XMOS

What if you could manage your entire #XMOS workflow without leaving VS Code?   Now you can.   The new XMOS XTC Tools Extension is now live, letting you #develop, #build, run, #debug and flash XCORE® applications directly inside VS Code. We’re excited to bring a fully integrated XMOS development experience into one of the world’s most popular developer environments. 🔧 Key capabilities include: • Full C/C++ IntelliSense support • One-click build and configurable build options • Simple device selection for build, run, and flash workflows • Integrated run and debug functionality, including breakpoints and step-through execution • One-click flashing to target hardware • Access to XTC command-line tools via the integrated terminal 🎥 To help you get started quickly, we’ve created a series of short tutorial videos covering setup and key workflows: https://lnkd.in/ehS4RaSX Learn more about the new extension here: https://lnkd.in/eBYzXF_k #XMOS #VSCode #EmbeddedSystems #DeveloperExperience #XCORE

Go Jarvis! 🤖🎙️ Check out this great demo from Seeed Studio showcasing how the XMOS #XVF3800 enables some seriously impressive far-field voice capture and responsive interaction in the fun form of Jarvis, the #LeKiwi robot. From beamforming and noise suppression to reliable wake-word performance, it’s exciting to see developers building more natural human-machine experiences with the XVF3800 at the core. The future of physical AI needs audio that just works, and this is a great example of it in action. Want to know how the XVF3800 can power your next project? Take a look here: https://lnkd.in/esHpa7w2 👏 Great work from the Seeed Studio team! #VoiceAI #Robotics #EdgeAI #XMOS #ConversationalAI #EmbodiedAI #AudioDSP #AIoT #PhysicalAI #XCORE #GenSoC

Most discussions about gaming performance focus on one thing: lower latency. But there’s a deeper systems problem hiding underneath. A gaming system can be fast and still feel inconsistent. Why? In our latest article, we explore why deterministic timing matters across: 🎧 Spatial audio 🖱️ Input systems 🎙️ AI voice pipelines Across all three domains, the same pattern emerges. It’s not just about reducing delay. It’s about ensuring systems behave predictably, frame after frame, cycle after cycle. That has major implications for: • real-time audio • gaming peripherals • AI inference pipelines • embedded system architecture • human perception and responsiveness The article also explores why deterministic execution architectures are becoming increasingly important as gaming systems grow more complex. Read the full article here: https://lnkd.in/e6nfkfsu XMOS is heading to COMPUTEX TAIPEI 2026 to unveil the latest lineup of demos across gaming, audio, AI, and intelligent connectivity, find out more: https://lnkd.in/eqNZgbzN #Gaming #EmbeddedSystems #SpatialAudio #AI #RealTimeSystems #LowLatency #DSP #VoiceAI #Semiconductor #Firmware #HumanComputerInteraction #XMOS #Computex

COMPUTEX 2026, we’re ready! Join us at booth P0127 (Hall 2) where we will showcase live demos, including: 🎮 Spatial Audio for Immersive Gaming. Ultra-realistic 3D soundscapes with pinpoint sound localisation. 🎙️ Intelligent AI Denoise for Smart Devices. Clear voice capture for noisy environments powered by the new VocalFusion #XVF3620 🖱️ UWB Wireless Controllers for Gaming. Ultra-low latency wireless control for competitive gameplay. Come and experience intelligent edge technology in action with XMOS at COMPUTEX TAIPEI 2026. Read more: https://lnkd.in/eqNZgbzN Book a meeting with XMOS at Computex: https://lnkd.in/eM7bvZ7T #COMPUTEX2026 #Gaming #SpatialAudio #VoiceAI #EdgeAI #EmbeddedSystems #XMOS #Taiwan #Taipei #XCORE

"Using #generative #AI, you can design whole systems in seconds — it might have taken you years to do." Built on the trusted foundations of the XCORE® architecture, deployed in over 38 million devices worldwide, #GenSoC™ lets you describe system behaviour in natural language while guaranteeing precise timing and real-time performance. Discover the future of hardware programmability: https://lnkd.in/efT6nJab #Xmos #Xcore #GenAI #EmbeddedSystems #EmbeddedDesign #EmbeddedEngineer #Semiconductor

Running DOOM is fun, but what it showcases here using XCORE is even better😄 On XCORE.AI, this project brings together:    ✅ Real-time audio processing (including MIDI synthesis and mixing)  ✅ Video output to an LCD display  ✅ Input handling  ✅ File system and memory management  ✅ A full game engine - all running concurrently on a single XCORE chip using hardware threads. It’s a great example of how deterministic, parallel processing enables complex embedded systems without an OS. DOOM just happens to be a very fun way to show it! Thanks to Ed Clarke for showcasing this project 🎮 👉 Explore XCORE: https://lnkd.in/eiDk5mkN  #EmbeddedSystems #AudioProcessing #RealtimeSystems #XMOS #DOOM #AudioDSP #Gaming #XCORE

#Hardware used to define a product’s limits. #AI has changed that. Today’s leading OEMs are building living products, #devices that evolve in the field, gaining new capabilities long after deployment. This shift demands a new kind of silicon: flexible, deterministic, and built for continuous #innovation. Read more ↓ https://lnkd.in/eSNr2Ya2 #xmos #xcore #gensoc #livingproducthardware #deterministicsilicon #flexiblesiliconarchitecture

Voice interfaces are everywhere, but the environments they operate in aren’t quiet or predictable. From noisy outdoor intercoms to busy household kitchens, background noise, echo, and constantly changing conditions make reliable voice capture a real challenge. That’s why we built the VocalFusion® XVF3620 🔊 AI-based noise reduction that adapts to dynamic environments 🎙️ Two-mic beamforming for focused voice capture 🔁 Fast-adapting acoustic echo cancellation for full-duplex clarity ⚙️ Complete on-chip voice pipeline for faster integration The result? Clear, stable voice performance even in the environments where most systems fail. Whether you're designing smart home devices, industrial systems, or physical AI robotics, XVF3620 is built to deliver. Learn more: https: https://lnkd.in/eiX3fKus

#Physical #AI is more than just the next step after #edge #AI, it represents a fundamental shift in what AI does. Until now, AI systems have largely focused on interpreting the world: recognising #speech, classifying images, analysing data. Physical AI goes further. It closes the loop between perception and action, enabling machines to respond in real time to the environments around them. That shift changes everything. When AI systems are responsible for action, controlling a #robot, stabilising a drone, or powering a haptic interface timing is no longer a performance metric. It’s a requirement. Determinism, low latency, and true parallelism become critical at the silicon level. In our latest article, we explore: → What physical AI really means → Why real-time execution matters more than peak performance → How this shift is redefining semiconductor design Read more: https://lnkd.in/eYRMt-nQ #PhysicalAI #EdgeAI #Semiconductors #EmbeddedSystems #RealTimeSystems #AI #XMOS #GenSoC

A big thank you to the THD Podcast and host Dave Lindberg for having our CEO, Mark Lippett, on the latest episode 🎙️ It was a great opportunity to discuss #GenSoC and share how we’re thinking about the future of hardware programmability at #XMOS. If you haven’t listened yet, check it out here: https://lnkd.in/eN7h9AuE #XCORE #generativeAI #GenerativeSystemOnChip #SoC #embeddeddesign #FutureTech