Deltaflow.Control is a customisable solution for generating high accuracy, high speed pulse sequences to control qubits using affordable off-the-shelf hardware.
Its decentralised architecture provides the scalability and performance required to enable practical quantum error correction.
Deltaflow.Control is currently available for trapped ion and cold atom qubits. Support for superconducting qubits is in development.
Why choose
Deltaflow.Control?
Resources
Download our Deltaflow.Control datasheet
Full product specifications and usability requirements.
"Our experience with Deltaflow.Control and the Riverlane product team has been very positive. They’re always responsive and helpful, and are clearly focused on understanding and addressing the needs of researchers in the lab."
- Tracy Northup, Ingeborg Hochmair Professor of Experimental Physics, University of Innsbruck
Deltaflow.Control + Xilinx RFSoC
Deltaflow.Control integrates seamlessly with the Xilinx RFSoC ZCU111 Board to create a scalable high performance qubit control system providing:
- 8 RF outputs - frequency range 20-400 MHz / sampling rate up to 4Gsps / 14-bit amplitude resolution / 16-bit phase resolution / timing resolution up to 1ns
- 16 digital IOs - 4 inputs configurable as any combination of PMT inputs or external trigger inputs (on request) / 12 outputs
- External triggering to enable operation of Deltaflow.Control systems in satellite mode alongside 3rd party control systems
Hardware Kit for Xilinx RFSoC Boards
To fast track building a complete rack-mounted qubit control system based on Deltaflow.Control and the Xilinx RFSoC board, a kit of parts comprising casing, power supply, cabling and IO connectors is available from Riverlane on request.
Deltaflow.Control + Sinara
Deltaflow.Control brings scalability and a powerful and easy to use programming model to the Sinara open-source hardware ecosystem. Support is provided for setups comprising the Kasli controller, Urukul signal generation and TTL digital I/O modules.
Riverlane awarded contract by Rigetti Computing to deliver QEC Stack technology to the UK’s NQCC
Riverlane will integrate elements of its Quantum Error Correction Stack into a new quantum computing testbed solution being built for the UK government.
Engineering Quantum Error Correction: How our no-code low power compression unlocks fault tolerant operations
This invention from the team at Riverlane leapfrogs the design phase by tackling one of the hardest-problems in quantum control in a no-code fashion.
Riverlane partners with Infleqtion and Nüvü Camēras to help quantum computers ‘see’ their qubits
The partnership will help Nüvü Camēras to develop cameras targeting the next generation of quantum computers, Riverlane to equip its quantum control systems with advanced readout capabilities and Infleqtion to validate the necessary hardware control layer.
Why qubits need quantum error correction (and vice versa)
Collaboration is key to build the next generations of quantum computers, but how do such partnerships work? Mark Saffman, Chief Scientist at Infleqtion, and Riverlane's Earl Campbell explain all.