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Essential solutions to improve runtime performance of error-prone quantum hardware
Keysight Quantum Benchmark Software provides a suite of diagnostic, characterization, and validation tools for quantum computing systems. It includes capabilities such as k-body noise reconstruction, crosstalk analysis, gate error tracking, and error-aware compilation. The software supports multiple backends and formats, integrates with standard quantum toolchains, and enables data-driven assessment of quantum gate and circuit performance across various hardware platforms.
K-body noise reconstruction
Identifies and visualizes correlated multi-qubit errors to uncover hidden sources of performance degradation in quantum systems.
Error-aware circuit compilation
Optimizes quantum circuits based on actual hardware error data to improve runtime reliability and reduce overall failure rates.
Crosstalk and fidelity checks
Provides detailed measurement of gate fidelity and qubit-to-qubit interference, enabling hardware validation and fine-tuning.
Platform-flexible benchmarking
Supports diverse hardware platforms, file formats, and software tools for consistent evaluation across quantum systems and architectures.
Most popular configurations
Quantum Library Dynamic Pulse Generation
Quantum Library Demodulation
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Frequently asked questions
- Quantum benchmarking is the process of measuring and analyzing the performance of quantum computing systems.
- It helps identify hardware limitations, track error rates, and guide the development of more robust quantum devices.
As quantum systems grow in complexity, benchmarking becomes critical to assess real-world behavior—especially in the presence of noise, gate imperfections, and qubit crosstalk. Without it, developers and researchers risk investing in architectures that don’t scale or function as intended. Tools like k-body noise reconstruction and error-aware compilation offer structured, repeatable ways to measure and improve system fidelity.
To learn more about why benchmarking is foundational to scalable quantum computing, check out Keysight’s thought leadership blog: Navigating the Quantum Revolution in a Year of Transformation (White Paper)
Enables comprehensive diagnostics for quantum gate fidelity, qubit crosstalk, and noise patterns
Provides data-driven insights to guide hardware optimization across diverse quantum platforms
Developing reliable quantum hardware requires constant iteration informed by measurable performance data. Benchmarking software plays a key role in that process by helping engineers pinpoint weak links—whether it’s unstable qubits, inconsistent gate operations, or external interference. Keysight’s platform helps map these issues with detailed diagnostics and visualization tools that align with standard workflows and formats.
For a broader view of Keysight’s role in supporting quantum innovation, see: Quantum Engineering Services Overview (White Paper)
K-body noise reconstruction to detect correlated errors
Crosstalk mapping across qubits
Gate fidelity tracking over time
Error-aware compilation to adjust quantum programs based on system behavior
Flexible integration with multiple platforms and file formats
These features allow users to move beyond basic benchmarking and adopt a holistic, system-level view of quantum performance. Whether you're validating new hardware or preparing for algorithm deployment, the software offers tools to characterize and improve behavior across layers of the quantum stack.
For a quick introduction to some of these benchmarking concepts, see: Quantum Error Mitigation and Benchmarking (Blog)
Quantum hardware developers who need diagnostic tools during design and testing
Academic researchers exploring error characterization and system validation
Quantum software teams optimizing program execution in noisy environments
The software is designed to meet the needs of both quantum creators and quantum users. Creators benefit from comprehensive visibility into system performance and error trends, while users can tune runtime behavior and improve the reliability of quantum results. It also supports benchmarking for hybrid systems and cloud-accessed hardware, making it a versatile solution across the ecosystem.
To learn how Keysight supports benchmarking at different stages of quantum development, see: Keysight Quantum Solutions Blog.