AMD ECS 2026: Exploring Key Technical Sessions

From this Hackster Post, we are sharing some highlights from the specific sessions that caught my attention at AMD ECS 2026.

One can also explore the full session agenda here: Link . The following is the AMD ECS Tokyo session plan. Other ECS events followed a similar session structure and outline.

The sessions can be grouped into five key categories:

1. FPGA and Design Optimization

Key highlights include:

• Versal and Spartan UltraScale+ design optimization
• System design best practices
• Pushing the limits of FMAX

2. Versal Adaptive SoC

Several sessions focused on optimizing Versal-based designs, including:

• Versal boot and configuration
• Versal design optimization
• Building efficient video processing pipelines with Versal, covering hard IP blocks in Gen 2, along with system performance balancing
• High-performance DSP design with AIE and PL
• System bandwidth optimization

3. Yocto

Streamlining Embedded Development with Yocto was one of the key sessions for developers looking to improve their embedded Linux development workflows.

4. x86 Embedded

The main highlights in this category included:

• x86 architecture highlights
• x86 system design bring-up and debugging
• Securing the x86 design flow

5. NPU, RyzenAI, and ROCm™

AI and compute-focused sessions covered:

• AI inference using NPUs
• RyzenAI
• Compute workloads using ROCm

Partner and AMD Demo's

In the upcoming posts in this AMD ECS 2026 series, we’ll explore selected topics from these categories in more detail, focusing on sessions and insights that can be discussed without requiring an NDA.

What about you?

Have you attended the AMD ECS? Which of these categories did you find most interesting, and what were your key learning takeaways from the sessions you attended?