RFAccu-Ctrl

Elevator Pitch: Introducing RFAccu-Ctrl, an advanced LLRF control system for linear accelerators built on cutting-edge RFSoC technology. Our platform integrates data conversion, signal processing, and control into a single chip, offering unmatched precision, reduced costs, and a compact solution for research institutions and industries worldwide. Transform your RF control with RFAccu-Ctrl’s innovative, efficient, and reliable technology.

Concept

An innovative low-level RF control system for linear accelerators leveraging the RFSoC platform for enhanced performance and cost-efficiency.

Objective

To revolutionize the linear accelerator industry with a compact, cost-effective, and highly accurate LLRF control system using RFSoC technology.

Solution

Development and commercialization of an RFSoC-based LLRF control platform that integrates data conversion, signal processing, and system control in a single chip, reducing size, cost, and complexity.

Revenue Model

Revenue generated through the sale of LLRF control units, maintenance services, and long-term service agreements with research institutions and industries utilizing linear accelerators.

Target Market

Research institutions, particle accelerator facilities, medical equipment manufacturers, and other industries requiring precise RF control systems.

Expansion Plan

Initial focus on key partnerships with leading research institutions and medical equipment manufacturers, followed by expansion into international markets and adaptation for other RF applications.

Potential Challenges

Technical integration challenges, high initial R&D costs, and establishing credibility in a highly specialized market.

Customer Problem

High cost, large size, and complications related to current heterodyne-based LLRF systems in linear accelerators.

Regulatory and Ethical Issues

Compliance with international standards for electronic devices used in research and medical applications, and ensuring data privacy and security in signal processing.

Disruptiveness

By integrating all essential components into a single RFSoC chip, the technology drastically reduces system size, cost, and complexity, making high-precision LLRF control more accessible and efficient.