diff --git a/articles/pricing.md b/articles/pricing.md index 25a860600..ffc21f840 100644 --- a/articles/pricing.md +++ b/articles/pricing.md @@ -28,16 +28,16 @@ $$ where: - $AQT$ is the number of Azure Quantum Tokens consumed by the program -- $m$ is the minimum price per program execution, which is USD97.50 if error mitigation is on and USD12.4166 if error mitigation is off +- $m$ is the minimum price per program execution, which is USD97.50 if error mitigation is on, and USD12.4166 if error mitigation is off - The units $N_{1q} · C$ and $N_{2q} · C$ are called *gate-shots*, where $N_{1q}$ and $N_{2q}$ are the number of one- and two-qubit gates submitted, respectively, and $C$ is the number of execution shots Multi-controlled two-qubit gates are billed as $6 * (N - 2)$ two-qubit gates, where $N$ is the number of qubits involved in the gate. For example, a NOT gate with three controls would be billed as $(6 * (4 - 2))$ or 12 two-qubit gates. One-qubit gates are billed as 0.225 of a two-qubit gate (rounded down). To learn more about IonQ, visit [IonQ provider page](xref:microsoft.quantum.providers.ionq). -IonQ offers a **pay-as-you-go** plan and a **monthly subscription** plan with access to the quantum simulator, the Aria 1 25-qubit quantum computers, and IonQ Forte 1 and Forte Enterprise 1 36-qubit quantum computers. +IonQ offers a **pay-as-you-go** plan and a **monthly subscription** plan with access to the quantum simulator, the Aria 1 25-qubit quantum computers, IonQ Forte 1, Forte Enterprise 1, and Forte Enterprise 3 36-qubit quantum computers. ### [Pay As You Go](#tab/tabid-paygo) -The Pay-as-you-go plan consists of *a la carte* access to the IonQ Aria 1 25-qubit, IonQ Forte 1 and Forte Enterprise 1 36-qubit quantum computers, and the IonQ simulator. The use of the quantum computers is charged based on the number of AQTs + Azure infrastructure costs. +The Pay-as-you-go plan consists of *a la carte* access to the IonQ Aria 1 25-qubit, IonQ Forte 1, Forte Enterprise 1, Forte Enterprise 3 36-qubit quantum computers, and the IonQ simulator. The use of the quantum computers is charged based on the number of AQTs + Azure infrastructure costs. | Includes access to | Pricing | | ----------------------- | ------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- | @@ -45,6 +45,7 @@ The Pay-as-you-go plan consists of *a la carte* access to the IonQ Aria 1 25-qub | IonQ Aria 1 | | | IonQ Forte 1 | | | IonQ Forte Enterprise 1 | | +| IonQ Forte Enterprise 3 | | For more information about Azure infrastructure costs, see [Azure Blob Storage pricing](https://azure.microsoft.com/pricing/details/storage/blobs/). @@ -62,7 +63,7 @@ For more information about Azure infrastructure costs, see [Azure Blob Storage p ### [Aria-Forte plan](#tab/tabid-aria) -The Aria plan is a monthly subscription plan with access to the IonQ Aria 1 25-qubit, IonQ Forte 1 and Forte Enterprise 1 36-qubit quantum computers, and the IonQ simulator. The Aria-Forte plan consists of USD25,000/Month + Azure infrastructure costs. +The Aria plan is a monthly subscription plan with access to the IonQ Aria 1 25-qubit, IonQ Forte 1, Forte Enterprise 1, Forte Enterprise 3 36-qubit quantum computers, and the IonQ simulator. The Aria-Forte plan consists of USD25,000/Month + Azure infrastructure costs. |Includes access to | Pricing | |---|---| @@ -70,6 +71,7 @@ The Aria plan is a monthly subscription plan with access to the IonQ Aria 1 25-q |IonQ Aria 1 || |IonQ Forte 1 || |IonQ Forte Enterprise 1 || +|IonQ Forte Enterprise 3 || > [!NOTE] > Once you have consumed the equivalent cost of the monthly subscription, any overspending is charged as a pay-as-you-go plan. @@ -111,7 +113,7 @@ where: - $N_{1q}$ is the number of single-qubit operations in a circuit. - $N_{2q}$ is the number of native two-qubit operations in a circuit. Native gate is equivalent to CNOT up to several single-qubit gates. -- $N_{m}$ is the number of state preparation and measurement (SPAM) operations in a circuit including initial implicit state preparation and any intermediate and final measurements and state resets. +- $N_{m}$ is the number of state preparation and measurement (SPAM) operations in a circuit including initial implicit state preparation, any intermediate and final measurements, and state resets. - $C$ is the shot count. To learn more about Quantinuum, visit the [Quantinuum provider page](xref:microsoft.quantum.providers.quantinuum). diff --git a/articles/provider-ionq.md b/articles/provider-ionq.md index b70caa567..d2b0a9519 100644 --- a/articles/provider-ionq.md +++ b/articles/provider-ionq.md @@ -26,6 +26,7 @@ The following targets are available from this provider: | [IonQ Aria 1](#ionq-aria-quantum-computer) | ionq.qpu.aria-1 | 25 qubits | IonQ's Aria 1 trapped-ion quantum computer. | | [IonQ Forte 1](#ionq-forte-quantum-computer) | ionq.qpu.forte-1 | 36 qubits | IonQ's Forte 1 trapped-ion quantum computer. | | [IonQ Forte Enterprise 1](#ionq-forte-enterprise-quantum-computer) | ionq.qpu.forte-enterprise-1 | 36 qubits | IonQ's Forte Enterprise 1 trapped-ion quantum computer. | +| [IonQ Forte Enterprise 3](#ionq-forte-enterprise-quantum-computer) | ionq.qpu.forte-enterprise-3 | 36 qubits | IonQ's Forte Enterprise 3 trapped-ion quantum computer. | IonQ's targets correspond to a **:::no-loc