IonQ has developed a next-generation ion trap vacuum package prototype that leverages Extreme High Vacuum (XHV) technology to enable compact, room-temperature quantum systems. The innovation eliminates the need for cryogenic cooling, reducing energy consumption and operational costs. The system achieves vacuum levels comparable to those on the Moon’s surface, using a novel assembly chamber and advanced manufacturing techniques, including material selection, optics, and micro-scale welding.
The XHV technology simplifies quantum system design by making components modular and easier to maintain. It also removes the need for traditional vacuum pumps by enabling high pumping rates without moving parts. This advancement supports IonQ’s goal of scalable, enterprise-grade quantum computing, complementing its recent collaborations with NKT Photonics for optical subsystems and imec for photonic integrated circuits.
The new ion trap vacuum package is designed to enhance system manufacturability, installation, and maintenance, while also reducing complexity and maintenance overhead. This development marks a significant step toward practical, scalable quantum computing solutions for real-world applications.
For more technical details, refer to a news release posted on IonQ’s website here.
February 21, 2025
