AFRL has an operational quantum communications network?
No such operational status is established by the announcement. IonQ described a research platform and planned upgrades; deployment results, performance data and readiness for routine defense use have not been reported.
Source: thequantuminsider.com
