NVIDIA DSX MaxLPS
Maximize AI factory performance per watt within a fixed power envelope with NVIDIA DSX MaxLPS.
Overview
Performance per Watt for AI Factories
NVIDIA DSX MaxLPS™ is a suite of chip, thermal, system, and software technologies that helps AI factories maximize performance per watt within a fixed power envelope. It brings together 45°C cooling, dynamic power software, and advanced performance per watt techniques to help operators get more productive AI output from available power.
Demo
See DSX MaxLPS in Context
DSX MaxLPS dynamically manages power across GPUs, racks, and workloads, enabling up to 40% more compute within the same power budget.
Explore how DSX MaxLPS combines 45°C cooling, dynamic power software, and advanced performance-per-watt techniques to help AI factories use available power more productively.
Features
Enable More Compute
DSX MaxLPS combines chip, thermal, system, and software technologies to help AI factories deliver more productive AI output within a fixed power envelope.
Benefits
Prioritize High-Value AI Workloads
DSX MaxLPS helps AI factory operators maximize performance per watt by coordinating thermal, system, chip, and software technologies within a fixed power envelope.
Increase Output per Megawatt
Direct more available power to productive AI compute by optimizing output from each megawatt.
Use Capacity More Productively
Get more useful AI output from existing power capacity through coordinated optimization across the AI factory.
Scale Efficiently
Support AI factory growth with technologies designed to maximize performance per watt as infrastructure scales.
Success Stories
Explore the DSX MaxLPS Ecosystem
See how Lambda maximizes performance per watt with NVIDIA DSX MaxLPS.
Resources
The Latest From the NVIDIA DSX Ecosystem
Next Steps
Start With DSX MaxLPS
Explore the DSX MaxLPS overview and technical resources to understand how to maximize AI factory performance.