IBM 3592 JF Advanced Data Cartridge - 02XY665 - 50TB

IBM 3592 JF Advanced Data Tape Cartridge 50TB (02XY665)

The IBM 3592 JF Advanced Data Tape Cartridge (02XY665) delivers unparalleled storage capacity for enterprise data centers, boasting a native capacity of 50TB and up to 150TB with 3:1 compression. Designed for the IBM TS1170 Tape Drive, this sixth-generation cartridge leverages cutting-edge Strontium Ferrite (SrFe) particle technology with NANOCUBIC coating for superior data density and performance. Ideal for long-term data retention, active archives, and high-volume backup needs, the 3592 JF ensures cost-effective, secure, and reliable storage for cloud providers, scientific research, and industrial data environments.

Features and Benefits

• Massive Storage Capacity: Offers 50TB native capacity (up to 150TB compressed), 2.5 times greater than previous-generation IBM 3592 JE cartridges.
• Advanced Strontium Ferrite Technology: Utilizes fine hybrid magnetic particles for higher areal recording density and enhanced data integrity.
• High Performance: Achieves transfer rates up to 400 MB/s native and 900 MB/s compressed with dual 12 Gb/s SAS or 16 Gb/s FC ports.
• Robust Design: Reinforced cartridge safeguards against accidental drops, ensuring data protection in demanding environments.
• Media Reusability: Supports reformatting of prior-generation 3592 cartridges for improved capacity and performance, reducing upgrade costs.
• WORM and Rewritable Options: Available in rewritable and Write-Once-Read-Many (WORM) formats for flexible data management and compliance.
• Compatibility: Exclusively designed for the IBM TS1170 Tape Drive, optimizing high-density storage for enterprise applications.

Why Choose IBM 3592 JF?
Developed through decades of joint innovation by IBM and Fujifilm, the 3592 JF cartridge sets a new standard for tape storage, offering unmatched capacity and performance. Its advanced technology ensures scalability for future data growth, making it an ideal choice for enterprises seeking reliable, high-density storage solutions.