AWS Braket — IonQ Forte
$0.30 per task + $0.08 per shot. Minimum 2,500 shots per task when error mitigation is on.
1.Representative workload costs
Concrete circuit costs for common workload sizes. Where the pricing model is non-linear (per-program minimums, per-month subscriptions), the table surfaces the floor and break-even points.
Table 1 — Workload cost reference
| Workload | Cost (USD) | Note |
|---|---|---|
| 100-shot pilot circuit | $8.30 | Sub-$10 entry to trapped-ion access. Most-favourable category for first-circuit exploration. |
| 10,000-shot characterisation | $800.30 | Linear in shots; predictable budget planning. |
| Single 2,500-shot mitigated task (minimum) | $200.30 | Floor cost when error mitigation is on. Pay for the floor even if your algorithm needs fewer. |
| VQE 200k shots | $6,000.30 | Trapped-ion fidelity reduces shot budget vs superconducting at this depth. |
2.Structural hardware advantage
36-qubit trapped-ion with 99.6% 2Q fidelity. Deeper algorithm support than 99.1% superconducting alternatives — practical for chemistry-style circuits where depth matters. Yb-171+ ion architecture has microsecond-scale coherence — practically unlimited for current circuit depths.
3.Position in the 2026 stack
Production trapped-ion. IonQ's flagship commercial QPU. Forte Enterprise variant has slightly more reliable scheduling for production workloads.
4.Best-fit workloads
- Quantum chemistry pilots (deep circuits)
- Algorithm benchmark studies
- Fidelity-bottlenecked workloads where 2Q error rate dominates
5.Pricing trap
6.Source
https://aws.amazon.com/braket/pricing/ · verified 2026-06-03
See also: all providers index · methodology · comparative tables