IonQ (IONQ) 27th Annual Needham Growth Conference summary

Technology and platform overview

• Ion trap technology offers longer coherence times and higher gate fidelity than superconducting qubits, enabling superior real-world application performance.

• IonQ's quantum computers operate at room temperature, consuming 12 kilowatts, and avoid the costly cooling required by superconducting systems.

• Algorithmic qubits (AQ) are emphasized as a more meaningful metric than physical qubits, focusing on usable computational capacity.

• Ion trap systems achieve decoherence times of 3.5 seconds, vastly exceeding microsecond times in superconducting platforms.

Recent industry and company developments

• Acquired Qubitekk, adding 118 patents and expertise in quantum networking, expanding into secure communications and quantum key distribution.

• Secured major quantum networking contracts with the Air Force Research Lab ($54.5M) and Air Force ($21M), nearing $100M in total awards.

• Chosen as anchor for Maryland’s $1B Capital of Quantum initiative, establishing a new headquarters and research partnership with the University of Maryland.

• Industry momentum is accelerating, with over $50B invested in quantum and increasing commercial interest.

Product roadmap and technical progress

• AQ 35 system was introduced a year ahead of schedule; AQ 64 system is on track for release by year-end, with engineering challenges resolved.

• New chip design uses multiple chains (cores) of qubits, improving scalability and performance.

• Most engineering challenges are now classical, not quantum, with focus on integrating known technologies.