Widescreen Gaming Forum

specs:
amd phenom x4 925
asrock 890gx3 extreme3
2x2gb elpida ram 1066 @ 1333
hd5870 + 5770 + 5450









http://www.youtube.com/watch?v=QiYDbdHB548

how the hell are you running all those?

post edited :D

You sir are a maniac, i love it.

You sir are a maniac, i love it.

i really want make 5x2 mode
but nobody have 5870 e6 over here, who can borrow to me for week :(

[quote]You sir are a maniac, i love it.

i really want make 5x2 mode
but nobody have 5870 e6 over here, who can borrow to me for week :(
Eh...at that point the bezels cut directly through the screen, so no one likes that...

But 9x1 portrait? You sir, are a maniac. :rockout

[quote][quote]You sir are a maniac, i love it.

i really want make 5x2 mode
but nobody have 5870 e6 over here, who can borrow to me for week :(
Eh...at that point the bezels cut directly through the screen, so no one likes that...

But 9x1 portrait? You sir, are a maniac. :rockout
9x1 landscape is possible too, just i have too short room LOL

9x1 landscape is possible too, just i have too short room LOL

This is why extension cords and backyards were invented ;).

I can appreciate insane stuff like that but... that's just stupid. But hey, someone had to do it.

I wonder how wide you would have to make something to get a 360 view.

The FOV Calculator only Calculates up to 180 Degrees

I wonder how wide you would have to make something to get a 360 view.

The FOV Calculator only Calculates up to 180 Degrees

I wondering about that from begining of the universe lol

tommorow maybe I will try 9x1 landscape so will see how wide is fov on 14,4:1 ratio :D

crazy dude.. and full of awesome.

So if you had one of these 7 PCI-e slot mobos and 7 5870 E6 cards you could have 42 monitors.. uhm. 7x5 setup would be the best? (35 monitors)

So if you had one of these 7 PCI-e slot mobos and 7 5870 E6 cards you could have 42 monitors.. uhm. 7x5 setup would be the best? (35 monitors)

nope

SoftTH can run only 3 monitors max (3 groups) so 3x hd5870 e6 cards and I can run 9x2 setup
or 15x1 portrait (but after ATI release their drivers which can support 5x1 mode)

I wonder what's the maximum?

Close, however unfortunately we all know that the TH2G will only output 5040x1050 (a max of 1680x1050 per screen).
As such you may be able to get...

Landscape:
27x 1680 = 45,360 pixels wide by 1050 pixels tall
With an aspect ratio of 216:5

or

Portrait:
27x 1050 = 28,350 pixels wide by 1680 pixels tall
With an aspect ratio of 135:8

Still thats pritty danm wide.
It may be possible to expand on this using 3x E6 cards with a TH2G on each port, bringing the total number of monitors to 54.

Close, however unfortunately we all know that the TH2G will only output 5050x1050 (a max of 1680x1050 per screen).

uhm, yeah i forgot...

but this resolution-limit should (theoretically) be abandoned with displayport :(

[quote]Close, however unfortunately we all know that the TH2G will only output 5050x1050 (a max of 1680x1050 per screen).

uhm, yeah i forgot...

but this resolution-limit should (theoretically) be abandoned with displayport :(

Actually with a 5000 series card, the max output with a TH2Go is 3840x1024. Sucks don't it? Also, DP1.1 doesn't allow for much more bandwidth for higher resolutions. 1.2 is where we can do interesting stuff. You can run 3x2560x1440 displays at 60Hz and 3x2560x1600 displays at 58Hz with DP1.2 and


Resolution Bandwidth Calculator

theoretically

3x 5870 e6 = 18 video outputs + each th2go = 54 monitors in 27x2 mode

so 45360x2100 res = 95mln pixel

and I will get 0,0001FPS in dirt2

theoretically

3x 5870 e6 = 18 video outputs + each th2go = 54 monitors in 27x2 mode

so 45360x2100 res = 95mln pixel

and I will get 0,0001FPS in dirt2

Actually, because of the the limitation of the ATI driver:

3x 5870 e6 = 18 video outputs + each th2go = 54 monitors in 27x2 mode

so 34560x2048 res = 71mln pixel

This is completely ridiculous, but awesome, now who want to tally up how much all that display hardware would cost?

Also Duniek, update your sig. You're doing amazing things here.