2008-08-05, 07:48 PM
I am a glutton for punishment.
After returning a Hauppauge HD S2 'cos I could never get it to work reliably, I purchased a Compro S350 card (Dava, it's your fault!)
But it's exactly the same - random crashes when changing channels, Does not find all the channels when scanning...not just just in GBPVR, but other software. The crashes happen on SD channels, not just HD ones...
I am wondering if the problems may be connected to switching between Horizontal and vertical polarity? Most LNB's seem to require 14 or 18 volts being constantly fed to them. I did not think the PCI bus could supply this much voltage; it's 12-volt, isn't it? Maybe it varies slightly from one motherboard to the next?
(Jeez, I'm starting to sound like Skybuck Flying!)
This is from the manufacturer of my LNB:
Both the conversion of the two frequency bands and the conversion of the polarisation planes are effected separately. Switching between polarisation planes takes place by means of a variation in the voltage of the current supplied to the LNB (14 Volts for the vertical resp. 18 Volts for the horizontal plane). On the other hand, the upper frequency band is controlled via a 22 KHz signal that is superimposed on the LNB power supply current.
After returning a Hauppauge HD S2 'cos I could never get it to work reliably, I purchased a Compro S350 card (Dava, it's your fault!)
But it's exactly the same - random crashes when changing channels, Does not find all the channels when scanning...not just just in GBPVR, but other software. The crashes happen on SD channels, not just HD ones...
I am wondering if the problems may be connected to switching between Horizontal and vertical polarity? Most LNB's seem to require 14 or 18 volts being constantly fed to them. I did not think the PCI bus could supply this much voltage; it's 12-volt, isn't it? Maybe it varies slightly from one motherboard to the next?
(Jeez, I'm starting to sound like Skybuck Flying!)
This is from the manufacturer of my LNB:
Both the conversion of the two frequency bands and the conversion of the polarisation planes are effected separately. Switching between polarisation planes takes place by means of a variation in the voltage of the current supplied to the LNB (14 Volts for the vertical resp. 18 Volts for the horizontal plane). On the other hand, the upper frequency band is controlled via a 22 KHz signal that is superimposed on the LNB power supply current.
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