Dan Druker said the following a while back, which I just found and want to respond to:
Um, no, Dan, existing TVs didn't and don't lose their ability to receive NTSC signals. The high-power OTA broadcasters were just made by law to turn their transmitters off. I think even new TVs will still be made with the ability to tune those in, though, because LOW-powered stations weren't required to turn off their analog transmissions.
Quote:
Originally Posted by DDruker 
Think of all of the analog modulators out there- why wouldn't there be demand for ATSC modulators once televisions lose their ability to receive NTSC signals?
I am already suffering from this in my house - my two HD TiVos cannot receive NTSC. So my security camera and baby room camera which I modulate onto my OTA signal can't be received by the HD tivos - or the new directv HD receiver which also lacks an NTSC tuner.
Seems to me there will be a market for this - for all of the applications that today use an NTSC modulator....
__________________
- Dan

Think of all of the analog modulators out there- why wouldn't there be demand for ATSC modulators once televisions lose their ability to receive NTSC signals?
I am already suffering from this in my house - my two HD TiVos cannot receive NTSC. So my security camera and baby room camera which I modulate onto my OTA signal can't be received by the HD tivos - or the new directv HD receiver which also lacks an NTSC tuner.
Seems to me there will be a market for this - for all of the applications that today use an NTSC modulator....
__________________
- Dan
Um, no, Dan, existing TVs didn't and don't lose their ability to receive NTSC signals. The high-power OTA broadcasters were just made by law to turn their transmitters off. I think even new TVs will still be made with the ability to tune those in, though, because LOW-powered stations weren't required to turn off their analog transmissions.



















