We are dedicated to the development of scalable control electronics, essential for the effective implementation and advancement of quantum computing capabilities.
An easily scalable,
fully customizable
and fully modular system.
The quantum computer's nervous system resides in the Qblox control stack, the Cluster. The Cluster manipulates quantum bits (qubits) via electronic signals, and communicates algorithms, instructions and experiments. High-performance centers around the world feature a Qblox Cluster supporting quantum research with integrated control architecture for NISQ applications and anticipate a future of fault-tolerant quantum computing.
We are dedicated to the development of scalable control electronics, essential for the effective implementation and advancement of quantum computing capabilities.
Qubit agnostic control electronics for world-leading quantum research and development.
The Cluster is the world’s leading modular quantum control stack. The scalable and modular architecture ensures that the system is future-proof, and well-aligned with the development roadmaps of industrial labs and the growing demands of quantum experiments.
Scalable quantum control that’s designed to support increased input and output, fast feedback, stability and speed.
Build your ideal qubit set up with streamlined quantum control architecture from ultra-stable baseband (0-400 MHz) to 2 - 18.5 GHz.
Fully integrated instrumentation and software to control and readout qubits designed to speed up experiments by orders of magnitude and facilitates NISQ applications.
Scalable quantum control that’s designed to support increased input and output, fast feedback, stability and speed.
Build your ideal qubit set up with streamlined quantum control architecture from ultra-stable baseband (0-400 MHz) to 2 - 18.5 GHz.
Fully integrated instrumentation and software to control and readout qubits designed to speed up experiments by orders of magnitude and facilitates NISQ applications.
4 output channels from 0 - 400MHz
Ultra low-noise real-time control module, all-to-all connectivity of the Cluster enables synchronization (SYNQ) and fast-feedback (LINQ) across all channels of all modules.
2 output channels from 2 - 18.5GHz
Ultra low-noise real-time control module, all-to-all connectivity of the Cluster enables synchronization (SYNQ) and fast-feedback (LINQ) across all channels of all modules.
2 output + 2 input channels from 0 - 400MHz
Ultra low-noise real-time readout module with on-board data processing capabilities, all-to-all connectivity of the Cluster enables synchronization (SYNQ) and fast-feedback (LINQ) across all channels of all modules.
1 output + 1 input channel from 2 - 18.5GHz
Ultra low-noise real-time readout module with on-board data processing capabilities, all-to-all connectivity of the Cluster enables synchronization (SYNQ) and fast-feedback (LINQ) across all channels of all modules.
The SPI rack is a stable, scalable system for S4g DC and D5a DC voltage source modules. Minimise ground loops and interference with galvanically isolated control interface and isolated power supply.
Control experiments on Qblox hardware with Quantify, a completely open-source software stack.
The Qblox control stack combines key technologies for qubit control and readout with a modular solution ready to support customers using different applications.
Qblox offers quantum control stacks for superconducting qubits with up to 18.5 GHz capability, enabling modular configuration and offering scalability.
Qblox integrates instrumentation for Si, Ge, and GaAs spin qubits, facilitating versatile and simplified measurements, and adaptable hardware configurations. With real-time FPGA programming, Qblox reduces software loop overheads
Qblox integrates electronics and software for optical NV centers and trapped ion control. The Cluster offers scalability and advanced features for streamlining your quantum experiments.
Your custom set-up.
Qblox enables us with a future-proof solution to address the growing needs of the full-stack quantum computing market.
Our group strives to be at the forefront of spin qubit research, and Qblox allows us to spend our time on discussing physics rather than fixing problems on experimental...
ImpaQT UA Appoints New Leader to Accelerate Development of Quantum Computing by Fostering a Collaborative Ecosystem
The Scale up of the year award is given to startups that have grown significantly in the last year.
Qblox is a Dutch manufacturer of control electronics units that provide the controls to the qubits in a quantum computer.
QuantrolOx and Qblox announce the launch of Quantum Edge, an automation software integrated with the Qblox Cluster.
SemiQon and Qblox are receiving a €2.5 million grant from the European Innovation Council for a 30-month project.
The European Innovation Council has approved a €2.5 million grant funding to SemiQon, a leading developer of silicon-based quantum pr