QM logo
  • Products
    • Control Hardware
      • OPX1000
        Modular High-Density Quantum Control Platform
      • OPX+
        Ultra-Fast Quantum Controller
      • QDAC-II Compact
        High-Density DAC
      • QDAC-II
        Ultra-Low-Noise 24-Channel DAC
    • Control Hardware Second Column
      • QSwitch
        Software-Controlled Breakout Box
      • Octave
        Up/Down Conversion Up to 18 GHz
      • QBox
        Highly Reliable 24-Channel Breakout Box
      • Cryogenic Electronics
    • Control Software
      • QUA
        Intuitive pulse-level programming
      • QUAlibrate
        Automated Calibration Software
  • Solutions
    • Use Cases
      • Open Acceleration Stack
      • Advancing Quantum Research
      • Quantum Computing at Scale
      • Quantum for HPC
      • Quantum Control for Transducers
      • Quantum Sensing
      • Quantum Networks
    • Qubit Types
      • Superconducting
      • Semiconductor Spins
      • Optically Addressable
      • Neutral Atoms
    • OPX1000 Microwave Module
      The Microwave Frontend Module for OPX1000 sets a new benchmark for controllers.
  • Technology
    • Core Technologies
      • PPU
        Real-Time Quantum Control at the Pulse Level
      • Control Benchmarks
        Pulse-level benchmarking system
      • Ultra-Fast Feedback
        OPX feedback and feed-forward performance
      • Direct Digital Synthesis
        Microwave pulses directly from digital data
    • DDS for Large-Scale Quantum Computers
      How Direct Digital Synthesis (DDS) empowers the OPX1000 for quantum scalability & peak microwave control
  • Partner Program
  • Resource Center
    • left
      • Scientific Publications
      • Blog
      • Brochures
      • Podcasts
      • Videos
      • Seminars
      • Events
      • FAQ
    • Finally: A Practical way to Benchmark Quantum Controllers
      A framework for evaluating quantum control solutions
  • Company
    • left
      • About Us
      • Careers
      • Press Releases
      • In the Media
      • Visit IQCC
      • Newsletter
    • Quantum Machines Reaches a Novera QPU Performance Milestone with Its OPX1000 Platform
Contact Us

Quantum Machines Blog

active reset with QM and QUA
How to Dramatically Increase the Initialization Fidelity of Your Qubits with QUA
October 25 | 2021

Introduction Qubit initialization is crucial for useful quantum computing, and there are various methods in which it is implemented. Whenever we see circuits showing ...

Read More
  • All
  • News & Events
  • Quantum Computing
  • Algorithms
  • Experiments
  • QUA
Meet Us During IEEE QCE 2021
October 15 | 2021

The IEEE Quantum Week 2021 is just around the corner, and we have prepared an outstanding program for ...

Read More
Quantum Machines Series B funding round raises $50 million
Quantum Machines $50 Million Funding Round Signals Quantum Computing Growing Up
September 06 | 2021

Israeli startup Quantum Machines has raised $50 million in a Series B round of funding, bringing its ...

Read More
Introduction to Digital Filters 01: First things FIRst
August 26 | 2021

[Written in collaboration with Gal Winer] --- To control qubits we need to manipulate ...

Read More
quantum-machines-joins-project-to-create-error-corrected-qubits
Quantum Machines Joins European Academics in Race to Create Error-Corrected Qubits
July 30 | 2021

Quantum Machines, an Israel-based enabler of quantum computing cloud-based infrastructure, is working ...

Read More
Active Reset: Fast Feedback, Dynamic Decisions, and Trying ‘Til You Get It Right
July 28 | 2021

We’ve all been there. You have a problem with your laptop or phone - it’s being weird and ...

Read More
Machine Learning for Quantum Processing: How to Run Real-Time Neural Networks
June 28 | 2021

Written in collaboration with and extending on research by Ilan Mitnikov Quantum ...

Read More
QUA - the universal quantum computing language
A Novice Quantum Programmer’s Guide to QUA, or How I Found My Quantum Love Language
June 01 | 2021

I’ll start this post with a small disclaimer: my relationship status with coding is a firm “it's ...

Read More
Keep your finger on the pulse with QUA: a pulse-level quantum programming language
February 03 | 2021

“So, it’s basically a programmable AWG, right?” That was my immediate thought when I came ...

Read More
How Will Quantum Computers Evolve?
January 10 | 2021

Quantum computers are advancing faster than ever, but what are the challenges we still need to ...

Read More
Load More

Never miss a Quark!
Sign up for the Newsletter

QM logo

Privacy Policy Terms of Use

Request a Demo


Let’s Keep in Touch

Subscribe to Quantum Machines news,
product updates, events, and more

  • Product
    • QUANTUM CONTROL SYSTEMS
      • OPX1000
      • OPX+
      • Octave
      • QDAC-II Compact
      • QDAC-II
      • QSwitch
      • QBox
    • CRYOGENIC CONTROL SYSTEMS
      • QCage
      • QBoard
      • QFilter
  • Solutions
    • USE CASES
      • Open Acceleration Stack
      • Advanding Quantum Research
      • Quantum Computing at Scale
      • Quantum for HPC
      • Quantum Control for Transducers
      • Quantum Sensing
      • Quantum Networks
    • QUBIT TYPES
      • Superconducting
      • Optically Addressable
      • Semiconductor Spins
      • Neutral Atoms
  • Technology
    • Pulse Processing Unit (PPU)
    • QUA
    • Control Benchmarks
    • Ultra-Fast Feedback
  • Company
    • About Us
    • Careers
    • Press Releases
    • News
    • Contact Us
  • Legal
    • AML Policy
    • Code of Conduct
  • Resource Center
    • Scientific Publications
    • Blog
    • Brochures
    • Podcasts
    • Videos
    • Seminars
    • Events
    • FAQ

Terms Privacy

© Q.M Technologies Ltd. (Quantum Machines) — All Rights Reserved

Take the Next Step

Have a specific experiment in mind and wondering about the best quantum control and electronics setup?

Talk to an Expert

Want to see what our quantum control and cryogenic electronics solutions can do for your qubits?

Request a Demo