Control & Readout
CHRONOS-Q
Supplier :
- Hybrid architecture (QPU & CPU)
- Future-proofed for scalability
- Low price and compact size
With up to 16 channels for qubit manipulation and up to 32 additional channels for flux bias control, Chronos-Q delivers low latency, real-time feedback, and precise qubit state detection.
Real-World Quantum Computing Solutions for Industry
ABOUT
SYSTEM FEATURES
Scalability and Flexibility
Combining flexible functionality with low price and compact size, Chronos-Q is built with maximum scalability in mind. The system allows organizations to expand their quantum capabilities as needed.
Precision and Real-Time Feedback
With up to 16 channels for qubit manipulation and up to 32 additional channels for flux bias control, Chronos-Q delivers low latency, real-time feedback, and precise qubit state detection.
Quantum-Classical integration
Combining quantum and classical systems into a single high-performance engine, Chronos-Q delivers seamless QPU/CPU coordination, optimizing calculation speed and system stability.
Instant Quantum Control
Chronos-Q’s state-of-the-art control system is natively compatible with current superconducting quantum processors. The platform comes with drivers and pre-built examples for common quantum experiments and is Linux-embedded for network-based operation and control.
Open Quantum Plateform
Chronos-Q’s firmware can be updated at any time, allowing users to switch between pre-made versions or create custom ones without changing the hardware.
High-level product specifications
Its versatile design makes it compatible with superconducting quantum processors from numerous manufacturers, delivering maximum flexibility and scalability
PRODUCT
SPECIFICATIONS
Hardware
- Size (Rack mountable) : 2U x 55 cm
- Upgradable Firmware: YES
- Qubit XY Drive Lines : 12
- Qubit Readout Lines : 4
- Flux Drive Lines : 16
- AWG playback time (XY Drive) : 44 us
- AWG playback time (Readout) : 2.8 us
- AWG playback time (Flux Drive) : 33 us
- Readout Multiplexed Frequencies: 16 Freq x 4
- State classification latency (after last sample): 16 ns
- Active feedback round trip delay (active reset): Best in class
- GHz Frequency Generation Method: Nyquist Zone
Software
- Pulse level python API : YES
- Experiment level python driver (RB/Ramsey/Spin echo/…) : YES
- Quantum Circuit level integration (Qiskit/Qasm) : YES
- Onboard Linux for Networking and Integration : YES
OTHER
OPTIONS
How and Why
Native Optimisation & Compatibility with superconducting-qubit systems
1
Very low feedback latency
2
Large flux-bias channel budget
3
Many microwave drive/readout channels
4
10MHz to 8GHz Signals
5
Direct Signal synthesis
reviews
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AQSolotl's technology has already been trialled on Singapore’s first quantum processor platform at the National Quantum Computing Hub (NQCH).
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AQSolotl is among the pioneers adopting 𝗱𝗶𝗿𝗲𝗰𝘁 𝗥𝗙 𝘀𝘆𝗻𝘁𝗵𝗲𝘀𝗶𝘀 in commercial systems, with 𝗖𝗵𝗿𝗼𝗻𝗼𝘀-𝗤, a real all-in-one quantum control and readout platform, fully compatible with all superconducting QPUs.
AQSolotl is an obvious choice for Qnity because we share the same culture of disruption and a 𝒑𝒆𝒐𝒑𝒍𝒆-𝒄𝒉𝒂𝒎𝒑𝒊𝒐𝒏 mindset.
We will prove in Europe that top-tier performance, ultimate technical support, and affordable pricing can go hand in hand.
