Secure RipNAS models feature Secure Ripping abilities - the process of ripping audio CDs without errors.
Errors whilst ripping
manifest as either pops, clicks, or extended
periods of silence (where the CD drive has substituted the error
with silence), rips with errors are sub-optimal. Secure ripping
is different, errors are detected, potentially recovered and
unrecoverable tracks are separated out, the last thing your
speakers need are tracks with speaker damaging pops
and clicks.

speaker damaging pop, from insecure rip
RipNAS Drive Quality
Much attention to detail has gone into the
component selection for RipNAS, one important component is the
DVD drive - quality of rips depend on the drives ability to read
audio without errors. Many in our position might have selected
the cheapest drive...not Illustrate, we tested all the main
drives on the market. The following link covers the testing and
results from each drive tested:
http://forum.dbpoweramp.com/showthread.php?t=17274
When compared against a high end $5,000 CD
player, which would give the better quality audio (as
measured as not containing errors): RipNAS Secure, or high
end CD player? RipNAS Secure would give better results in that CD players
are time based and have to deliver audio on demand, this very
design results in insecure reproductions, an on demand player is
unable to recover errors by re-reading many times.
Technologies Employed
AccurateRip
AccurateRip helps
enormously with secure ripping, your CD rip is compared
to an independently ripped disc (different drive,
different CD - no 2 discs would have the same scratch),
matching the results with AccurateRip guarantee a secure
rip. |
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C2 Error Pointers
The Teac drive was specifically chosen for its implementation
of C2 pointers. C2 error pointers allow the CD drive to inform
the RipNAS when a section of audio contains an error.
Re-Reading
CD is read twice, if a section contains an error it will
likely return different errors, so can be detected. This is true
mostly but not always, consistent errors exist (where the same
error is read consistently).