Ubitium

Ubitium’s architecture enables workload-agnostic processing, built on 30 years of team experience.

Ubitium’s universal processor supports runtime reconfiguration to optimize workloads, replacing CPUs, GPUs, DSPs, and FPGAs.

The modern automotive industry exemplifies a critical challenge facing embedded systems across multiple sectors. Where vehicles once contained perhaps two chips, today’s cars house approximately 200 processing units.

Radar and audio systems rely on FFT-based processing for detection, noise suppression, and beamforming, traditionally requiring trade-offs between DSPs and FPGAs.

Ubitium’s UB410 is a RISC-V-compatible universal processor designed to replace CPUs, GPUs, DSPs, and FPGAs, initially targeting consumer applications.

CEO Hyun Shin Cho says Ubitium’s universal processor could transform industries within five years.

Düsseldorf, Germany – June 25, 2025: Ubitium GmbH, a pioneering microprocessor startup that is developing a universal RISC-V processor, today announced they are leveraging Siemens’ VeloceTM proFPGA CS platform to rapidly prototype and validate their next-generation processor architecture.

Semiconductor veterans secure $3.7M seed funding to launch a universal RISC-V processor that eliminates the need for specialized chips, enabling advanced AI at no additional cost in embedded systems by reimagining IBM’s 1967 processing approach

The company seeks a Compiler Engineer to develop heuristics for a place-and-route tool and maintain its integration.

Physical AI requires systems that sense and act in the real world need deterministic real-time response, low power, and the flexibility to keep up with rapidly evolving models.

Ubitium GmbH is supported by the European Union and the state of Rheinland-Pfalz, Germany via “P1-SZ1-8 Einzelbetriebliches Innovations- und Technologieförderungsprogramm Rheinland-Pfalz (Inno Top)”.

Angaben gemäß / Information according to § 5 TMG