Qubit Tracker
Ocelot
Ocelot in the Qubit Tracker: every value read on the maker's own pages, with its day.
In inglese
- Announced
- 27 February 2025 — www.amazon.science, read 16 October 2026
- Modality
- Not confirmed: read on a page that is not the maker’s own
- Physical qubits
- Not confirmed: The maker describes five data qubits and four additional qubits for error detection, but does not print their sum as a single physical-qubit count. The page also describes 14 core components, including buffer circuits, so that component count is not a physical-qubit count.
- Logical qubits
- Not confirmed: read on a page that is not the maker’s own
- Two-qubit gate fidelity
- Not confirmed: The maker's Ocelot pages and paper do not print a two-qubit gate fidelity percentage. The paper reports logical error rates per cycle instead: “The minimum measured logical error per cycle is on average 1.75(2)% for the distance-3 code sections, and 1.65(3)% for the distance-5 code.” These are not two-qubit gate fidelities.
- One-qubit gate fidelity
- Not confirmed: The maker's Ocelot pages and paper do not print a one-qubit gate fidelity percentage. The paper reports logical error rates per cycle instead: “The minimum measured logical error per cycle is on average 1.75(2)% for the distance-3 code sections, and 1.65(3)% for the distance-5 code.” These are not one-qubit gate fidelities.
- The maker’s own metric
- Not confirmed: the reading gave a value this register cannot hold
- Access
- Research only — www.amazon.science, read 16 October 2026
- Status
- Announced — www.aboutamazon.com, read 16 October 2026
Sources
- Amazon announces Ocelot quantum chip (read 16 October 2026)
- Amazon's new Ocelot chip brings us closer to building a practical quantum computer (read 16 October 2026)
- Hardware-efficient quantum error correction via concatenated bosonic qubits (read 16 October 2026)