ExpertiseUpdated on 12 May 2025
Hardware/Software Co-Design with RISC-V-Based Platforms
About
Next-generation computing technologies, whether quantum, classical, or hybrid, demand hardware that is ready for emerging applications and workloads. Meeting these challenges often requires adapting and modifying processing units. We bring strong expertise in hardware and software co-design using RISC-V-based platforms, enabling us to prototype, customise, and optimise processing architectures quickly and effectively. In quantum computing, this allows us to explore and refine accelerator concepts early, ensuring they align seamlessly with system-level integration and classical computing environments.
Field
- Quantum and High Performance Computing
Organisation
Similar opportunities
Expertise
Integrated Quantum-Classical Systems Architectures
- Testing & Analysis
- Quantum and High Performance Computing
Ralf Ramsauer
Postdoc at OTH Regensburg - Laboratory for Digitalization
Regensburg, Germany
Expertise
Infrastructure for Scalable Quantum Computing Platforms
- Energy Efficiency
- Quantum and High Performance Computing
Ralf Ramsauer
Postdoc at OTH Regensburg - Laboratory for Digitalization
Regensburg, Germany
Project cooperation
Technology-Agnostic Standardised Quantum Software Stack - CL4-2025-03-DIGITAL-EMERGING-02.
- Early
- Consortium seeks Partner
- Partner seeks Consortium
- Quantum and High Performance Computing
Ralf Ramsauer
Postdoc at OTH Regensburg - Laboratory for Digitalization
Regensburg, Germany