AI

DSP

Audio

Generative SoC

GenSoC allows you to describe system behaviour in natural language and guarantee timing accuracy and functional performance in real-time.

35 million systems rely on the properties of XCORE that enable GenSoC design flow.

XCORE® is not just a chip.
It’s a Generative SoC.

Generative SoC

Flexible, scalable USB and multichannel audio solutions with guaranteed low-latency and bit-perfect streaming for professional and consumer products — all in a uniquely programmable chip.

XCORE® for audio

Audio

Build entire DSP systems using software alone with integrated IO, control, AI, and real-time execution for robust, scalable solutions at optimised system cost — all in a uniquely programmable chip.

XCORE® for DSP

DSP

Efficient, scalable, easy model deployment, and flexible parallel performance — all in a single uniquely programmable chip.

XCORE® for embedded AI

AI

Highly deterministic, low latency and bit perfect.

Our flexible microcontrollers are ideal for rapid product design and innovation in the professional multichannel audio and consumer hi-res USB audio markets. Whether you require audio playback, recording, or a combination of both, our multichannel and USB audio solutions enable on-time bit-perfect audio from multiple inputs.

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Deterministic, parallel processing and ultra-low latency

xcore® powers crystal-clear, instant voice experiences. Integrating advanced DSP, beamforming, noise suppression, and voice command with wake-word detection on a single chip, devices respond faster, work flawlessly in noisy environments, without cloud connectivity keeping data private. The result: cost-effective, lower power, the perfect platform for smart speakers, in-car assistants, and the next wave of AI-driven products.

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The xcore® architecture brings the deterministic, parallel processing and ultra-low latency essential for precise sensing, control, and decision-making in robotics and automation. By handling motor control, sensor fusion, machine vision, and AI inference on a single, adaptable platform, XMOS enables robots to respond quickly and accurately to their environments. This real-time performance improves efficiency, reliability, and safety while reducing system complexity and cost—making XMOS the perfect choice for industrial automation, collaborative robots, autonomous systems, and the next wave of intelligent machines.

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The xcore® architecture delivers the deterministic performance, parallel processing, and ultra-low latency needed to meet the rigorous demands of automotive and industrial systems. By combining real-time signal processing, control, and AI inference on a single, flexible platform, XMOS enables applications ranging from in-cabin voice interfaces and active noise control to predictive maintenance, motor control, and intelligent sensing on the factory floor. This powerful efficiency reduces system complexity, improves safety and reliability, and accelerates innovation—making XMOS the ideal foundation for the next generation of smart vehicles and industrial automation solutions.

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The xcore® architecture gives makers and innovators access to deterministic, parallel processing and ultra-low latency performance—without the complexity or cost of traditional solutions. By combining DSP, control, and AI capabilities on a single, programmable platform, XMOS empowers DIY creators to build responsive, intelligent projects ranging from custom voice assistants and smart home devices to robotics and interactive art. This flexibility and accessibility make XMOS a perfect fit for the maker economy, inspiring rapid prototyping, experimentation, and the creation of next-generation connected experiences.

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In the words of others

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