EC-600W-M / W-I / W-L

Further information

Field of view 140°
Observation range 2–100 mm
Bending capability Up 180°/Down 180°
Right 160°/Left 160°
Distal end diameter 12.0 mm
Flexible portion diameter 12.0 mm
Working channel diameter 3.8 mm
Working length 1,330/1,520/1,690 mm
Total length 1,630/1,820/1,990 mm
Europe
(Country/Region)

Barium Ferrite

About Barium Ferrite

  • Barium Ferrite is a new type of magnetic particle which can be greatly reduced in size to improve recording density without magnetic signal loss.
  • Fujifilm's LTO 6 and future generations of LTO will use Barium Ferrite particles with NANOCUBIC technology for a thin and uniformly coated magnetic layer.
  • This is Fujifilm's patented technology!
  • Barium Ferrite is already used and proven in enterprise products such as StorageTek's T10000C tape cartridge.

Higher capacity

Regular metal particle (MP) is approximately 40 -100nm whereas Barium Ferrite is approximately 20nm*. The smaller size enables much higher recording density resulting in super high capacity data cartridges.

  • * Measured by Fujifilm evaluation method.

Long archival life

Oxidization is one of the causes of data deterioration. However, Barium Ferrite is already oxidized and therefore has a much longer life compared to metal particles (MP). While LTO drive systems are recommended for upgrade every 10 years, the road map is purely hardware manufacturer dependent, so longer archival life is preferred.

  • * Measured by Fujifilm accelerated evaluation.

Recording stability

Barium Ferrite has better frequency characteristics compared to metal particles (MP) resulting in a significantly increased margin of recording capability. Therefore, it is expected that Fujifilm LTO 6 can be written to and read even when the ability of the drive's recording head has diminished after repeated use.