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Zurich Instruments produces scientific instruments that integrate the finest analog front ends with fast and sophisticated digital signal processors.

8.5 GHz Qubit Controller

SHFQC 8.5 GHz Qubit Controller Perspective View

Key Features

2, 4, or 6 signal generator channels
1 quantum analyzer channel for qubits, qutrits or ququads
Operation at up to 8.5 GHz with 1 GHz analysis bandwidth and free of mixer calibration. Contact us if frequencies >8.5 GHz are required.
Low phase noise, low spurious tones, high output power for fast high-fidelity gates
Real-time signal processing chain with matched filters and multi-state discrimination
Instrument-internal feedback of 300 ns
Controlled through LabOne^®, the LabOne QCCS software, or the APIs for Python

1.8 GHz Lock-in Amplifier

GHFLI Front

Key Features

Frequency range: DC - 1.8 GHz
Minimum demodulator time constant: 14 ns
2 independent lock-in units with signal generators
4 independent demodulators per lock-in unit
4 high-speed and 4 high-precision auxiliary outputs
LabOne^® toolset

8.5 GHz Lock-in Amplifier

SHFLI Front

Key Features

Frequency range: DC - 8.5 GHz
Minimum demodulator time constant: 14 ns
2 independent lock-in units with signal generators
4 independent demodulators per lock-in unit
4 high-speed and 4 high-precision auxiliary outputs
LabOne^® toolset

Parametric Pump Controller

SHFPPC Bottom Persp Mirror

Key Features

Operation of up to 2 or 4 readout lines with parametric amplifiers
Ultra-stable pump tone signal generator with automatic level control
Pump tone cancellation with automatic recalibration
Combination of probe and pump tone on a single output
Plug-and-play solution to simplify and accelerate system tune-up

8.5 GHz Signal Generator

Zurich Instruments SHFSG 8.5 GHz 8-channel Signal Generator

Key Features

4 or 8 output channels, control of up to 8 qubits
Operation from DC to 8.5 GHz with 1 GHz bandwidth and free from mixer calibration. Contact us if frequencies >8.5 GHz are required.
Low phase noise and low spurious tones for high-fidelity gates
High output power for short gate pulses without external amplification
14-bit output at 6 GSa/s
Controlled through the LabOne^® QCCS Software, LabOne, or LabOne's APIs for Python, C, MATLAB^®, LabVIEW™ and .NET

8.5 GHz Quantum Analyzer

SHFQA 8.5 GHz Quantum Analyzer Perspective View

Key Features

2 or 4 readout channels, up to 64 qubits
Operation at up to 8.5 GHz with 1 GHz analysis bandwidth and free from mixer calibration. Contact us if frequencies >8.5 GHz are required.
Real-time signal processing chain with matched filters and multi-state discrimination
14-bit input at 4 GSa/s, 14-bit output at 6 GSa/s
Controlled through LabOne^®, the LabOne QCCS control software, or APIs for Python, C, MATLAB^®, LabVIEW™ and .NET

500 kHz / 5 MHz Lock-in Amplifier

MFLI persp

Key Features

DC - 500 kHz, 60 MSa/s, 16 bits
Optional upgrade to 5 MHz
Current and differential voltage inputs
AC line and DC supply (battery) operation
USB 2.0 and 1 GbE high-speed connections
Plug & Play with embedded LabOne^® Web Server
LabOne toolset including Scope, Sweeper, and Spectrum Analyzer

50 MHz Lock-in Amplifier

hf2li persp

Key Features

DC - 50 MHz, 210 MSa/s
2 independent lock-in units, 2 signal generators
1 fundamental and 2 harmonics per lock-in unit
4 auxiliary outputs, 2 auxiliary inputs
USB 2.0, 480 Mbit/s
LabOne^® toolset including Scope, Sweeper, and Spectrum Analyzer

600 MHz Lock-in Amplifier

UHFLI persp

Key Features

600 MHz operation frequency
2 independent lock-in units
2 high-performance signal generators
4 independent harmonics per lock-in unit
High-resolution 12-bit scope with 65k samples
Frequency Response Analyzer (FRA)
FFT Spectrum Analyzer
LabOne^® toolset

Programmable Quantum System Controller

frontal view of the PQSC with rackmounts

Key Features

Control of up to 100 qubits
Synchronization of up to 18 HDAWGs, i.e., 144 output channels
< 100 ns communication latency
Customization through user access to FPGA Xilinx^® UltraScale+ XCZU15EG-2I
LabOne^® control software and APIs for Python, C, MATLAB^®, LabVIEW™ and .NET

750 MHz Arbitrary Waveform Generator

HDAWG

Key Features

2.4 GSa/s, 16 bits, 750 MHz signal bandwidth
5 V_pp maximum amplitude
Scalable up to 144 output channels
Highest channel density available
Less than 50 ns trigger-to-output delay
Digital modulation at multiple frequencies
LabOne^® AWG Sequencer and Compiler

