Cloud
$1.35per QPU second
Pay as you go on Aster and Lyra through the shared queue.
- Systems
- All
- Queue
- Shared
- Support
- Docs and forum
Stage 1300 KRoom temperature
Quantum computing, all the way down.
Cryon builds the whole machine: the fridge, the wiring, the chip and the cloud you run it from. Scroll down. It gets colder.
- Aster processor
- 144 qubits
- At the chip
- 10 mK
- Two-qubit fidelity
- 99.7%
Drag the fridge to turn it. Hover a plate to read it.Drag the fridge to turn it.
Stage 250 KFirst pulse-tube stage
One company. Every layer.
Most quantum computers are stitched together from other people's parts. We build all of it, so every layer is tuned for the one below.
- 01
The cryostat
Halo, our dilution refrigerator. Six stages from room temperature to ten millikelvin.
- 02
Wiring and control
1,152 filtered lines, with cryogenic amplifiers at 4 K and control electronics built in-house.
- 03
The processor
Aster: 144 superconducting qubits on a square lattice with tunable couplers.
- 04
Software and cloud
A compiler that knows the hardware, real-time error correction and a console to run it all.
Stage 34 KSecond pulse-tube stage
Whispers, made loud.
A qubit answers in a handful of microwave photons. Amplifiers at 4 K lift that answer out of the noise, and every line above is filtered so heat can't creep down.
- Lines into the fridge
- 1,152
- Attenuation to the chip
- 60 dB
- Cryogenic amplifiers
- 48
- Readout time
- 420 ns
Stage 4800 mKStill
Errors, caught in the act.
Qubits slip. Our decoder checks the whole chip a million times a second, spots each slip from its neighbours and puts it right before it spreads.
Flip a qubit. Its neighbours will notice.
0 caught
- Logical error per round
- 0.1%
- Decoding time
- 1.1 µs
Stage 5100 mKCold plate
Colder than space. A lot colder.
Deep space sits at 2.7 kelvin. The cold plate is 27 times colder, and the chip below it is colder still: a hundredth of a degree above absolute zero.
Stage 610 mKMixing chamber
Aster. 144 qubits at ten millikelvin.
At the bottom of the fridge, inside a gold-plated box, sits the chip. Hover it to read any qubit's numbers.Tap it to read any qubit's numbers.
- Qubits
- 144
- Lattice
- 12 × 12, tunable couplers
- Median T1
- 210 µs
- Two-qubit fidelity
- 99.7%
- Readout fidelity
- 99.2%
Back to 300 KCryon Cloud
Run it from your laptop.
Write a circuit in Python, send it to Aster and watch it move through the queue. Results come back as counts, with the calibration they ran on.
Compose a jobimport cryon
qc = cryon.Circuit(3)
qc.h(0).cx(0, 1).cx(1, 2)
qc.measure_all()
job = cryon.run(qc, backend="aster-1", shots=4000)
job.counts() # {'000': 1987, '111': 1961, ...}Aster-1 queueWait about 6 min
Three ways in.
Start on the shared queue, reserve your own hours, or put a Halo system in your lab.
Reserved
$48ka month, from
Dedicated blocks of time on Aster with a priority queue and a named engineer.
- Systems
- Aster-1, Aster-2
- Queue
- Priority
- Support
- Named engineer
On-premises
Haloin your lab
A full system installed on your site, run by our team or by yours.
- Install
- About 9 months
- Qubits
- 64 or 144
- Support
- On site
Prices and figures are illustrative.
Go cold.
Get time on Aster and Lyra. Research groups get free hours every quarter.