I use dbpoweramp to rip.
It uses a database to verify your rip as accurate or not by comparing to rips by other prior which is a good way to assure accurate rips.
WIth accurate rip on, the software will reread data and take as long as needed to copy bits accurately. Faster high quality drives will rip faster than others. Damaged or defective disks can take a long time to complete and could still have some errors in the end if really bad (rare)
With accurate rip off, you could get some errors but most are not clearly audible if drive is working properly.
So its really up to the software to assure accurate rips or not. Not sure how exactly one can achieve that based on drive type alone so I think that is a witch hunt. Better ones will rip faster because they operate faster with fewer errors along the way.
I’ve seen EAC and it is good as well I believe but some may find it harder or less intuitive to use,
Cheers.
It uses a database to verify your rip as accurate or not by comparing to rips by other prior which is a good way to assure accurate rips.
WIth accurate rip on, the software will reread data and take as long as needed to copy bits accurately. Faster high quality drives will rip faster than others. Damaged or defective disks can take a long time to complete and could still have some errors in the end if really bad (rare)
With accurate rip off, you could get some errors but most are not clearly audible if drive is working properly.
So its really up to the software to assure accurate rips or not. Not sure how exactly one can achieve that based on drive type alone so I think that is a witch hunt. Better ones will rip faster because they operate faster with fewer errors along the way.
I’ve seen EAC and it is good as well I believe but some may find it harder or less intuitive to use,
Cheers.