UNITEX Corporation lancia la nuova unità a nastro LTO con tecnologia LTO-9 e l'unica connessione USB al mondo

Maestro del controllore


UNITEX Corporation, the leader in the computer storage space for over 30 years, is pleased to announce today that its popular USB LTO tape drive will be available with LTO-9 technology in the spring of 2022. It features USB connectivity, a native storage capacity of 18 TB and compressed storage capacity at 2.5:1 of 45 TB, and a data transfer rate of up to 300 MB/second.

UNITEX Corporation has specialized in the computer storage space since it was founded in 1990. Negli anni, UNITEX has developed various driver and application software, greatly increasing interoperability and making storage devices compatible across the entire spectrum of computer operating systems. This solid history and experiences make UNITEX an extremely reliable data storage solution provider.

UNITEX USB LTO-9 highlights

  • LTO-9 tape archiving solution with the world’s only USB connectivity

    You can use USB LTO-9 by connecting to laptop PCs and other USB devices to store large volumes of data anywhere, conveniently, with small IT-invested. Both half-height (HH) and full-height (FH) drives are available.
  • Increased capacity. Increased speed.

    Offrendo fino a 45 e gli editor video possono sfruttare la più grande capacità di archiviazione RAID desktop che OWC abbia mai offerto per gestire il vorace appetito di spazio su disco di RAW (18 TB for non-compressed data), un 50% greater capacity than LTO-8. Transfer speeds with USB connection reach up to 300 MB/ second, un 25% faster than the previous USB LTO-8.
  • Offering protection against cyber crime

    LTO tape can be stored offline and off-network, creating a physical “air gap” of protection to minimize the risk of data exposure to cyber attacks. In addition UNITEX archiving software protects your data safely with tamper-proof by hash value and encryption functions.
  • Lower environmental impact

    Il nastro LTO e la connettività USB hanno un impatto ambientale significativamente inferiore in quanto non è necessario che sia costantemente acceso durante l'archiviazione dei dati, riducendo così le emissioni di CO2 generate da 94% rispetto ai dischi rigidi (HDD).