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.

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.

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 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.

Overview of Keysight's Device Benchmarking Software

Network Benchmarking Solution

Wireless network benchmarking is important in order to learn about your competitors’ service coverage and experience quality and to ensure the performance and competitiveness of your own wireless network. This technical overview describes Keysight's solution for network benchmarking.

Benchmarking Collective Operations

Network performance benchmarking plays a vital role in identifying opportunities to improve overall throughput without additional hardware costs. Benchmarking of collective operations is a foundational methodology for understanding the performance limits of distributed AI infrastructure. This white paper explains the operation of AI collectives, defines terminology, and reviews the most common metrics associated with benchmarking AI networks.

S8710A Device Benchmarking Toolset

S8710A Device Benchmarking Toolset is an end-to-end test solution that enables device makers and mobile operators to automate testing and reporting across different device builds and models. This technical overview describes the features and functionalities of S8710A Device Benchmarking Toolset.

Quantum Communication

Flyer advertising quantum communications technology and product offerings.

Nemo Network Benchmarking Solution

Nemo Network Benchmarking Solution (NBM) is an innovative, modular, scalable, and distributed measurement solution for network benchmarking and drive testing. This brochure gives a brief overview of NBM.

5G Performance Benchmarking

Explore performance benchmarking in wireless communications, and tools and methodologies to evaluate device, base station, and network performance.

Quantum Sensing

Flyer for Quantum Sensing solutions including product offerings and solution applications.

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.

Performance-Benchmark-for-5G-Networks

This white paper highlights the inadequacies of current bandwidth-based benchmarking strategies and illustrates why modern public 5G and other network infrastructures need improved multi‑dimensional performance benchmarking strategies that will help operators to ensure optimal, efficient, and cost‑effective network provisioning.

Performance Benchmarking Solution for Lab Networks

Performance Benchmarking Solution for Lab Networks (PBM) is an end-to-end test solution that enables mobile network operators and network equipment manufacturers to efficiently evaluate and benchmark the performance of their 5G devices and base stations (gNodeBs) in a lab environment. This technical overview describes the features and functionalities of the PBM solution.

Quantum Control System

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

An Overview of Quantum Computing and Quantum Electronics

This interview with Liz Ruetsch, General Manager of Keysight's Quantum Engineering Solutions Group, provides an overview of quantum computing and quantum electronics. She'll address the basics of quantum mechanics, the different types of quantum computers, and the potential applications of quantum computing.

QuantumPro Electromagnetic (EM) and Quantum Analysis Environment for Quantum Circuit Designers

QuantumPro offers an all-inclusive electromagnetic design environment for faster development of superconducting qubits. Precision is paramount with QuantumPro simulators, spanning FEM and Momentum. Revolutionize your workflow with automated quantum parameter extraction. Elevate your EM flow with kinetic inductance modeling. Experience quantum innovation simplified with PathWave QuantumPro.

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.

Quantum Control System

Researchers who are pushing the field forward can’t afford to be slowed down in speed or limited in scope by their qubit control system. They need to minimize the steps from concept to execution. This is why we created the Keysight Quantum Control System (QCS).