Orthogone at AMD Embedded Computing Summit (ECS) 2026

Connect with us in San Jose and Longmont to explore how next-generation embedded systems are designed for real-world performance and scalability.

Orthogone Technologies is pleased to announce its participation in the AMD Embedded Computing Summit (ECS) 2026, taking place in San Jose (May 5) and Longmont (May 12).

If you’re attending ECS 2026, we’d be happy to connect and discuss the evolving challenges of building high-performance embedded and edge systems.

About AMD Embedded Computing Summit

The AMD Embedded Computing Summit (ECS) is AMD’s premier event series for engineers building next-generation embedded systems.

The event brings together developers, system architects, and technology leaders to explore real-world design challenges across:

  • Edge AI and intelligent systems
  • Embedded processing and system architecture
  • Adaptive SoCs and heterogeneous compute platforms
  • Deterministic performance and real-time applications
 

Through technical sessions, live demos, and expert discussions, ECS provides practical insights into how modern embedded systems are designed, optimized, and deployed

What Orthogone will showcase 

At ECS, our team will be available to discuss:

  • Design challenges in embedded and edge computing systems
  • Integration across hardware, software, and system architecture
  • Performance, latency, and real-time constraints in modern applications
  • Trends shaping AI at the edge and intelligent systems
 

We will also present a live Edge-to-Cloud telematics demo, showcasing how data flows from connected devices to the cloud in real time — from edge processing to secure MQTT telemetry and cloud-based analytics.

Orthogone will be on-site to connect with the community, share perspectives, and engage in discussions around embedded systems, edge AI, and next-generation architectures.

Meet our experts in San Jose & Longmont

Our team will be on-site throughout the events to connect with industry peers, exchange insights, and explore the latest developments in embedded computing and edge technologies.