The Quantum Orchestration Platform

The comprehensive platform for performing the most complex quantum algorithms and experiments and advancing the world of quantum computing

Works with All Quantum Technologies

Superconducting QuBits

Trapped
ions & atoms

NV
centers

Quantum
dots

TOPOLOGICAL
QUBITS

Platform Architecture

Single Machine

Multi machines

The Quantum Orchestration platform combines incredible capabilities with unprecedented control and flexibility, allowing experiments to go further than ever before.

Single Machine

Analog Front-End & Pulse Processor

The Quantum Orchestration platform combines incredible capabilities with unprecedented control and flexibility, allowing experiments to go further than ever before.

OPX

Analog front-end

Pulse processor

Combining a quantum controller with a quantum system, the quantum machine can be easily configured from its intuitive programming interface. .

Analog Front-End & Pulse Processor

Server

compiler

Manages multiple machines at once while compiling and running QUA programs on each.

A Robust Quantum Machines Manager

Client network

The software abstraction layer allows multiple users to write complex protocols to various quantum machines using QUA.

QUA: An Intuitive Language

Control Pulse

Acquisition & measurement pulse

Multi machines

Multi-Device Compatibility

The Quantum Orchestration platform combines incredible capabilities with unprecedented control and flexibility, allowing experiments to go further than ever before.

Quantum machine 1

OPX 1

AFE

Quantum machine 2

OPX 2

AFE

OPX 2

AFE

Define, configure, and operate multiple machines in parallel

Multi-Device Compatibility

Server

Quantum machine manager

Compiler

Manages multiple machines at once while compiling and running QUA programs on each.

A Robust Quantum Machines Manager

Client network

The software abstraction layer allows multiple users to write complex protocols to various quantum machines using QUA.

QUA: An Intuitive Language

Control Pulse

Acquisition & measurement pulse

What's Possible With Quantum Orchestration

Break new ground with the Quantum Orchestration platform. Its complete set of features gives you everything you need to run the most complex quantum algorithms and experiments in a smooth, intuitive way.

Parametric Programming

Loop over a wide range of parameters, including intermediate frequencies, amplitudes, phases, delays, integration parameters, measurement axes and more.
Real-Time Calculations

Easily program complex calculations in real time, then integrate and sync them into any protocol, including complex analysis of input data.
Control Flow

Use general control flow statements, loop statements and more, to manipulate the flow of your programs.
Ultra-low feedback latency

Use measurement results to affect real-time decision making as well as pulse shaping parameters.
Frequency Multiplexing

Play up to 10 pulses with different intermediate frequencies to a single output (5 in IQ-mode).
Frequency demultiplexing

Demodulate any given input signal with up to 10 different frequencies.
Synced digital pulses

Seamlessly sync digital pulses sent to various control devices with analog pulses sent to the quantum system.
Measurement Optimization

Easily optimize measurement processing.
Mixer calibration

Quickly calibrate and correct mixer imbalances.

Quantum Machines OPX

At the core of the Quantum Orchestration Platform lies the exceptionally capable OPX. A hardware system developed from the ground up for quantum and designed to meet the extremely demanding requirements of quantum control protocols, including complexity, timing, precision, and ultra-low latency.

Multiple OPXs can be integrated together for the control and operation of large quantum processors, with synchronization and data-sharing well taken care of. Using QUA, multiple OPXs operated from the same server can be seamlessly programmed as if they were within the same hardware and with no additional effort.

Built for Today and Tomorrow

No Development
or Design Needed
Built
for Scale
Driving towards
Fault Tolerant QC

Start Shaping the Future of Quantum

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