Quantum Devices

A simple Python state vector simulator of qubit-based quantum circuits.

This is PennyLane’s most featureful device, ideal for learning and prototyping.

A performant state vector simulator of quantum circuits.

This device is well-suited for 20+ qubit workflows, offering jit/qjit compatibility and more.

An entry point in PennyLane to access any Qiskit backend.

This device lets you access any device available through qiskit_ibm_runtime.

A simple mixed state simulator of qubit-based quantum circuits.

This device supports versatile noise models that are compatible with ML frameworks like JAX and Torch.

A fast GPU state vector qubit simulator utilizing NVIDIA’s cuQuantum SDK.

Ideal for 20+ qubit workflows with multi-GPU parallelization and fast gradients.

A GPU-accelerated device that integrates Qrack with PennyLane and Catalyst.

Ideal for noisy, just-in-time compilable workflows that run on GPUs.

A state vector simulator of qubit quantum circuits based on tensor networks.

This device can simulate differentiable circuits with its tensor network backend.

Run gate-based quantum computations on Amazon Braket’s remote service.

This device is the entry point to Braket’s performant simulators and real hardware offerings.