Horizon Quantum and Quantum Machines have joined forces to develop embedded calibration technologies for Horizon Quantum’s Ember-1 superconducting quantum computer testbed, according to a press release from the companies. The partnership leverages Quantum Machines’ OPX1000 control system to run lightweight calibration routines during normal operation, aiming to curb lengthy system downtime and boost stability for users.
Developing Embedded Calibration for Ember-1
To tackle the hurdle of maintaining system fidelity, Horizon Quantum will integrate Quantum Machines’ orchestration platform into its modular superconducting quantum computer testbed, Ember-1. According to the announcement, full system calibrations are traditionally time-consuming processes that limit available machine time. By building an embedded calibration framework, the collaboration enables engineers to execute lightweight parameter updates during standard operations.
“Improved calibration routines are crucial for enabling real-world applications of quantum computing,” according to Dr. Joe Fitzsimons, CEO of Horizon Quantum. He noted that combining the firm’s software infrastructure with the OPX1000 control system creates an ideal environment to increase uptime and reliability.
Did you know? Accurate calibration determines the overall fidelity of a quantum system. Frequent, lightweight parameter updates help prevent operational drift without requiring full-system shutdowns.
Scaling Control Technology and System Uptime
The collaboration relies heavily on the OPX1000 control system, the hardware already driving the Ember-1 testbed. According to Horizon Quantum, minimizing downtime directly increases the operational access time available to Triple Alpha users on the system.
“The future of quantum computing depends on our ability to operate increasingly complex systems reliably and at scale,” according to Dr. Itamar Sivan, CEO of Quantum Machines. Sivan stated that bringing calibration closer to real-time operation helps unlock productive quantum systems and speeds up the path to practical use.
Frequently Asked Questions
What hardware is used in the Horizon Quantum and Quantum Machines collaboration?
The collaboration utilizes Horizon Quantum’s Ember-1 superconducting quantum computer testbed and Quantum Machines’ OPX1000 control system and orchestration platform.
What is the main goal of the embedded calibration framework?
According to the companies, the framework aims to execute lightweight calibration routines during normal operation, reducing reliance on lengthy full-system calibration cycles and improving system uptime.
Who benefits from the increased uptime on the Ember-1 testbed?
Improving the uptime of Ember-1 is expected to increase available access time for Triple Alpha users on the system.
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