The Qblox Cluster Series offers a comprehensive, scalable solution for precise quantum control and nanosecond-level pulse shaping. By integrating ultra-clean signal generation with real-time data processing, it allows researchers to enhance gate fidelities and simplify complex qubit experiments.
Manipulate quantum states precisely through high SNR and anexceptionally clean spectral response.
Push your gates into the <20 ns regime with 1 ns pulse-shaping precision, accurately executed through fast rise times and low analog ringing.
Speed up your experiment by leveraging active reset to initialize your qubit within 400 ns between consecutive runs.
Run multi-dimensional qubit calibration routines, such as Rabi, Ramsey, and T1 experiments, in a parameterized fashion.
Manipulate charge states of quantum dots over a widerparameter space of the charge stability diagram, enabled by the5 Vpp scan range.
Implement the spin shuttling operation easily and intuitively tofacilitate the two-qubit gate in a scalable QPU.
Perform 2-qubit gates by exploiting exchange interactions between quantum dots using tunneling gate pulses at 1 ns precision.
Operate qubit drive and exchange interactions up to 18.5 GHz toobtain spin evolution data.
Perform spin qubit measurement experiments, utilizing either current-based DC sensing or reflectometry-based RF sensing.
Run RF-Reflectometry up to 8 simultaneous readout tones across 800 MHz.
Optimize readout fidelity by shaping the readout pulse and applying acquisition weights within the integration window.
Speed up your experiments with onboard data processing that supports real-time state-discrimination-based feedback.
Transform error correction with the industry's fastest feedback and highest core density. We provide the real-time decoding foundation needed to build reliable, large-scale quantum processors.
Achieve massively parallel real-time signal processing using 120 sequencer cores housed in a single 19” rack.
Perform mid-circuit measurements and enablelow-latency conditional feedback with all-to-allconnectivity in under 400 nanoseconds.
Ensure clock synchronization accuracy within<< 1 nanosecond across all processing units.
Integrate with real-time decoders for error correction and adapt with surface codes, stabilizer codes, and others.
Measure the color center spin state via thehigh-resolution time tagger, enabling both simplephoton counting and advanced time-resolved photolumine scence.
Maintain interference-free electrostatic definition of quantum dots with ultra-stable and low noise outputs.
Measure the color center spin state via thehigh-resolution time tagger, enabling both simplephoton counting and advanced time-resolved photolumine scence.
Built-in scalable feedback infrastructure with all-to-all connectivity under 400 ns for conditional playback and branching.
Automatic synchronization of all channels less than << 1 ns with ps-level jitter.
“The QTM delivers state-of-the-art performance for field-deployed quantum communication. It stands out through its immediate reconfiguration via a Python API and seamless integration with the Qblox Cluster. This allows for full orchestration of quantum memories and photon sources—all within a single, unified setup."
“ The Qblox control stack has transformed our lab by replacing four separate pieces of equipment with a single, integrated 'blue box'. By combining RF/MW generation with coincidence detection and timetagging, our students achieve results faster. Combined with their excellent, fast-response support, Qblox is essential for our state-of-the-art research."
“ Qblox support team’s expertise and quick response to our queries exceeded my expectations, making the setup process a breeze. Their continuous support allows our PhDs and postdocs to excel in their measurements without worrying about the control electronics. I’m very impressed by Qblox’s commitment to supporting their products and their users."
“ Qblox cluster is certainly one of the most important elements in our new spin qubit lab. The easy-to-use and compact system allows us to set up a spin qubit control system within a couple of hours. We have used it for the RF reflectometry readout of our first in-house quantum dot! I look forward to getting more exciting results by using the Qblox cluster. What I also appreciate is the good communication and friendship between Qblox and the customers."
“ Since 2021, Qblox has been a vitalpartner in our mission to build a 100-qubitquantum computer for Swedish industry.Their robust, scalable control systemdelivers outstanding analog performance,allowing us to push quantum boundarieswithout hardware limitations. Withunparalleled channel synchronizationand fast real-time feedback, we can fullytune up our 20-qubit systems in under 30minutes."
“ I've been impressed by the technical background and helpful attitude of the team we have supporting us. They are always fast to respond, really helpful and give thoughtful answers. It's fantastic."
“ As we build integrated multimodal quantum data centers and connect quantum processors directly with HPC infrastructures, transparent, low-level hardware control is essential to delivering scalable, hybrid quantum–classical computing environments. Qblox enables this level of hardware control through Q1ASM, giving us at Qilimanjaro the precision and flexibility needed to advance our analog and digital QPUs."
“Since 2022, Qblox has been a trustworthy partner, providing the qubit-agnostic control electronics essential to our vision. Their Cluster’s SYNQ & LINQ protocols enabled the ultra-low latency required for our fast, parallel qubit characterization. We highly recommend Qblox for their professionalism and innovative approach to quantum computing challenges.'
“ Qblox support team's expertise and quick response to our queries exceeded my expectations, making the setup process a breeze. Their continuous support allows our PhDs and postdocs to excel in their measurements without worrying about the control electronics. I’m very impressed by Qblox’s commitment to supporting their products and their users."
