AleXNight Posted July 29, 2011 Share Posted July 29, 2011 Hi! When I record Digital TV with DVBViewer using a DVB-T USB Tuner by AVerMedia (model A867) I often get Stream Errors. The resulting TS file is corrupted like what you see in this picture: Is there a way to avoid these Stream Errors? I've got 100% DVB-T Signal for the channels I want to record from. I've got this setup: Aerial Antenna > Antenna RF Cable > USB DVB-T > USB Extension Cable > PC. May the extension cable degrade the signal from the USB Tuner to PC? I know that when a Digital Signal is broadcasted, the broadcaster airs also a part that is dedicated to the correction of reception errors. This thing is called FEC (Forward Error Correction). Using a DVB-T PVR Decoder the Error Correction is done by itself. In my setup (USB DVB-T + DVBViewer) who does it? Is DVBViewer capable to do the FEC? Thanks in advance! Good bye! Quote Link to comment
Derrick Posted July 30, 2011 Share Posted July 30, 2011 I've got 100% DVB-T Signal for the channels I want to record from. The signal strength often can be very misleading. If it`s always showing 100% it's pretty useless. May the extension cable degrade the signal from the USB Tuner to PC? no Is DVBViewer capable to do the FEC? no, the fec is used by the digtal demodulator in the dvb(t) receiver. Quote Link to comment
AleXNight Posted July 30, 2011 Author Share Posted July 30, 2011 (edited) Is there a way to get useful signal informations? I noticed that when I use a T-Splitter, Stream Errors became less frequent. May a too strong signal saturate the USB Tuner? I use a Splitter like this: My setup now is the following: Antenna > RF Antenna Cable > T-Splitter > USB DVB-T > Extension Cable > PC. Anyway, I haven't got 100% Signal on all channels. Do you know a DVB-T Tuner that does a nice Error Correction? Is there a way to verify if it's done well by mine? Thanks in advance! Edited July 30, 2011 by AleXNight Quote Link to comment
fxv1 Posted August 1, 2011 Share Posted August 1, 2011 if your signal is too high you could try an attenuater .....your RF signal should be in the mV range if I remember correctly ....or you could experiment with variable resitor. Quote Link to comment
Recommended Posts
Join the conversation
You can post now and register later. If you have an account, sign in now to post with your account.