And before we get too much into HD vs Codecs vs 720P vs 1080p vs
"true HD" marketing BS, I capture out of my camera's HDMI port at
3Gbit/s and I am not running 4:4:4 color. So what is HD and what it
the allowable compression for it still to be considered as such.
Whatever marketing feel like, there is no absolute High Definition,
it's really Higher Definition where the reference is undefined.
When access speeds get to 1Gbit/s they'll no doubt be unhappy
that we may stream something like this -
http://www.bbc.co.uk/blogs/researchanddevelopment/2010/10/super-hi-vision-trials
If you make it they will fill it.
brandon
And before we get too much into HD vs Codecs vs 720P vs 1080p vs
"true HD" marketing BS, I capture out of my camera's HDMI port at
3Gbit/s and I am not running 4:4:4 color. So what is HD and what it
the allowable compression for it still to be considered as such.
The US ATSC standard specifies aspect ratios and resolution, but does not mention compression (nor
does the FCC).
http://www.hdtvprimer.com/ISSUES/what_is_ATSC.html
Since a 19 Mhz on-air channel is allocated to HDTV, but need not be fully used, the broadcasters can compress
more and use the remaining bandwidth for data or other "multicast" channels (which may or may not have anything to
do with IP multicast).
Whatever marketing feel like, there is no absolute High Definition,
it's really Higher Definition where the reference is undefined.
When access speeds get to 1Gbit/s they'll no doubt be unhappy
that we may stream something like this -
'Historic' broadcast of super HD from UK to Japan - BBC News
http://www.bbc.co.uk/blogs/researchanddevelopment/2010/10/super-hi-vision-trials
Just wait till people start doing true holography, where 1 Gbps is likely to seem like a rather low bandwidth.
Regards
Marshall