AIST to Scale Quantum Control for 1,000-Qubit Research

Keysight and AIST are collaborating to drive quantum research and the industrialization of quantum technologies. At the center of this work is G-QuAT, where AIST is integrating evaluation testbeds, device manufacturing capabilities, and computing infrastructure with Keysight quantum control technologies and 5G / 6G evaluation technologies.

Quantum Computing: Infrastructure and Scaling Challenges

Learn about ways quantum researchers are overcoming challenges in scaling qubits to hundreds of thousands in order to create quantum technologies that will transform business and materials science.

M5402AxxA Quantum Benchmark

Current quantum computing architectures are prone to miscalculations due to errors occurring during computation steps, and these errors limit the performance of quantum computing. True-Q™ software solutions are designed to equip the QC community with state-of-the-art methods to identify and mitigate performance-limiting effects.

Overcoming DC Bias Supply Challenges in Quantum Computing Development

This application note focuses on the DC voltage bias source in the quantum control and evaluation systems and introduces their challenges and solutions.

Quantum Control Software Suite

Keysight’s Quantum Control System (QCS) combines dedicated control and full-stack software capabilities to provide an easy-to-use solution for the control and readout of quantum devices. The latest version, API 2.0, installs with one license, enhancing the ability to program textbook quantum experiments and custom pulse sequences offering tighter integration between the hardware and software.

Towards a Faster Development of Superconducting Quantum Systems

Explore advanced superconducting quantum systems and Electronic Design Automation (EDA) solutions. Learn how the design of these systems requires precise engineering of resonators and qubits, frequency alignment, and coupling optimization. As quantum computers scale, systematic engineering and EDA become essential for future superconducting quantum systems.

Calibrating Superconducting Two-Qubit Gates

Control Superconducting Qubits with the Keysight Quantum Control System.

M5401LxxA Labber

The M5401LxxA Labber software offers a complete, easy-to-use solution for instrument control and lab automation, with particular focus on quantum applications. The software is suitable for a R&D, test, or measurement team that wishes to bring its experimental potential to its maximum, while minimizing the time spent on developing lab software infrastructure.

Quantum Key Distribution Test Bed

The purpose of this application note is to present how Keysight can help enable research for discrete variable quantum key distribution (DV-QKD). Keysight offers a wide range of optical instrumentation for researching quantum key distribution and other applications in quantum communications. Paired with Labber Software, Keysight engineers have developed an easy-to-use solution for instrument control and lab automation. This software helps quantum scientists to maximize their experimental potential for the fastest results with a simple experimental set-up, intuitive visualization of results, and the efficient organization of collected data.

Quantum Control System

This document provides a brief technical overview of the features and specifications of the Quantum Control System.

Delivering a Quantum Future

Supporting quantum ambitions means finding a balanced workforce that can handle quantum physics and technology pipelines, expanding quantum computer capacity, and taming error rates. Learn more.

M5401LUNA/01A Labber

Labber offers a complete, easy-to-use solution for instrument control and lab automation. The software is suitable for any R&D, test, or measurement team that wishes to bring its experimental potential to its maximum. This Technical Overview covers the requirements and main features of Labber software. It also covers the use model for Labber in the context of quantum experiments.

The Bluefors Dilution Refrigerator as an Integrated Quantum Measurement System

Measurements of quantum devices at millikelvin temperatures take on new importance today because of immediate applications in quantum simulations (Georgescu, Ashhab, & Nori, 2014), quantum sensing (Degen, Reinhard, & Cappellaro, 2017), and the world-wide race to build a fault tolerant quantum computer (Kjaergaard, et al., 2020). Scientists and engineers require integrated measurement systems to perform fast, and accurate characterization of quantum devices. The main measurement challenges are that devices require detection of very weak microwave signals and are exquisitely sensitive to environmental factors. Bluefors systems are often used as a platform for quantum devices as evidenced by more than 200 references (as of March 2021) to the Bluefors system in technical literature that focuses on quantum measurements or qubits. This application note reports a decisive step towards demonstrating a "turn-key" integrated quantum measurement system that requires a vastly reduced number of steps required by the end-user to begin a quantum measurement. This advance is enabled by the integration of a PXI-based quantum measurement system from Keysight Quantum Engineering Solutions (QES) and the Labber instrument control software.

NVIDIA Advances Hybrid Quantum-AI Computing Using Keysight Quantum Control System

Keysight is working with NVIDIA to explore how quantum control systems and classical accelerators can be harnessed together using NVIDIA NVQLink and NVIDIA CUDA-Q. The collaboration focuses on hybrid quantum-AI computing and the infrastructure needed to support future quantum-enhanced artificial intelligence, ultra-precise simulations, and advanced modeling.

Quantum Engineering Toolkit (QET)

Navigating the Quantum Revolution in a Year of Transformation

This white paper aims to provide senior executives with practical insights into the quantum landscape of 2025 and how to position their organizations to benefit from this technological revolution in the International Year of Quantum and beyond.

Time Saved in the Race for Controlling Quantum Dot Qubits

Quantum technology provides the means to achieve breakthroughs in computing. The team at RIKEN’s Quantum Functional System Research Group are focused on technologies to control the quantum state to process information faster with low energy consumption. To make this happen, they focus on establishing one stable qubit then scaling it up to many. In the work of stabilizing a single qubit, noise is a common challenge.

Post-Quantum Key Encapsulation for Embedded Systems

This white paper explores the distinctions between key exchange and KEMs, outlines ML-KEM properties, shares deployment experiences, and assesses security implications in embedded environments.

Quantum Communication

Flyer advertising quantum communications technology and product offerings.

Quantum Control System (QCS) - A fully digital quantum control solution

Keysight’s Quantum Control System (QCS) combines dedicated quantum control hardware and full-stack software capabilities to provide an easy-to-use solution for control and readout of quantum devices.