On Sun, 2003-06-22 at 13:24, Oded Arbel wrote:
> 3 hour of TV signal quality video under 700MB only becomes feasable
> using a very good MPEG4 encoder, and then it would only be playable on a
> modern PC with a good software set - no hardware player currently
> available on the consumer market
Dekel Tsur wrote:
On Sat, Jun 21, 2003 at 10:00:42PM +0300, Hetz Ben Hamo wrote:
I have a 3 hour long VHS I need to convert / encode to a digital media
format that can fit on a CD (so it can be distributed).
You want to fit a 3 hours long VHS to 1 CD, that means a good (or should I say
On Sat, Jun 21, 2003 at 10:00:42PM +0300, Hetz Ben Hamo wrote:
> > I have a 3 hour long VHS I need to convert / encode to a digital media
> > format that can fit on a CD (so it can be distributed).
>
> You want to fit a 3 hours long VHS to 1 CD, that means a good (or should I say
> OVERKILL) comp
On Saturday 21 June 2003 22:36, Alon Altman wrote:
> As you are low on disk space, you will have to do the encoding in parts,
> or in real-time (which is not recommended). Use mencoder to create an
> uncompressed avi file and then compress it with another pass of mencoder.
Uncompressed AVI files
On Sat, 21 Jun 2003, Amichai Rotman wrote:
> Hell Clan,
>
> I have a 3 hour long VHS I need to convert / encode to a digital media format
> that can fit on a CD (so it can be distributed).
>
> Here is the catch: The format must be GPLed / Open Sourse.
>
> I have no experiance doing any video encod
> I have a 3 hour long VHS I need to convert / encode to a digital media
> format that can fit on a CD (so it can be distributed).
OK.
> Here is the catch: The format must be GPLed / Open Sourse.
I think you have asked this here before, didn't you?
Anyway, you're in a problem. Here's why:
You
Hell Clan,
I have a 3 hour long VHS I need to convert / encode to a digital media format
that can fit on a CD (so it can be distributed).
Here is the catch: The format must be GPLed / Open Sourse.
I have no experiance doing any video encoding. This is what I have:
A Celleron 850 MHz
256 MB RA