ISO 18921:2008
Imaging materials — Compact discs (CD-ROM) — Method for estimating the life expectancy based on the effects of temperature and relative humidity
ISO 18921:2008 specifies a test method for estimating the life expectancy (LE) of information stored on compact disc (CD-ROM) media, including CD audio, but excluding recordable media. Only the effects of temperature and relative humidity on the media are considered.
| Get this standard | Prices exclude GST | |
|---|---|---|
| PDF ( Single user document) |
$256.00 NZD
|
|
| HardCopy |
$303.00 NZD
|
|
| Networkable PDF |
Price varies
|
Scope
Normative references
Terms and definitions
Purpose and assumptions
Purpose
Assumptions
Measurements
Block error rate (BLER)
Test equipment
Compact disc test system
Calibration and repeatability
Test specimen
Accelerated stress test plan
General
Stress conditions
Levels
Conditions
Temperature (T)
Relative humidity (RH)
Rate of stress change
Independent verification of chamber conditions
Specimen placement
Other influences
Accelerated test cell specimen population
Time intervals
Test plan
Measurement conditions
Data evaluation
Eyring acceleration model
Failure distribution model
Acceleration factors
Survivor analysis
Disclaimer
Previous versions
Keep me up-to-date
Sign up to receive updates when there are changes to this standard
Related Information
Similar Standards
-
BS 7061:1989
Specification for volume and file structure of compact read only optical disks (CD-ROM) for information interchange
-
BS EN 2499:1990
Specification for computer output microfiche (com) A6 microfiche
-
BS EN 62403:2006
High density recording format on CD-R/RW disc system. HD-BURN format
-
BS EN 62702-1-1:2016
Audio Archive System, DVD disk and data migration for long term audio data storage
Scope
Normative references
Terms and definitions
Purpose and assumptions
Purpose
Assumptions
Measurements
Block error rate (BLER)
Test equipment
Compact disc test system
Calibration and repeatability
Test specimen
Accelerated stress test plan
General
Stress conditions
Levels
Conditions
Temperature (T)
Relative humidity (RH)
Rate of stress change
Independent verification of chamber conditions
Specimen placement
Other influences
Accelerated test cell specimen population
Time intervals
Test plan
Measurement conditions
Data evaluation
Eyring acceleration model
Failure distribution model
Acceleration factors
Survivor analysis
Disclaimer