📢 @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

AMD and @opencvlive are collaborating to help accelerate Vision AI and computer vision workloads, an important step toward advancing robotics and intelligent systems. Learn how AMD is enabling developers to build and deploy vision applications more efficiently on AMD hardware while helping reduce bottlenecks across end-to-end Vision AI pipelines. These innovations are intended to support a wide range of use cases, including robotics, industrial automation, healthcare imaging, retail analytics, and more. Details below⬇️

.@AMD's Rob Green looks at how bringing AI closer to productions can make it usable in live broadcasts #AI #tech #GenAI #broadcast #production broadcastnow.co.uk/productio…

AMD Embedded Computing Summit EMEA is almost here! Join AMD engineers in London and Eindhoven for technical sessions covering Versal design methodologies, Vivado timing closure strategies, and Ryzen AI deployment. Final spots available: amd.cventevents.com/event/ec…

We’ve heard the feedback from the FPGA and Linux developer community regarding upcoming Vivado licensing changes, and we will continue Linux support for all Vivado subscription tiers – including the free (BASIC) subscription with the upcoming Vivado 2026.1 release. We appreciate the community’s candid feedback and ongoing engagement as we continue improving the developer experience. See all AMD Vivado licensing options: amd.com/en/products/software…

Learn how to get started with Zephyr RTOS on the AMD MicroBlaze™ V processor. Watch this popular webinar for setup tips, project workflows, application build guidance, and see Zephyr running live in action. webinar.amd.com/Getting-Star…

Introducing three new AMD Versal Prime Series Gen 2 adaptive SoCs that combine programmable logic with industry-leading scalar compute in smaller form factors. Suitable for use cases in Pro AV, broadcast, industrial IoT, and beyond – learn more today. bit.ly/3ROkOhv

“The Chip That Made Hardware Rewriteable.” @IEEESpectrum covers the history of the invention of the FPGA, now recognized as an IEEE Milestone with a ceremony and plaque dedication at the Advanced Micro Devices campus in San Jose, Calif., and the birthplace of the world’s first commercial FPGA. Read more: bit.ly/4dGJZdh

Volatile memory markets are real. Embedded downtime doesn’t have to be. Explore how AMD platforms paired with @ISSI_WW memory and @Avnet services help teams plan for long term availability ➡️ bit.ly/4wDN46C

Strong start to the AMD Embedded Computing Summit in North America. Thanks to everyone who joined us. Great attendance. Even better engagement. Real challenges — from timing closure to AI inference and system bring-up. Next stops: London & Eindhoven Join us ▶️ amd.cventevents.com/event/ec…

AMD Spartan UltraScale FPGAs redefine what’s possible. Up to 2.25X perf/watt, 42% lower power, and 44% smaller footprint. See how it outclasses the competition. Read the blog: bit.ly/4whU1tB

With AMD, @CornetTech delivers rugged, SWAP-optimized embedded platforms for mission-critical communications and sonar systems, combining programmable logic for real-time signal processing with x86 processing for AI inferencing at the edge. Learn more: amd.com/en/resources/case-st…

Save the date: #AdvancingAI 2026 returns July 22-23! Join us at @MosconeCenter in San Francisco for real-world insights on building, deploying and scaling AI across the stack. Register here: amd.com/en/corporate/events/…

Mid-range AMD Versal Prime Series VM2152 adaptive SoCs deliver balanced performance, bandwidth, and efficiency for next-gen designs. Built for networking, wireless, aerospace, and test systems with DDR5/LPDDR5, 112G connectivity, and integrated security. Learn more: bit.ly/4vSup6J

.@ViaviSolutions is advancing PCIe® 6.0 validation with AMD Versal Premium adaptive SoCs, enabling high-bandwidth traffic generation and real-time analysis for AI and HPC, helping to accelerate next-gen network and compute infrastructure. Read the case study to learn more: amd.com/en/resources/case-st…

Meet AMD @EmbVisionSummit booth #516. Explore how we’re enabling the next wave of vision and edge AI innovation. See AMD Vitis AI workflows, VLM insights, ROCm on iGPUs, and real-time demos. Discover scalable solutions across adaptive SoCs, FPGAs, and software platforms. Register now: embeddedvisionsummit.com/

Embedded Computing Summit North America begins next week. Meet AMD engineers in San Jose, Washington, D.C., and Longmont to explore embedded computing architectures, AI acceleration, and design optimization strategies. Last chance to register: amd.cventevents.com/event/ec…

He worked on the Space Shuttle program. Today, he calls space the ultimate edge computing environment. AMD adaptive computing has supported space exploration for decades, including NASA’s Mars rovers and the Artemis II mission, a foundation that’s shaping what comes next. CTO Mark Papermaster shares why scaling AI from Earth to orbit requires first-principles thinking and an open, buildable approach for mission resilience. Read more: bit.ly/4ecxtEm

Relive some of the creativity and energy that came out of StarkHacks at @LifeAtPurdue. 🤖 Huge congratulations to all the builders. We can’t wait to see what you create next. 👏

Join the AMD Signal Processing Working Group — a 3-day deep dive into high-performance DSP on Versal Adaptive SoCs. 📅 May 13–15 | 📍Longmont, CO WHAT'S COVERED 🔹 DSP implementation on Versal AI Core, AI Edge, and RF devices 🔹 The latest tools and Vivado DSP IP updates 🔹 RF data converters and a deep dive into new POLY blocks 🔹 GPU-accelerated computing with AMD x86 Embedded APUs Register: bit.ly/3OVuOV4

System-level verification is getting more complex, the traditional approaches aren’t keeping up. In this article, Adam Taylor (@ATaylorFPGA) introduces a progressive verification strategy for AMD Versal adaptive SoCs. Explore and learn how to improve confidence from algorithm to deployment ➡️ bit.ly/4tl0mmo