600 MHz Arbitrary Waveform Generator

uhfawg persp

Key Features

Dual 600 MHz arbitrary waveform generator
14-bit resolution, 2 markers per channel, 1.8 GSa/s
128 MSa waveform memory per channel
Amplitude modulation with internal and external phase reference
Two 600 MHz signal inputs with oscilloscope and optional detection schemes
Cross-trigger engine for low-latency triggering and sequence branching

500 kHz / 5 MHz Impedance Analyzer

MFIA_front

Key Features

1 mHz to 500 kHz, 1 mΩ to 1 TΩ
Optional upgrade to 5 MHz
0.05% basic accuracy
Compensation Advisor and Confidence Indicator
Full MFLI Lock-in Amplifier functionality
LabOne^® Sweeper tool for frequency, bias voltage, and test signal amplitude response measurements
LabOne APIs for Python, C, MATLAB^®, LabVIEW™ and .NET

600 MHz Quantum Analyzer

uhfqa persp

Key Features

1.8 GSa/s, ±600 MHz measurement range by single-sideband modulation
12-bit dual-channel input, 14-bit dual-channel AWG
Parallel readout of up to 10 qubits
Configurable matched filters, signal conditioning, crosstalk suppression, threshold operations
LabOne^® control software and APIs for Python, C, MATLAB^®, LabVIEW™ and .NET

PIDs for 500 kHz / 5 MHz Lock-in Amplifier

500kHz / 5MHz Quad PID/PLL Controller

Key Features

4 independent PID controllers with PLL capability
PID Advisor (for adjustment of target bandwidth)
Auto Tune PID (for minimization of average PID error signal)
50 kHz maximum loop filter bandwidth
Phase unwrap for demodulator phase data (± 1024 π)
Low-pass filter for derivative branch

500 kHz / 5 MHz Phase-Locked Loop

500kHz / 5MHz Quad PID/PLL Controller

Key Features

4 independent PID controllers with PLL capability
PID Advisor (for adjustment of target bandwidth)
Auto Tune PID (for minimization of average PID error signal)
50 kHz maximum loop filter bandwidth
Phase unwrap for demodulator phase data (± 1024 π)
Low-pass filter for derivative branch

HF2LI + HF2LI-PID

PIDs for 50 MHz Lock-in Amplifier

50 MHz PID Controller

Key Features

4 fully programmable PID controllers
PID Tuner and PID Advisor with 4 simulation models
Flexible setpoint configuration: toggle, external, manual, cascaded
Anti-windup
Arithmetic Unit

HF2LI + HF2LI-PLL

50 MHz Phase-Locked Loop

50 MHz Phase-Locked Loop

Key Features

Dual 50 MHz PLL
2 fully configurable lock-in amplifiers
2 high-frequency, high-performance signal generators
50 kHz PLL bandwidth with full parameter control
4 fully configurable PID controllers
PLL harmonic mode
Frequency deviation and dissipation output (jitter-free)

UHFLI + UHF-PID

PIDs for 600 MHz Lock-in Amplifier

600 MHz PID/PLL Controller

Key Features

4 independent PID controllers
PID Advisor (for adjustment of target bandwidth)
Auto Tune PID (for minimization of average PID error signal)
High-speed operation with up to 300 kHz loop filter bandwidth
Input parameters including demodulator data, auxiliary inputs, auxiliary outputs, and Arithmetic Unit
Output parameters including output amplitudes, oscillator frequencies, demodulator phase, auxiliary outputs, and signal output offsets
Phase unwrap for demodulator phase data (± 1024 π), e.g. for optical PLLs
Low-pass filter for derivative branch

UHFLI + UHF-PID

600 MHz Phase-Locked Loop

600 MHz PID/PLL Controller

Key Features

4 independent PID controllers
PID Advisor (for adjustment of target bandwidth)
Auto Tune PID (for minimization of average PID error signal)
High-speed operation with up to 300 kHz loop filter bandwidth
Input parameters including demodulator data, auxiliary inputs, auxiliary outputs, and Arithmetic Unit
Output parameters including output amplitudes, oscillator frequencies, demodulator phase, auxiliary outputs, and signal output offsets
Phase unwrap for demodulator phase data (± 1024 π), e.g. for optical PLLs
Low-pass filter for derivative branch

UHFLI + UHF-BOX

600 MHz Boxcar Averager

UHFLI + UHF-BOX 600 MHz Boxcar Averager

Key Features

600 MHz operation frequency
2 independent lock-in units
4 independent harmonics per lock-in unit
2 high-performance signal generators
2 boxcar units
2 periodic waveform analyzers
Baseline suppression
Zero acquisition dead time