Verbatim CD-RW, 700 MB, 12X, 10 Pack
Technical Document
Specifications
Brand
VerbatimDisk Type
CD-RW
Quantity
10
Capacity
700 MB
Packaging
Spindle
Maximum Speed Supported
12X
Country of Origin
China
Product details
Verbatim CD-RW 12x
Verbatim's CD-Rewritable is ideal for applications such as personal data storage, multimedia presentations, digital image storage (including digital photography), temporary storage of internet downloads, back-up, archiving, prepress and software development.
Verbatim CD-RW discs can be rewritten a minimum of 1,000 times.
Compliant with Orange Book Part III Volume 2 specifications
CD-RW with 12x speeds will not work in slower drives
A revolutionary new phase change optical recording material; Super Eutectic Recording Layer (SERL) is behind the success of Verbatim's CD-RW disc. This high technology material ensures smooth switching between record/erase phases along with high thermal stability in the recording layer. This stability in the recording layer translates into high reliability, low signal noise and long-term archive stability
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€ 13.54
Each (Exc. VAT)
1
€ 13.54
Each (Exc. VAT)
1
Technical Document
Specifications
Brand
VerbatimDisk Type
CD-RW
Quantity
10
Capacity
700 MB
Packaging
Spindle
Maximum Speed Supported
12X
Country of Origin
China
Product details
Verbatim CD-RW 12x
Verbatim's CD-Rewritable is ideal for applications such as personal data storage, multimedia presentations, digital image storage (including digital photography), temporary storage of internet downloads, back-up, archiving, prepress and software development.
Verbatim CD-RW discs can be rewritten a minimum of 1,000 times.
Compliant with Orange Book Part III Volume 2 specifications
CD-RW with 12x speeds will not work in slower drives
A revolutionary new phase change optical recording material; Super Eutectic Recording Layer (SERL) is behind the success of Verbatim's CD-RW disc. This high technology material ensures smooth switching between record/erase phases along with high thermal stability in the recording layer. This stability in the recording layer translates into high reliability, low signal noise and long-term archive stability