Quantum Control System | Keysight

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Highlights

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Key Specifications

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Web Standard Configurations

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Highlights

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

Full DDC and acquisition of microwave, baseband, and digital signals used to control and read out qubits.
Simple-to-use API and GUI interfaces give quick access to textbook quantum experiments and custom pulse sequences.
Tight integration between hardware and software to provide complete control and readout solution.
Advanced clock distribution and timing software ensure phase and event synchronization across all channels in the system.

Key Specifications

Technology

Direct Digital Conversion

Frequency Range

DC - 16 GHz

Real-Time Bandwidth

2 GHz

Phase Noise

-130 dBc/Hz*

*at 10 kHz offset, 8 GHz carrier

Form Factor

Modular

Web Standard Configurations

Prev

2-Qubit

This configuration was designed to provide a full control and readout solution for small quantum systems with 1-2 qubits. It includes four output channels with frequencies from DC to 16 GHz and bandwidths of 2 GHz, and four input channels with the same frequency and bandwidth ranges. The configuration also includes all licenses required to enable quantum hardware-level programming with the QCS API.

10-Qubit

This configuration was designed to provide a full control and readout solution for quantum systems with up to 10 qubits. It includes 24 output channels with frequencies from DC to 16 GHz and bandwidths of 2 GHz, and 4 input channels with the same frequency and bandwidth ranges. The configuration also includes all licenses required to enable quantum hardware-level programming with the QCS API.

20 to 1000-Qubit

This configuration was designed to provide a full control and readout solution for quantum systems with up to 1000 qubits. It includes output channels with frequencies from DC to 16 GHz and bandwidths of 2 GHz, and input channels with the same frequency and bandwidth ranges. The configuration also includes all licenses required to enable quantum hardware-level programming with the QCS API.

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Featured Resources

Configuration Guides 2024.06.16

QCS Ordering Guide

QCS Ordering Guide

The Keysight Quantum Control System (QCS) provides a modular solution for qubit control and readout including all required hardware, software, and services. The system can be customized to meet the needs of your specific quantum architecture. Follow the steps in this guide to easily configure a 1-chassis Keysight Quantum Control System. For help configuring larger QCS systems or expanding an existing system, please contact your local Keysight office.

2024.06.16

Data Sheets 2023.10.22

Quantum Control System (QCS)

Quantum Control System (QCS)

The Keysight Quantum Control System comes with powerful and intuitive software that enables easy execution of textbook quantum experiments and the flexibility to quickly design and execute custom pulse sequences, all while automatically ensuring tight timing and synchronization.

2023.10.22

Flyers 2024.09.24

Quantum Control System

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).

2024.09.24

Data Sheets 2025.02.11

M5000 Series High-Performance PXI System

M5000 Series High-Performance PXI System

Data sheet for the M5000 Series PXIe Modules. Provides product description and specifications for the M5200A, M5201A, M5300A, and M5302A.

2025.02.11

Technical Overviews 2022.04.27

M5401LxxA Labber

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.

2022.04.27

Flyers 2021.12.12

True-Q Solutions for QC Makers

True-Q Solutions for QC Makers

This flyer describes how to optimize capabilities of a quantum computing platform.

2021.12.12

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