Built on World-Leading Research
Built on our team’s experience over the last 30 years. Ubitium developed a groundbreaking architecture for workload agnostic processing.
Built by World-Leading Engineers
Our team combines research depth with experience shipping commercial products at some of the largest companies, products you’re likely using as you read this.
Protected by Significant IP Portfolio
We have a strong and growing portfolio of intellectual property (IP), including a strong pipeline.
Our Innovation in a Nutshell
There has been no real innovation in the out-of-order processing pipeline since IBM engineer Robert Tomasulo’s groundbreaking work in 1967.
What if – we could eliminate unproductive housekeeping and maximize instruction execution? What if – we could eliminate hardware overhead for simultaneous multi-threading? What if – we could instantaneously reconfigure an array for data-flow processing?
Ubitium’s innovation lies in unifying multiple compute paradigms: CPU-like out-of-order execution, DSP-style SIMD/MIMD loops, and GPU-like SIMT threads – within a single Coarse-Grained Reconfigurable Architecture (CGRA). This design removes the traditional need for heterogeneous processors (CPU + DSP + GPU + FPGA), eliminating costly data transfers and simplifying system integration. The result is a single processor that can seamlessly adapt to very different workload types.
This approach contrasts sharply with traditional microprocessors that rely on specialized cores, resulting in processors that are smaller, more energy-efficient, and significantly less costly to deploy across a wide range of applications.
Easy Programming
Ubitium is a strategic member of RISC-V International. Our processors are 100% RISC-V compatible and can leverage existing software toolchains.
A major hurdle for the adoption of new processors is a proprietary Instruction Set Architectures that require proprietary software tools and lack a mature software ecosystem that provides necessary software frameworks and applications.
Heterogeneous hardware (processors) require different tools and software stacks to program. Ubitium’s workload-agnostic universal processors, reduce hardware and software complexity – less cost, faster time-to-market and increased flexibility.
Technology Explainers and Case Studies
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FFT for Real-time Signal Processing
The Fast Fourier Transformation (FFT) is the backbone of real-time signal processing. Radar systems depend on rage, Doppler, and angle FFTs for detection and localization, while multi-channel audio pipelines use… read more.
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Workload Agnostic Processing
Ubitium’s universal processing architecture supports several different operation modes and can reconfigure itself at runtime. When applications require workload optimised processing, the processor reconfigures itself. It repaces CPUs, GPUs, DSPs… read more.
Granted Patents and Applications
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US20230409334A1
Providing code sections for matrix of arithmetic logic units in a processor