David Beisner
August 6th, 2008, 09:32 AM
Here's my workflow: editing HDV on a Adobe Premiere Pro CS3 with a quad-core Intel at about 2.6GHz with 4GB of ram. The computer is still in the building stages and hasn't actually arrived on my desk at work yet, so I don't know if I'll have problems, but I'm just trying to do some research early on so that if I have problems with real-time stuff, I'll already have my answers.
I've read a lot about Cineform Aspect HD and I've read alot about different hardware based real-time processors (from companies like Blackmagic, AJA, etc.)
With the workflow I've got, what would be best? Capture using Cineform Aspect HD and have intra-frame instead of inter-frame or get something like the Blackmagic Decklink HD Extreme which would act as a real-time GPU and allow me to capture using my component outputs in a potentially better compression scheme than HDV? Does it even work like that? Or should I use both?
Finances are a significant problem right now, so the cheaper the solution, the better. Hopefully I won't have any problems and won't need to worry about a solution, but if if I do, what is recommended?
BTW, I'll have two 22" Asus HD displays for the computer with DVI-D and HDMI inputs on each.
I've read a lot about Cineform Aspect HD and I've read alot about different hardware based real-time processors (from companies like Blackmagic, AJA, etc.)
With the workflow I've got, what would be best? Capture using Cineform Aspect HD and have intra-frame instead of inter-frame or get something like the Blackmagic Decklink HD Extreme which would act as a real-time GPU and allow me to capture using my component outputs in a potentially better compression scheme than HDV? Does it even work like that? Or should I use both?
Finances are a significant problem right now, so the cheaper the solution, the better. Hopefully I won't have any problems and won't need to worry about a solution, but if if I do, what is recommended?
BTW, I'll have two 22" Asus HD displays for the computer with DVI-D and HDMI inputs on each.