Originally posted by: Pabster
Yes it does. DVD Shrink 3.2 uses multiple cores. I haven't tried it on a quad core but I know it uses both cores on the duals.
The author was hired by Ahead to write Nero's "Recode" software which, not surprisingly, looks an awful lot like DVD Shrink.
Originally posted by: 0roo0roo
open two instances and encode two dvds at once!
thats theonly way.
Uhhhh, I'm not sure what your burn speed is but I'm absolutely positive its much slower than one core of your CPU.Originally posted by: mrfatboy
Originally posted by: 0roo0roo
open two instances and encode two dvds at once!
thats theonly way.
ok, then I was right then. DVD Shrink only uses 1 core per instance. I was hoping to burn 1 DVD in half the time![]()
Originally posted by: shortylickens
Uhhhh, I'm not sure what your burn speed is but I'm absolutely positive its much slower than one core of your CPU.Originally posted by: mrfatboy
Originally posted by: 0roo0roo
open two instances and encode two dvds at once!
thats theonly way.
ok, then I was right then. DVD Shrink only uses 1 core per instance. I was hoping to burn 1 DVD in half the time![]()
Isn't DVD Shrink I/O limited anyway?
It should be able use both cores to encode. It's just basic number crunching. However, since it was written awhile ago I guess the programmer didn't consider multiple core. Hence my original question.
I was just responding.Originally posted by: mrfatboy
DVD shrink just encodes. It doesn't burn DVDs.Originally posted by: shortylickens
Uhhhh, I'm not sure what your burn speed is but I'm absolutely positive its much slower than one core of your CPU.Originally posted by: mrfatboy
Originally posted by: 0roo0roo
open two instances and encode two dvds at once!
thats theonly way.
ok, then I was right then. DVD Shrink only uses 1 core per instance. I was hoping to burn 1 DVD in half the time![]()
Originally posted by: MrPickins
DVD Shrink does use at least 2 cores. I just tested it on my AMD X2 system (in Vista 32bit). Process manager showed that it spawned 19 threads, and pegged both cores at 100%.