Some further developments....
1: Does VF use cache buffer when it operates its Print To Tape?
2: How can I ensure VF is using this? Does VF use a "Temp" directory while it does its thing in PTT or Capture?
3: Do I need to have a path for this to happen?
4: Should/can I put this in the Preferencees under Disk Managment?
Well I'm asking these questions as I have had a chance to meet a computer engineer today and he was asking how the NLE s/w [VF] dealt with using caching of video files while they were sent through the firewire? He also proposed the idea that as the firewire would be needing some voltage to "pump" the avi file out of the laptop via the 1394 port, that any "demand" made by the pc [ie turing fan/s ON/OFF] could momentarily "spike/dip" the voltages/amps enough to interrupt the the flow. This lead him in the direction of proposing that if a capacitor could be placed "across" the fan potentials this could "smooth" the "spikes/dips". However making use of any accessible cache could potentially do the same - by placing the unprocessed file into cache, while the "spike/dip" flattened out. This has also been in the back of my mind as well. What do you think people?
I think we are on to something.
Grazie
1: Does VF use cache buffer when it operates its Print To Tape?
2: How can I ensure VF is using this? Does VF use a "Temp" directory while it does its thing in PTT or Capture?
3: Do I need to have a path for this to happen?
4: Should/can I put this in the Preferencees under Disk Managment?
Well I'm asking these questions as I have had a chance to meet a computer engineer today and he was asking how the NLE s/w [VF] dealt with using caching of video files while they were sent through the firewire? He also proposed the idea that as the firewire would be needing some voltage to "pump" the avi file out of the laptop via the 1394 port, that any "demand" made by the pc [ie turing fan/s ON/OFF] could momentarily "spike/dip" the voltages/amps enough to interrupt the the flow. This lead him in the direction of proposing that if a capacitor could be placed "across" the fan potentials this could "smooth" the "spikes/dips". However making use of any accessible cache could potentially do the same - by placing the unprocessed file into cache, while the "spike/dip" flattened out. This has also been in the back of my mind as well. What do you think people?
I think we are on to something.
Grazie