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Long-term data storage (archiving) Current methodology: Magnetic Tape (LTO-5) Proposal: use DNA instead

Long-term data storage (archiving) Current methodology: Magnetic Tape (LTO-5)

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Long-term data storage (archiving) Current methodology: Magnetic Tape (LTO-5) Proposal: use DNA instead. Archiving data in DNA versus tape. Advantages: High information density Proven ability to survive Storage is cheap (dry, cool and dark) Disadvantage: $$$. Agilent OLC synthesizer - PowerPoint PPT Presentation

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Page 1: Long-term data storage (archiving) Current methodology: Magnetic Tape (LTO-5)

Long-term data storage (archiving)

Current methodology: Magnetic Tape

(LTO-5)

Proposal: use DNA instead

Page 2: Long-term data storage (archiving) Current methodology: Magnetic Tape (LTO-5)

Advantages:

•High information density•Proven ability to survive•Storage is cheap (dry, cool and dark)

Disadvantage:

•$$$

Archiving data in DNA versus tape

Page 3: Long-term data storage (archiving) Current methodology: Magnetic Tape (LTO-5)

Agilent OLC synthesizer ~$0.05/100 bases,

$12,500 MB-1

Sequencing cost ~$250

Page 4: Long-term data storage (archiving) Current methodology: Magnetic Tape (LTO-5)
Page 5: Long-term data storage (archiving) Current methodology: Magnetic Tape (LTO-5)