Each nanoparticle in the superlattice

platinum-alloy media acts as a bit of data,

stabilized by the media's high magnetic

anisotropy and unique magnetic alloys.

At the core of this writer's

operation is the ability to

precisely heat the superlattice

platinum-alloy media to over 800º

Fahrenheit, which then cools again

in less than two nanoseconds.

Ensures data is read accurately and

swiftly at ultra-high areal densities

Leveraging this phenomenon allows for

high-resolution magnetic readback,

which is crucial for accurately reading

smaller, densely packed bits.

Seagate's 12nm integrated controller

unleashes a torrent of real-time processing

power in a smaller footprint optimized for

energy savings.

Converts the laser’s photonic energy into

a plasmonic state to enable recording.

Channels the laser light from its

source to the quantum antenna.

A precise light beam momentarily heats

the recording media.