📢 @XilinxInc is now @AMDembedded New name. Expanded content. Bringing together a highly complementary set of adaptive computing and embedded solutions to solve some of the world's most important challenges. #togetherweadvance #adaptivecomputing

The new, open-source AMD Embedded Development Framework (EDF) accelerates design on AMD Zynq and Versal adaptive SoCs. Based on the Yocto Project™, EDF includes pre-built firmware, Linux images, reference flows, and more, and is now available for download ➡️

LFM2s are live in robotics: another step forward in building the software layer for physical AI. 🦾 Liquid AI, @AMD, and https://t.co/vArZ3AXhzm have deployed compact foundation models for autonomous agentic robotics: showcasing a fine-tuned version of our recently released

AMD x86 embedded processors power systems built to run 24/7 for up to 10 years. With proven performance, reliability, and open-source support, AMD helps you design technology that performs, even in extreme environments.

⚕️Making early cancer detection more accessible @medcognetics uses AI on AMD technology to help radiologists deliver faster, more accurate breast cancer diagnoses, from hospital workstations to rural screening vans. Learn more: https://t.co/sEtWuhVRdO #TogetherWeAdvance

What could you create if your only limit was imagination? AMD FPGAs and adaptive SoCs deliver advanced connectivity and industry-leading security. Reimagine your success. https://t.co/oU9fYCfQdD

AMD introduces Ryzen Embedded 9000 processors, with up to 16 “Zen 5” cores, PCIe 5, DDR5, and integrated graphics—engineered for industrial PCs, automation, and machine vision with up to 10 years of planned availability.

Looking to get started with AMD Spartan UltraScale+ FPGAs? This blog takes a practical look at the Vivado tool flow, with performance benchmarks and links to resources to help accelerate your first design. Read: https://t.co/18uu7ycsfX

The Plum Dante AV Ultra solution, powered by AMD Zynq adaptive SoCs, delivers seamless 4K video up to 2 km away, with low latency and minimal infrastructure for digital signage, corporate communications, and live events. Learn more: https://t.co/7e40C5ogjG #TogetherWeAdvance

SERMA has built a groundbreaking, AI-based on-board computer for avionics powered by the AMD Versal Premium adaptive SoC. The system detects objects with thin or small dimensions at long distances from the aircraft. Learn more: https://t.co/nBxxiqwCVY #TogetherWeAdvance

Designed for networking, storage, and industrial edge servers, AMD EPYC Embedded processors deliver leadership performance-per-watt, enterprise-class security features, and planned long-term product availability. Built for always-on reliability and efficient operation in

AMD unveils the EPYC Embedded 4005 Series for low-latency edge computing. With up to 16 “Zen 5” cores, PCIe 5, DDR5, and 7 years availability, it delivers scalable performance, efficiency, security, and reliability for networking and industrial control.

AMD Ryzen Embedded processors bring AI acceleration, advanced graphics, rich I/O, and long lifecycle support to a wide range of applications — from industrial PCs, robotics, and medical imaging to automotive infotainment, retail kiosks, and digital signage. With powerful compute

The @medilit_ai Scribe, powered by AMD Ryzen Embedded processors with on-board AI Engines, runs a 15B-parameter LLM to enable real-time transcription and note generation with low latency and high efficiency for modern medical workflows. Case study provides the details ▶️

AMD Vivado design suite for Spartan UltraScale+ is here, an all-in-one integrated design tool that offers push-button timing closure and access to a broad IP portfolio to get your cost-optimized design to production fast. Visit the new resource hub to get started ➡️

.@Canoga_Perkins' SyncMetra 5G solution, powered by AMD Virtex UltraScale+ FPGAs, supports edge AI inferencing and delivers software-defined, low-latency transport with deterministic performance for industrial automation and enterprise AI. Learn more: https://t.co/Qj1kq2LBPd

AMD is shaping the future of ADAS systems through real-time sensing, seamless communication, and generative AI for safer control of the vehicle. Check out the video to learn more.

Learn more about our Embedded Computing Solutions here:

As a leader in embedded computing, AMD empowers developers and engineers to unlock the full potential of AI at the edge. Our embedded portfolio of adaptive SoCs and x86 processor solutions are designed to accelerate insights from data, enabling real-time decision-making, ensuring

The cellXica 5G base station, advanced by AMD Zynq UltraScale+ RFSoCs, combines radio access and core network functions in a single compact unit, delivering low-latency, high-throughput connectivity with minimal footprint and power consumption. Read case study:

Kirk Saban, AMD CVP for the adaptive and embedded computing group, shares his perspective with @eetimes on the evolution of the FPGA industry and technology, from a simple logic clean-up chip to a powerful engine for accelerating edge AI, embedded systems, and high-performance