Know your quantum chip
Test solutions for better quantum chips
For quantum chips of several to hundreds of qubits. Develop, benchmark and scale your next quantum chip with solutions from OrangeQS.
Know your quantum chip
Test solutions for better quantum chips
For quantum chips of several qubits to hundreds, develop, benchmark, and scale your next quantum chip with solutions from OrangeQS.
Orange Quantum Systems
Industry and Research
Industry
Scale your quantum business
OrangeQS™ automates your quantum chip testing process, making it easy, affordable and fast.
Research
Develop your quantum expertise
OrangeQS™ enables you to focus on interesting physics with user-friendly tools that evolve with the field.
Testing is a key step in a quantum chip development cycle
Integrated circuit-based quantum chips, composed of superconducting or semiconductor-based qubits, are delicate and susceptible to various sources of errors. These errors arise from factors such as thermal noise, electromagnetic interference, and imperfections in their fabrication process.
Without effective metrology, inspection and testing methodologies, these errors will therefore propagate and compromise the accuracy of quantum computations. Only a fast feedback loop between scalable design, fabrication and testing will enable the large-scale fabrication and control of quantum chips. This development cycle is essential to pave the way to commercial quantum advantage.
Testing is complex and has specific environmental requirements
In contrast to conventional CMOS metrology and testing, no simple correlations exist between conventional optical inspection and information processing parameters of a quantum chip. The full performance of a quantum chip can therefore only be measured by calibrating and tuning up the qubits to levels of quantum computing operating conditions. Tuning up qubits requires a framework for executing physics-based control sequences and protocols that also allow for the automation of the tasks usually performed manually by experienced quantum engineers.
Superconducting as well as semiconductor-based quantum chips do not operate in ambient conditions, but need to be isolated and shielded, involving high vacuum, ultra-low temperatures, and low-power microwave electromagnetic signals. That also requires different methods of diagnostics, testing and qualification as compared to standard CMOS metrology.
Equipment for quantum chip testing therefore needs to consist of a control framework, room temperature control electronics, cryogenic input and output lines ensuring DC and low-loss microwave signal propagation and a shielded cryogenic environment at milli-Kelvin temperatures.
Our products make testing quantum chips based on solid-state qubits easy, affordable and fast
The OrangeQS MAX is turnkey equipment for high-throughput testing of one or multiple quantum chips, accommodating several to hundreds of qubits per chip.
The OrangeQS FLEX is a flexible system made for quantum chip R&D. It consists of an OrangeQS Rack, a control electronics stack and an optional fridge. It is seamlessly integrated with our Quantum Diagnostics Libraries, a suite of software libraries for testing and benchmarking quantum chips.
All products undergo extensive factory test and qualification. This ensures high quantum system engineering standards for the signal quality, connectivity and tight integration between hardware and software for every product we deliver.
