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Keysight M5400B Quantum FPGA IP Library for M5xxx Control Hardware - One-instrument License

Key Features and Specifications

  • The M5400B Quantum IP Library provides custom FPGA images to a Keysight Quantum Control System (QCS).  These images unlock hardware-accelerated capabilities in the system including high-fidelity, multiplexed qubit readout.

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Product Number:

M5400B

Manufacturer:

Keysight Technologies

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The Keysight Quantum Control System comes with powerful and intuitive software that enables easy  execution of textbook quantum experiments and the flexibility to quickly design and execute custom pulse  sequences, all while automatically ensuring tight timing and synchronization.

The software is controlled through the QCS API, a Python API that lets users program experiments at the  level of their quantum device. To enable this, users create a system configuration file to define the  mapping of their quantum system onto physical channels of the QCS. When this has been created,  sequences or experiments can be written in terms of objects like qubits, couplers, and readout  resonators.

This API leverages the FPGAs on the associated QCS hardware, enabling real-time performance and  features without the need for complicated FPGA programming

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Description
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The Keysight Quantum Control System comes with powerful and intuitive software that enables easy  execution of textbook quantum experiments and the flexibility to quickly design and execute custom pulse  sequences, all while automatically ensuring tight timing and synchronization.

The software is controlled through the QCS API, a Python API that lets users program experiments at the  level of their quantum device. To enable this, users create a system configuration file to define the  mapping of their quantum system onto physical channels of the QCS. When this has been created,  sequences or experiments can be written in terms of objects like qubits, couplers, and readout  resonators.

This API leverages the FPGAs on the associated QCS hardware, enabling real-time performance and  features without the need for complicated FPGA programming

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