Technical Features
April 2013
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Figure 1: Two-stage 48 V power architecture for an AI server, showing IBC and downstream point-of-load regulation
1. AI server power delivery raises the density challenge
AI accelerators concentrate more computing, and therefore more electrical power, within limited rack and board space. Supplying these loads is not simply a matter of increasing converter output. Every power‑delivery stage must balance conversion ef
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Date:
08/31/2026
A comparison of alternative on-board power solutions is rarely at the top of the agenda for a board designer. Often designers will use a previous solution because all available resources and time
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Date:
04/30/2013
Considering that almost 60 percent of total electric energy produced worldwide is used to run motors of every size, shape and efficiency, the adoption of variable speed drives can save as much as 70 percent of energy costs by controlling the speed of the load. New energy efficiency standards for compressors an
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Date:
04/15/2013
Many high power systems require the use of a hot-swap device to safely control of the inrush currents at powerup and provide fault protection.
These circuits are commonly found in systems such as servers, network switches, redundant-array-of-independent-disk (RAID) storage, and other forms of communications infrastru
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Date:
04/15/2013
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