THX is actually pretty naive in the audio/video world...in terms about computer software and possibly softwares, you may know more than me. But video world in home entertainment and even audio world, i believe i got the upperhand.
Look, DVI have a max bandwidth of about 1.65 Gbits per second.
That webpage didn\'t say anything about the LCD refresh rate, or how many bits of color does it display max....
again,
DVI can\'t do 1600 x 1200 without sacrificing framerate/refresh rate or color bandwidth.
it doesn\'t have enough bandwidth to do it all uncompressed.
Again, do you know how banwidth and bitrate are measure in audio/video world?
Look to get a bandwidth of a video signal:
just simply multiply its horizontal resolution with vertical resolution and framerate.
to get a "total bitrate" of a video signal just mulitply the bandwidth with total bits of colors:
horizontal x vertical resolution x framerate x color bandwidth aka bits of color.
like this
lets assume 1600 x 1200 is the total resolution.
24 bits is the maximum color
and 60 hz is the maximum refresh rate
so multiply them all together.
Again, like i said,
1600 x 1200 x 24 x 60 =2,764,800,000
or 2.57 Gbits...
You see, DVI spec is only limited to 1.65 Gbits per second. Its simply doesn\'t have enough bitrate to do that.
Get your fact straight THX, look up the DVI spec and also look up how bandwidth is measure and how video/audio total bitrate are measure.
Want me to go on about audio bitrate measurement? Why not?
let use CD redbook:
44.1 kHz sampling 16 bits 2 ch stereo
44,100 hz sampling
16 bits of s/n ratio and dynamic
2 channels stereo
how to measure it total bitrate here? It doesn\'t take a genious, just multiply them all.
44,100 x 16 x 2 = 1,411,200 bits. That\'s how bits are measure.
how to get it to become bytes? Divided by 8.
as you may have known
8 bits = 1 byte
so 1,411,200 divided by 8 = 176,400 bytes. or approximately about 176.4 Kbytes...the k stand for kilo....or thousand...
