Simultaneous Multi-Threading: Needed for Accelerated Heterogenous Compute and Low-Latency Data Processing

Join processor IP experts from AKEANA as they explore why Simultaneous Multi-Threading (SMT) is becoming essential for next-generation SoC designs across AI, automotive, datacentre, and edge applications.

This session unpacks how SMT can unlock higher compute density, better throughput, and smarter resource utilisation; without the overhead of new architectures or costly licensing.

Backed by a team of engineers from ThunderX2, Oracle, MIPS, Intel, and Google, AKEANA brings a unique perspective rooted in high-performance computing.

You’ll learn how SMT supports real-time execution, enhances accelerator management, and boosts compute-per-watt-per-area – all while keeping latency in check.

Whether you’re designing embedded systems or AI SoCs, this is a rare opportunity to learn from the people who helped bring the world’s first ARM supercomputer to life. Presented by: Graham Wilson – Akeana Itai Yarom – Akeana Elliott Lee-Hearn – ipXchange

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