Moku:Delta

Accelerate quantum computing experiments with 2 GHz bandwidth, eight analog inputs and eight analog outputs, and < 10 nV/√Hz input noise.

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Key benefits of Moku:Delta

High-bandwidth signal generation and analysis

Control and synchronize experiments from DC to 2 GHz.

Measure low-SNR signals with precision

Achieve ultra-low noise performance at < 10 nV/√Hz input noise.

Single-photon event detection

View and timestamp single photon event data with <10 ps jitter

Program custom pulse sequences

Generate qubit drive and readout pulses with synchronized instruments.

Moku-AF_Monotone-Channels_Front_Backlit_Vent 1

Key specs & capabilities

4 Analog Inputs
8 analog inputs
2 GHz, 5 GSa/s
outputs@4x
8 analog outputs
2 GHz, 10 GSa/s
noise-performance@4x
Noise floor
< 10 nV/√Hz at
100 Hz
stability@4x
Clock stability
1 ppb OCXO
FPGA-enabled @4x
FPGA powered
Third-generation Xilinx RFSoC
See datasheet

Multiple instruments in a single platform

With support for 15 different instruments and the ability to deploy up to eight instruments simultaneously, Moku:Delta offers over 2 billion possible test configurations in a single 2U device. Partial reconfiguration of the RFSoC FPGA delivers the flexibility of software with the performance of hardware.

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Create a customized test system on a single piece of hardware

With partial FPGA reconfiguration, Multi-Instrument Mode helps you build custom test configurations with low-latency, lossless interconnects to reduce complex cabling and impairments.

Daisy-chain instruments together to build sophisticated digital signal processing pipelines and hot-swap instruments in and out without interrupting those running in tandem. 

Multi-Instrument Mode for Moku:Delta

Quantum computing experiments, simplified

Generate and optimize qubit drive and readout pulses with fully synchronized instruments. With Multi-Instrument Mode, run up to 8 instruments on one Moku:Delta device simultaneously, allowing you to program and synchronize Arbitrary Waveform Generators, Time & Frequency Counters, Data Loggers, and more.

Manipulate qubit states on command

Whether performing quantum computation or sensing experiments, you must be able to easily manipulate qubit states. Generate key qubit drive pulse sequences with programmable, synchronized Arbitrary Waveform Generator channels.

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Combine with Moku Cloud Compile for ultimate customization

Breakthrough research often requires custom solutions. The ability to deploy custom code alongside Moku software-defined instruments provides you with not just the full suite of Moku instrumentation, but infinite instruments. Use industry-standard VHDL or Verilog to deploy bitstreams directly to Moku and have your custom feature running in minutes.

VHDL implementation of custom Boxcar Averager

Get started with Moku:Delta

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