As I contemplate whether to try a new 1098, or simply
returning my existing (defective) one, it would be useful to get
some (unscientific) feedback on the reliability of the 1098.
From my search of this forum, I see far more postings on problems
with the 1098, mostly relating to its extreme sensitivity to RFI
interference, but some also relating to its video problems and
volume control flaws.
So, does anyone have a 1098 that a) does not produce any popping noises or glitches in response to RF interference in a normal household (e.g, refrigerator or heater turning on) b) no glitching on layer changes
in DVD or HDTV d) video upsampling without glitches.
Regarding part d), what I noticed in upsamping a laser disc player
composite output to component video is dropped frames (the picture
suddenly goes black for a second or two and then recovers). The picture also shows mild inference in comparision to a straight hookup.
Thanks for the feedback!
- Sridhar
P.S. There are still some inherent design flaws that leave me scratching my head. Why, oh, why design a volume control that needs to go up to
70% to produce moderate volume. This is a bug that I noticed affects
everyone, and I was able to reproduce it in my dealer's sample as well.
What were they thinking?
returning my existing (defective) one, it would be useful to get
some (unscientific) feedback on the reliability of the 1098.
From my search of this forum, I see far more postings on problems
with the 1098, mostly relating to its extreme sensitivity to RFI
interference, but some also relating to its video problems and
volume control flaws.
So, does anyone have a 1098 that a) does not produce any popping noises or glitches in response to RF interference in a normal household (e.g, refrigerator or heater turning on) b) no glitching on layer changes
in DVD or HDTV d) video upsampling without glitches.
Regarding part d), what I noticed in upsamping a laser disc player
composite output to component video is dropped frames (the picture
suddenly goes black for a second or two and then recovers). The picture also shows mild inference in comparision to a straight hookup.
Thanks for the feedback!
- Sridhar
P.S. There are still some inherent design flaws that leave me scratching my head. Why, oh, why design a volume control that needs to go up to
70% to produce moderate volume. This is a bug that I noticed affects
everyone, and I was able to reproduce it in my dealer's sample as well.
What were they thinking?
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