The SSMLED Smart Cartridge: Put a 4cm stationary silicon MicroLED radius-array inside the cartridge shell directly over an optical disc. Scans thousands of tracks simultaneously. 0 seek times, parallel bus speeds, and a 50yr physical archival lifespan for creator compilations.
@Seagate Delete the mechanical actuator arm entirely. Put a stationary silicon MicroLED radius-array bar over a phase-change optical platter. Read thousands of tracks in parallel with zero seek time, zero arm wear, and massive capacity. The next era of the HDD is optoelectronic.
Lazers are more expensive than LEDs, using MicroLED to read and wrote data to the disk and having it span across the whole disk is cheap and clever. The only reason we use lasers is because of precision but having the LEDs build into the disk cartridge, you illuminate many probs
The SSMLED Smart Cartridge: Put a 4cm stationary silicon MicroLED radius-array inside the cartridge shell directly over an optical disc. Scans thousands of tracks simultaneously. 0 seek times, parallel bus speeds, and a 50yr physical archival lifespan for creator compilations.
TV OLED, MiniLED, MicroLED: guida definitiva nella giungla delle nuove tecnologie TV ift.tt/SQ23zux
Il mercato dei TV è sempre più complesso, con questa guida sarete in grado di destreggiarvi meglio in un'offerta sempre più ampia.
@valvesoftware Rising NVMe SSD prices are threatening hardware margins.
Imagine an expansion slot for a solid-state MicroLED "Smart Cartridge"—cold-storing massive indie engine compilations locally with zero mechanical failure points and parallel bus speeds.