Bookmark this page

mpn: UCS-HY480GIS3-EP

480GB 3.5IN ENT PERFORMANCE 6GSATA SSD 3X ENDURANCE

Highlights

  • No physical tracks or sectors and no mechanical movement
  • SSDs can reach logical block addresses (LBA) much more quickly than HDD heads can physically move
  • No mechanical seek time or latency to overcome

Marketing description

SSDs have no physical tracks or sectors and no mechanical movement. Thus, SSDs can reach logical block addresses (LBA) much more quickly than HDD heads can physically move. Because SSDs have no moving parts, there is no mechanical seek time or latency to overcome.
Even the fastest HDDs cannot keep pace with SSDs in a high-demand I/O environment. Parallel disks, caching, and additional memory certainly help, but the inherent physical disadvantages have limited the ability of HDDs to keep pace with today's seemingly limitless data growth.

Device Type

Capacity

Form Factor

Interface

Drive Writes Per Day (DWPD)


UCS-HY480GIS3-EP

480GB 3.5IN ENT PERFORMANCE 6GSATA SSD 3X ENDURANCE

Highlights

  • No physical tracks or sectors and no mechanical movement
  • SSDs can reach logical block addresses (LBA) much more quickly than HDD heads can physically move
  • No mechanical seek time or latency to overcome

Marketing description

SSDs have no physical tracks or sectors and no mechanical movement. Thus, SSDs can reach logical block addresses (LBA) much more quickly than HDD heads can physically move. Because SSDs have no moving parts, there is no mechanical seek time or latency to overcome.
Even the fastest HDDs cannot keep pace with SSDs in a high-demand I/O environment. Parallel disks, caching, and additional memory certainly help, but the inherent physical disadvantages have limited the ability of HDDs to keep pace with today's seemingly limitless data growth.

Technical Specifications

Device Type
Capacity
Form Factor
Interface
Drive Writes Per Day (DWPD)
Drive Transfer Rate
Interfaces
Compatible Bay
Designed For
Product Description
Type
Data Transfer Rate
manufacturer