Power Components for AI Data Centers and Server Racks
Source MOSFETs, GaN and SiC devices, DC-DC converters, gate drivers, eFuses, and high-current connectors for AI servers, 48 V conversion, and rack power.
About Data Center Power and Components
AI racks draw far more power than a conventional server row. GPU, XPU, and AI ASIC boards create fast load steps, high current density, and tight thermal limits, so the power path from the grid to the processor has to be designed as a system.
Most deployments still use 48 V rack distribution, while 800 VDC and ±400 V architectures are being evaluated for higher-power AI halls. Intermediate bus converters sit between the rack bus and the point-of-load stages that feed CPUs and accelerators.
Octatronics helps engineering and procurement teams source the semiconductors, power ICs, protection devices, and connectors used in that chain — including allocated, NRND, and second-source parts — without changing this page URL or the rest of the application map.
Data Center System Architecture
How major system blocks map to component types and selection parameters.
| System function | Typical devices | Key parameters | Browse |
|---|---|---|---|
| AC-DC and power shelf Front-end conversion from facility AC or HVDC into the rack bus. | SiC MOSFETs, PFC controllers, rectifiers | Voltage rating, efficiency, isolation | View category |
| 800 VDC or 48 V rack bus High-voltage or 48 V distribution across the rack. | SiC, GaN, busbar connectors, protection | Creepage, surge, current rating | View category |
| Intermediate bus conversion Fixed-ratio or regulated conversion toward 12 V, 6 V, or other rails. | 80 V / 100 V MOSFETs, GaN, gate drivers | RDS(on), Qg, Qgd, SOA, package thermal | View category |
| VRM and POL Final regulation for GPU, CPU, and AI ASIC cores. | Power stages, DrMOS, DC-DC controllers | Transient response, current, thermals | View category |
| Power-path protection Hot-swap, eFuse, and surge control at shelf and board level. | eFuses, hot-swap controllers, TVS | Current limit, voltage rating, SOA | View category |
| Rack interconnect Board-to-board and power distribution connections. | High-current connectors, terminals | Current, mating cycles, voltage | View category |
Explore Application Areas
Sub-sectors and focused industries within Data Center.
AI Server Power
Power path from rack bus to GPU, CPU, and AI ASIC boards.
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Data Center Networking
High-speed interconnect, timing, and line-card power for data center networking.
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Server Power Supplies
CRPS, power-shelf, and PSU components for server racks.
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800 V Data Center Power
High-voltage DC distribution and conversion for AI halls.
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48 V Power Conversion
48 V bus conversion, 80 V / 100 V MOSFETs, and intermediate rails.
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Intermediate Bus Converters
Fixed-ratio and regulated IBCs between the rack bus and POL rails.
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GPU Power Management
VRM, power-stage, and sensing parts for GPU and AI accelerator boards.
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Server Rack Power
Busbars, hot-swap, eFuse, and rack-level power distribution.
Browse Sector →Featured Systems & Equipment
Key electronic systems driving innovation in Data Center.
Supply Chain Considerations
Lifecycle and allocation
Long-life designs need current lifecycle status, last-time-buy windows, and a documented second source before a line goes NRND.
Lead time and date code
We check stock, factory lead time, date code, and packaging so buyers can accept or reject lots before they move.
Traceability
COC, photos, and manufacturer traceability are available on request for qualified and high-reliability programs.
Engineer and Procurement Paths
Use the same application page to select parts or to source a BOM.
Architecture to datasheet
Review the system blocks, selection parameters, and recommended component types for Data Center.
Browse component categoriesBOM, stock, and alternatives
Submit an MPN list to check stock, lead time, lifecycle, date code, and second-source options.
Submit your BOMSupply Chain Support
Stock and lead-time check
Submit an MPN or BOM for availability, factory lead time, and alternate-channel options.
Date-code verification
Confirm date code, packaging, and lot identity before shipment.
Obsolete and hard-to-find parts
Source NRND, EOL, and allocation-risk devices with documented alternatives.
BOM-level sourcing
Cross-reference, lifecycle screening, and multi-line quotes from one application context.
Frequently Asked Questions
AI accelerators draw more current and change load faster, so IBC, VRM, thermal, and protection devices have to be sized for that profile.
Not every rack does. Many systems still use 48 V. 800 VDC matters when rack power and copper losses make a higher bus worthwhile.
MPN, quantity, target date code, and whether you need a second source or only the listed manufacturer.
Yes. Hard-to-find MOSFETs, controllers, and connectors are a core sourcing path from this application.