Zurich Instruments supplies high‑precision measurement and quantum‑control hardware for research labs and industrial teams developing quantum processors, advanced sensors, and low‑level signal applications.
Funding
$83.2K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Researchers and technologists need to measure extremely low‑level signals and control quantum devices with high precision, but conventional test equipment often lacks the necessary sensitivity, bandwidth, and integrated control capabilities, leading to complex setups and limited scalability.
Solution
Zurich Instruments provides a portfolio of high‑precision measurement and quantum control hardware, including lock‑in amplifiers, arbitrary waveform generators, impedance analyzers, and dedicated quantum control systems such as the PQSC and SHFQC. Their instruments combine low‑noise signal generation, fast FPGA‑based readout, and integrated software (LabOne) that unifies control, synchronization, and data analysis across multiple devices. System integration reduces setup complexity and enables coordinated operation of many channels, supporting both laboratory research and scaling of quantum processors. The hardware delivers market‑leading specifications for sensitivity, dynamic range, and speed, facilitating applications from impedance‑based particle detection to quantum error‑correction platforms.
Target Audience
Primary customers are research laboratories, university groups, and industrial teams developing quantum processors, advanced sensor systems, and high‑precision measurement applications.
Features
- Lock‑in amplifiers and PLLs with up to 200 MHz bandwidth, 120 dB dynamic reserve, and input noise as low as 2.5 nV/√Hz
- Multi‑channel arbitrary waveform generators (HDAWG) with highest channel density and real‑time pre‑compensation for distortion‑free quantum gates
- Quantum analyzers (UHFQA, SHFQA) and qubit controllers (SHFQC, PQSC) offering direct, parallel readout and synchronized control of up to 100 qubits
- Integrated LabOne software providing web‑based UI, multi‑device synchronization, and APIs for Python, MATLAB, and other languages
- Built‑in impedance analyzers and LCR meters with 0.05 % accuracy and measurement ranges up to 1 TΩ
- FPGA‑based fast signal processing and programmable timing for low‑latency feedback and error‑correction protocols