text="QIR Base":::** profile. For more information about this target profile and its limitations, see [Understanding target profile types in Azure Quantum](xref:microsoft.quantum.target-profiles#create-and-run-applications-for-base-qir-profile-targets). @@ -102,7 +103,7 @@ The Forte Enterprise is a version of the Forte class systems that has been adapt - Job type: `Quantum Program` - Data Format: `ionq.circuit.v1` -- Target ID: `ionq.qpu.forte-enterprise-1` +- Target ID: `ionq.qpu.forte-enterprise-1`, `ionq.qpu.forte-enterprise-3` - Target Execution Profile: [:::no-loc text="QIR Base":::](xref:microsoft.quantum.target-profiles) | Parameter Name | Type | Required | Description | diff --git a/articles/qc-target-list.md b/articles/qc-target-list.md index 8afb83772..2c8661b52 100644 --- a/articles/qc-target-list.md +++ b/articles/qc-target-list.md @@ -17,7 +17,7 @@ Azure Quantum offers various quantum solutions, such as different quantum hardwa | Provider | Description | | --------------------------------------------------------------------------------------------------------------------- | ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- | -| logo of IonQ | IonQ's trapped-ion gate-based quantum computers are universal and dynamically reconfigurable in software, providing up to 25 qubits in the Ionq Aria QPUs, and 36 qubits in the IonQ Forte 1 QPU and Forte Enterprise 1 QPU. All qubits are fully connected, meaning you can run a two-qubit gate between any pair. The implementation of quantum gate operations is done by manipulating Ytterbium ions with laser pulses. IonQ provides a GPU-accelerated quantum simulator supporting up to 36 qubits, using the same set of gates IonQ provides on its quantum hardware. For more information, see the [IonQ provider page](xref:microsoft.quantum.providers.ionq). | +| logo of IonQ | IonQ's trapped-ion gate-based quantum computers are universal and dynamically reconfigurable in software, providing up to 25 qubits in the Ionq Aria QPUs, and 36 qubits in the IonQ Forte 1 QPU, Forte Enterprise 1 QPU and Forte Enterprise 3 QPU. All qubits are fully connected, meaning you can run a two-qubit gate between any pair. The implementation of quantum gate operations is done by manipulating Ytterbium ions with laser pulses. IonQ provides a GPU-accelerated quantum simulator supporting up to 36 qubits, using the same set of gates IonQ provides on its quantum hardware. For more information, see the [IonQ provider page](xref:microsoft.quantum.providers.ionq). | | logo of Pasqal | PASQAL's neutral atom-based quantum processors operating at room temperature have long coherence times and impressive qubit connectivity. The operations are performed with optical tweezers, using laser light to manipulate 1D and 2D quantum registers with up to a hundred qubits. For more information, see the [PASQAL provider page](xref:microsoft.quantum.providers.pasqal). | | logo of Quantinuum | Quantinuum's trapped-ion quantum computers have high-fidelity, fully connected qubits, and qubit reuse. Quantum operations are laser-based gates with low error rates, and have the ability to perform mid-circuit measurements. The System Model H2 generation of hardware, Powered by Honeywell, uses a Quantum Charge-Coupled Device (QCCD) architecture. Quantinuum provides emulation tools, two System Model H2 Emulators, which contain detailed physical models and noise models of the actual quantum hardware. For more information, see the [Quantinuum provider page](xref:microsoft.quantum.providers.quantinuum). | | logo of Rigetti | Rigetti's systems are powered by superconducting qubit-based quantum processors. They offer fast gate times, low-latency conditional logic, and fast program execution times. At the chip level, each superconducting qubit consists of a non-linear Josephson inductance in parallel with an ultra-low-loss capacitor to create a resonant structure in the 3-6GHz range. Qubits are coupled to a linear superconducting resonator for readout. The combination of the qubit, the linear readout resonator, and the associated wiring provides a general-purpose quantum circuit element capable of reliably encoding, manipulating, and reading out quantum information. Rigetti's processors use arrays of qubits coupled to one another with on-chip capacitances. Single and multi-qubit logic operations are implemented through the application of microwave or DC pulses. For more information, see the [Rigetti provider](xref:microsoft.quantum.providers.rigetti) page. | @@ -37,6 +37,7 @@ Microsoft's provider partners offer a wide-range of qubit availability for their | [IonQ Aria 1](xref:microsoft.quantum.providers.ionq#ionq-aria-quantum-computer) | 25 qubits | | [IonQ Forte 1](xref:microsoft.quantum.providers.ionq#ionq-forte-quantum-computer) | 36 qubits | | [IonQ Forte Enterprise 1](xref:microsoft.quantum.providers.ionq#ionq-forte-enterprise-quantum-computer) | 36 qubits | +| [IonQ Forte Enterprise 3](xref:microsoft.quantum.providers.ionq#ionq-forte-enterprise-quantum-computer) | 36 qubits | | [PASQAL Emu-TN](xref:microsoft.quantum.providers.pasqal#emulator) | 100 qubits | | [PASQAL Fresnel1](xref:microsoft.quantum.providers.pasqal#fresnel1) | 100 qubits | | [Quantinuum H2-1 Syntax Checker](xref:microsoft.quantum.providers.quantinuum#syntax-checkers) | 32 qubits |