QPUStatus

IonQ Forte Enterprise

Trapped Ion • 36 Algorithmic Qubits • Rack-Mounted Data Center System
DIRECT CLOUD
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Avg Job Age (min)
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AWS ROUTE
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Pending Tasks
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AZURE ROUTE
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Est. Wait (min)
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Live Status: Currently, the IonQ Forte Enterprise-1 is Online via Direct API (115m), Online via AWS (0 tasks), Online via Azure (0m). Updated real-time for IonQ, Inc. circuit monitoring.

QPUStatus is independent. Data from provider APIs may vary from internal states. Trademarks property of IonQ, Inc.. Not affiliated.

Live Network Load

Direct Cloud Route

*Metric: Average age of jobs currently in queue. This is NOT the wait time for a new job.

AWS Route

*Metric: Total number of tasks pending execution (Queue Depth).

Azure Route

*Metric: Azure's estimated wait time in minutes for a newly submitted job.

System Availability Trends

Direct Cloud Availability 100%
30 days ago Today
AWS Route Availability 100%
30 days ago Today
Azure Route Availability 100%
30 days ago Today

Detailed Connectivity (Last 7 Days)

Official Provider Status

Because we're still gathering historical data, our telemetry might not show the full picture yet. For official incident reports, past outages, and scheduled maintenance windows, please check the manufacturer's official page.

Note: QPUStatus is an unofficial project and is not affiliated with IonQ.

status.ionq.co

Unofficial Telemetry Dashboard

This is an independent tracking project. QPUStatus is not affiliated with, endorsed by, or partnered with IonQ, AWS, or Microsoft Azure. Our data is gathered automatically via public API routing endpoints and may not perfectly reflect internal hardware states.

Hardware Deep Dive

The IonQ Forte Enterprise is the first generation of IonQ's data center-deployable quantum computers. Unlike the cloud-only Forte, the Enterprise edition is built on a standard rack-mount form factor with lower energy consumption and environmental isolation requirements, designed to slot directly into modern data center infrastructure. It shares the same core AOD-based trapped-ion architecture as Forte, delivering identical #AQ 36 performance in an on-premises deployable package.

Technical Specifications

Architecture Trapped Ion (Ytterbium ions)
Algorithmic Qubits 36 (#AQ 36)
Physical Qubits 36
Optical System Acousto-Optic Deflectors (AODs)
Topology All-to-All (Fully connected)
Native Gates GPI, GPI2, MS
Form Factor Rack-mounted (data center deployable)
Data Center Locations Washington D.C., Seattle WA, Basel (Switzerland)

Common Provider Questions

What makes Forte Enterprise different from Forte?

The core trapped-ion engine is functionally identical, both deliver #AQ 36 performance using the same AOD laser routing system. The key difference is form factor and deployment model. Forte Enterprise is engineered specifically for rack-mounted data center installation, with reduced environmental isolation requirements and lower power consumption compared to a typical research lab QPU setup. This makes it the first IonQ system designed for production hybrid compute environments.

What does #AQ 36 mean for my workloads?

Algorithmic Qubits (#AQ) measure the real-world utility of a QPU. At #AQ 36, the Forte Enterprise can execute complex computational circuits up to 36 qubits wide and approximately 980 entangling gates deep. This translates to a computational state space of over 68 billion simultaneous possibilities, making it viable for advanced optimization, quantum chemistry, and machine learning workloads.

Where is the Forte Enterprise physically located?

IonQ operates Forte Enterprise systems across a growing global data center footprint. Current confirmed locations include the Washington D.C. area, Seattle (Washington), and Basel (Switzerland), the latter marking IonQ's first European quantum computer deployment in partnership with QuantumBasel. Jobs submitted via IonQ Quantum Cloud or AWS Braket are routed to whichever node is available.

Why does the Forte Enterprise go offline?

Like all trapped-ion systems, the Forte Enterprise requires periodic calibration cycles to maintain its high gate fidelity. The AOD laser steering system must be meticulous re-tuned against environmental drift. Offline windows on our dashboard almost always correspond to these scheduled maintenance periods rather than unplanned hardware failures.