Sony LTX-200G - LTO Ultrium 2 x 1 - 200 GB - storage media
Mfg # LTX200G/BC
CDW # 4194993
| UNSPSC 43202002
Quick tech specs
- LTO Ultrium 2
- barcode labeled
- 122
- 6x60
- 200 GB / 400 GB
- for Dell PowerVault 11X
- 160; Exabyte 221; Magnum 1x7
- 8x143; Magnum20
Know your gear
Using the latest Sony coating technology, LTO satisfies large backup needs with 200GB native and 400GB compressed capacity per cartridge.
For quicker backup and cost efficiency, LTO2 offers ultra-high-speed 40MB/s native and 80MB/s compressed data transfer.
Like LTO1, the LTO2 cartridge incorporates a robust non-contact 4KB IC memory. Besides accelerating file access, this markedly speeds up cartridge access in library environments.
An advanced cartridge mechanism optimizes reel-to-cartridge slip and friction. The result is steady reel rotation for more stable data transfer.
Sony developed a dedicated LTO format servo writer to complement enhanced tape performance by providing a high-quality magnetic servo signal. This noticeably improves data writing and reading accuracy.
Sony minimized tape noise to match the high-sensitivity of MR heads. Tape surface variation is also finely controlled to assure tape travel stability for optimum head-media interfacing.
For quicker backup and cost efficiency, LTO2 offers ultra-high-speed 40MB/s native and 80MB/s compressed data transfer.
Like LTO1, the LTO2 cartridge incorporates a robust non-contact 4KB IC memory. Besides accelerating file access, this markedly speeds up cartridge access in library environments.
An advanced cartridge mechanism optimizes reel-to-cartridge slip and friction. The result is steady reel rotation for more stable data transfer.
Sony developed a dedicated LTO format servo writer to complement enhanced tape performance by providing a high-quality magnetic servo signal. This noticeably improves data writing and reading accuracy.
Sony minimized tape noise to match the high-sensitivity of MR heads. Tape surface variation is also finely controlled to assure tape travel stability for optimum head-media interfacing.