Management of exponential data growth continues to be one of the great challenges for IT managers in light of shrinking IT budgets and environmental concerns. Tape storage is indeed alive and is the key to success in meeting the data growth challenge in a reliable, cost effective and environmentally safe manner!
Studies show that the total cost of ownership of LTO 5 tape systems is 15X less than disk for long term data archives while disk consumes 238X more energy to store the same amount of data. Tape systems have further advantages such as greater capacity with potential density increases, better reliability, ease of removability and scalability, and support of WORM and encryption. With LTFS (Linear Tape File System) making tape faster and easier to use, tape is truly the ideal solution for long term data storage, now and in the future!

For Further Reliable Data Storage, FUJIFILM LTO Ultrium Data Cartridge will be the Answer

As database- and Internet-related applications require greater data storage, and critical operations demand minimized downtime due to backup operations, new cost-effective solutions are needed.
Featuring NANOCUBIC technology
Featuring Barium Ferrite technology
First LTO in the world produced with Barium Ferrite Magnetic Particles

The Fujifilm LTO Ultrium 6 cartridge is the first in the world produced with Barium Ferrite magnetic particles using Fujifilm's core Nanocubic technology. The LTO Ultrium 6 cartridge offers a super high compressed (2.5?) storage capacity of 6.25TB with the transfer rate of up to 400 megabytes per second.
LTO Generation 6 hardware will be backward read/write compatible with LTO Ultrium 5 data cartridges and backward read compatible with LTO Ultrium 4 data cartridges. As with the previous generation, LTO Ultrium 6 hardware will incorporate the Advanced Encryption Standard (AES) and Linear Tape File System (LTFS) dual partitioning functionality. In addition, Fujifilm LTO 6 cartridges are capable of long life archive for over 30 years and it also has excellent read/write accuracy on drives that start to wear down after repeated use.
Technologies

Improvement in ?NANOCUBIC technology?

Fujifilm LTO Ultrium 6 data cartridges use Fujifilm's advanced NANOCUBIC coating process, which incorporates three Fujifilm proprietary technologies:
Nano-particle Technology: New finer particle Barium Ferrite (30% smaller than metal particle used on LTO-5)
Nano-dispersion Technology: Uniform particle dispersion by applying high-dispersed binder.
Nano-coating Technology: Improved ultra-thin layer coating to realize an even thinner magnetic layer.
Barium Ferrite

Excellent read/write property: By adopting Barium Ferrite, Fujifilm LTO6 tapes have higher coercvity, lower noise compared to older generations. Over time the recording head of a well-used drives start to wear down leading to a drop in performance. However, since Fujifilm's LTO6 with Barium Ferrite, from a system performance point of view, has more margin compared to metal particle tapes (measured using Fuji manufactured tapes), it can be read/written more accurately on these older drives.
Long Archival Life: Barium Ferrite is chemically stable (already oxidized) and does not easily get demagnetized by outside energy. Therefore magnetic tape using Barium Ferrite is said to have a longer archival life of more than 30 years based on Fujifilm's acceleration tests.
FUJIFILM Servo Technology

LTO Ultrium technology relies heavily on timing-based, high-precision servo control to achieve its remarkable performance levels. LTO Ultrium data cartridge uses dual servo tracks that have been precisely written along the entire length of each of its four data bands, for extremely fine placement control and redundancy in the event of tape damages.
Encrypted for Security

From LTO G4 System, the Advanced Encryption Standard (AES) 256-bit encryption algorithms is introduced to keep data secure. The hardware-based AES 256-bit encryption offers higher level of security during storage and transporting of sensitive information.
WORM is also available

WORM (Write Once Read Many) functionality provides a cost-effective means for storing data in non-rewriteable format to help address compliance requirements.
Library Pack

Library pack is also available
The library pack protects the cartridges against impact if dropped and provides also added protection against dust and humidity. It's a good and safe storage and archival solution offering easy and quick unpacking, carrying and piling.

Technical Data & Line up

LTO Generation LTO G1 LTO G2 LTO G3 / G3 WORM LTO G4 / G4 WORM LTO G5 / G5 WORM LTO G6 / G6 WORM Universal Cleaning Cartridge *
Basic Specifications
Capacity (Native / Compressed) 100 GB (200 GB) 200 GB (400 GB) 400 GB (800 GB) 800 GB (1.6 TB) 1.5 TB (3.0 TB) 2.5 TB (6.25 TB) -
Transfer Rate (Native / Compressed) Up to 20 MB/sec. (Up to 40 MB/sec.) Up to 40 MB/sec. (Up to 8 0MB/sec.) Up to 80 MB/sec. (Up to 160 MB/sec.) Up to 120 MB/sec. (Up to 240 MB/sec.) Up to 140 MB/sec. (Up to 280 MB/sec.) Up to 160 MB/sec. (Up to 400 MB/sec.) -
Number of Tracks 384 512 704 896 1,280 2,176 -
Servo Band Timing-based servo -
Cartridge Memory 32,768 bits (4,096 bytes); Internal EEPROM 65,280bits (8,160bytes); Internal EEPROM 130,816 bits (16,352 bytes); Internal EEPROM 32,768 bits (4,096 bytes); Internal EEPROM
Encryption function - - - ? ? ? -
Media Durability (Normal) 1,000,000passes -
Estimated Archival life 30years -
Physical Characteristics
Tape Width (Nominal) 12.65 mm
Tape Thickness (Nominal) 8.9 µm 8.9 µm 8.0 µm 6.6 µm 6.4 µm 6.1 µm 8.9 µm
Tape Length 609 m 609 m 680 m 820 m 846 m 319 m
Cartridge Dimensions (L x W x H) 102 x 105.4 x 21.5 mm
Operating Environmental Conditions
Temperature 10 to 45 ?C
Humidity 10 to 80 % (No dew condensation)
Max. Wet Bulb Temperature 26 ?C
Storage Environmental Conditions
Temperature
(Short term / Archival) 16 to 35 ?C / 16 to 25 ?C
Humidity
(Short term / Archival) 20 to 80 % / 20 to 50 % (No dew condensation)
Max. Wet Bulb Temperature
(Short term / Archival) 26 ?C