From wikipedia
Maximum clock frequency in single link mode: Capped at 165 MHz (up to 3.96 Gbit/s)
Maximum clock frequency in dual link mode: Limited only by cable quality (up to 7.92 Gbit/s)
Pixels per clock cycle: 1 (single link) or 2 (dual link)
Bits per pixel: 24 (single and dual link) or 48 (dual link only)
Single DVI largest resolution
@60Hz = 2.75 megapixels (including blanking interval)
Practical purposes
1915x1436@60Hz
1854x1483@60Hz
2098x1311@60Hz
I did calculate things so, the Dual link is capable to do 2x more then Single link
1915x1436 = 2749940 pixels = 2,74 megapixels
1854x1483 = 2749482 pixels = 2,74 megapixels
2098x1311 = 2750478 pixels = 2,75 megapixels
2,75*10^6*60Hz = 165.000.000Hz = 165MHz
165MHz * 24bits = 3.96 Gbit
This is right for Single link.
Now the other way around for dual link
3.96*2=7.92Gbit
7.92/24bits = 330MHz
330MHz/60Hz = 5.5 megapixels
3142x2357 is good
5238x1050 is also good
5040x1050 is also good, with a bit of space
Now for the DTH2G
5040x1050x57Hzx32bpp=
5040x1050=5.292 megapixels
5.292*57=301.644 MHz
So I don't understand why we must do the 57Hz. If you apply this math then you will see that 5040x1050@60Hz = 317,52MHz
If I knew how big the overhead was...