For Supermicro, from 🤫 hussh
Building-block AI servers for the grid.
Supermicro builds AI servers from shared building blocks, delivers them as plug-and-play racks with Data Center Building Block Solutions, and cools them with DLC-2 direct liquid cooling. That is exactly how a distributed grid grows: node by node, rack by rack, warehouse by warehouse. We want to build the 🤫 grid on Supermicro's drop-in, liquid-cooled AI racks, with 🤫 Agent One managing the fleet.
Add a rack. Add capacity.
Your building-block design ships rack-scale AI as drop-in, plug-and-play units.
The 🤫 grid grows node by node, warehouse by warehouse.
Fast, repeatable growth. Add a rack, add capacity.
DLC-2 direct liquid cooling is designed to cut data center energy use.
🤫 places those liquid-cooled racks in solar-powered warehouses where energy costs the least.
Dense nodes at a low cost per watt, in solar-powered edge sites.
You are first to market on new silicon, with one of the broadest server portfolios.
🤫 wants the newest GPUs and accelerators in the field, fast.
The newest compute in the grid, sooner.
Modular, liquid-cooled, first to market.
Supermicro, Super Micro Computer, Inc., designs and builds application-optimized servers and storage in San Jose, with a focus on AI and liquid cooling.
Application-optimized servers built from shared building blocks. Fast, flexible, repeatable.
Data Center Building Block Solutions. Full racks delivered as integrated, drop-in units.
Next-generation direct liquid cooling, designed to cut data center energy use. Dense, efficient racks.
Among the fastest to ship servers on the newest GPUs and accelerators.
One of the broadest server and storage portfolios. A node for every workload in the grid.
Headquartered in Silicon Valley, with US and global manufacturing.
Building blocks, rack-scale delivery, liquid cooling and speed. The way a distributed grid scales.
Building-block design
Servers assembled from shared modules. Fast and repeatable to build and to deploy.
DCBBS
Data Center Building Block Solutions. Full racks delivered as integrated, plug-and-play units.
DLC-2
Next-generation direct liquid cooling, designed to save energy and allow dense AI racks.
First on new silicon
Among the fastest to ship servers on the newest GPUs and accelerators.
The broadest portfolio
A server or storage node for nearly every workload, with room to grow across the grid.
US manufacturing
San Jose headquarters, with US and global build capacity. Supply for a sovereign grid.
Where Supermicro is going.
Rack-scale AI
AI infrastructure delivered as integrated, plug-and-play racks, online fast.
Energy efficiency
DLC-2 liquid cooling to save energy and allow dense compute.
Time to market
First to ship servers on new silicon.
Green computing
Efficient, sustainable data center design at the core.
Manufacturing scale
More US and global build capacity for AI demand.
DCBBS, DLC-2, and the newest GPU systems.
Where Supermicro has moved most recently, and where the grid plugs in.
DCBBS
Rack-scale, plug-and-play AI infrastructure that comes online fast.
DLC-2
Next-generation liquid cooling designed to cut energy use and raise density.
Next-generation GPU servers
Systems built for the latest NVIDIA and other accelerators, first to market on new silicon.
Current filings
Supermicro resolved its earlier filing delays and is current with its SEC reporting.
Buy together. Build together. Sell together. Take risk together.
Supermicro's building blocks and the 🤫 grid scale the same way. Here is how they fit.
Buy together: drop-in grid nodes
DCBBS ships rack-scale AI as integrated, plug-and-play units.
🤫 adds capacity by dropping in Supermicro racks, warehouse by warehouse.
Fast, repeatable growth. Add a rack, add capacity.
Build together: efficient, solar-powered sites
DLC-2 is designed to save energy and allow density.
🤫 places those liquid-cooled racks in solar-powered warehouses where energy costs the least.
Dense compute at a low cost per watt.
Buy together: the newest silicon, sooner
Supermicro is first to market on new GPUs and accelerators.
🤫 puts the latest compute in the field quickly, across Supermicro's broad portfolio.
The grid always runs on current silicon.
Take risk together: a Warehouse One pilot
Supermicro delivers rack-scale infrastructure that comes online fast.
A pilot Warehouse One built from Supermicro DCBBS racks, with Agent One managing the fleet.
A fast, repeatable, energy-efficient proof of the distributed grid.
The people building Supermicro.
Charles Liang
Founder, President and CEO
Founded Supermicro and runs it on building-block design, first-to-market silicon and liquid cooling. Repeatable, drop-in, energy-efficient racks are how the 🤫 grid scales, warehouse by warehouse.
Add a rack, add capacity.
Supermicro's liquid-cooled building blocks are how a distributed grid grows, node by node and warehouse by warehouse, in solar-powered sites where energy costs the least. 🤫 puts a consent-first agent on top and manages the fleet. Designed and built in America, it is a sovereign foundation for private AI. And 🤫 Agent One is free to every American.