The Core of Optimized Power Design for AI Accelerators, ADI AI Power Solution - Power Solution Webinar for High-Performance and High-Efficiency Power Design

 

In AI, data center, and edge computing environments, high-power, high-density, and high-efficiency power supply design that is fundamentally different from conventional systems is required.

In particular, AI accelerators and high-performance processors experience significant transient current changes, and power integrity and thermal management directly impact system stability.

In this webinar, focusing on Analog Devices (ADI) AI Power Solution,

we will systematically examine the power design challenges that engineers face in actual field practice when designing AI accelerators and the core strategies to address them.

 

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💡 Webinar Key Topics

 

✔️ Stable Power Supply Required in High-Performance Computing Environments

– Addressing rapid load changes occurring during AI accelerator, GPU, and high-performance processor operation

– Design approach for ensuring power integrity

 

✔️TLVR, High-Efficiency Power Architecture Utilizing Coupled Inductors

– Power topology optimized for high-current, low-voltage rails

– High-efficiency power design strategy minimizing switching loss and ripple

 

✔️ Thermal Management and Power Optimization Design Considering System Reliability

– Heat generation issues in highly integrated board environments and countermeasures

– System stability and lifespan improvement through efficiency enhancement

 

✔️ Providing Various Simulation Materials Applicable to Actual Design

– Introduction of simulation tools usable from product selection to circuit validation

– Introduction of design materials directly applicable from field engineers' perspective

 

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👀 Recommended For

 

✔️ Engineers responsible for power supply design of AI accelerator, GPU, and FPGA-based systems

✔️ Developers considering high-power board design for data centers and edge computing

✔️ Hardware designers reviewing transition to high-efficiency and high-reliability power architecture

✔️ Field practitioners requiring practical AI Power design cases and standards

 

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AI system performance is determined not only by computational capability but also by the completeness of power design.

Through this webinar, discover ADI AI Power Solution's high-performance and high-efficiency power design strategy and

practical design insights that can be immediately applied from field engineers' perspective.