01 / INSIDE DATA LAKE
Data
Lake
Before a model learns, there is a dataset. Explore the hardware that keeps information available and brings it into active use.
Follow the data inside ↓02 / SYSTEM ARCHITECTURE
A closer
perspective.
Follow one server out from the drive-facing service side. A rack of persistent data becomes a closer look at the hardware that brings it into use.
FROM THE SERVICE FRONT
03 / BENEATH THE SURFACE
From retained data
to active work.
The enclosure reveals two complementary roles: memory for the work happening now, and storage for the information that must remain available.
SCROLL TO REVEAL THE NEXT LAYER
04 / THERMAL DESIGN
A path through
the server.
Front drive bays, memory banks and rear connections share a carefully arranged enclosure. The open view makes that physical organization visible.
05 / MICRON DDR5 MRDIMM
Bring the dataset
within reach.
Analysis needs a working set it can reach quickly. MRDIMM expands server memory bandwidth and capacity on compatible platforms, bringing more of that work within reach.
06 / MEMORY MODULE
Start with
one module.
A module is a physical assembly: circuit board, memory packages and contacts. Move closer to the building block that turns a bank of slots into working capacity.
07 / MICRON STORAGE
Hold more.
Discover more.
The working set changes. The larger dataset remains. The 6600 ION uses dense QLC flash to retain more information for the next analysis, retrieval or training run.
08 / THE CONNECTED SYSTEM
Keep the data
within reach.
Persistent capacity and fast working memory solve different problems. Together, they support the flow from stored datasets to active analysis and back again.
09 / THE COMPLETE PICTURE
One system.
Many possibilities.
Keep the dataset. Bring the right data into memory.
Make it useful, again and again.