- 1280x1024 vga comes up as "unsupported mode" i.e. the SIGMAC does not like the timing
- 720p component video not tested yet
- 1080p component video not tested as it is a 720p TV
- NTSC video not tested yet
INSIGNIA 24" 1080p TV
- 640x480 vga now works, use 60Hz VESA mode with FREQA set as below
- 800x600 vga now works, use 60Hz VESA mode with FREQA set as below
- 1024x768 vga works, use 60Hz VESA mode with FREQA set as below
- 1280x1024 vga now works, use 60Hz VESA mode with FREQA set as below
- 1280x720 vga works, use 60Hz VESA mode with FREQA set as below
- 1920x1080 vga works, use 60Hz VESA mode with FREQA set as below
- 480p component video works, but there is some "dot crawl" on the vertical divisions between color bands
- 720p component video works, but there is some "dot crawl" on the vertical divisions between color bands
- 1080p component video works, but there is some "dot crawl" on the vertical divisions between color bands
- NTSC video works if "Auto Input Detect" is turned off, or component cable is not attached to Yr Yb
Video input works by just moving the Y cable to DAC0
FYI, the 24" TV does not document that it supports 1080p over component video, but it works just fine :-)
- 640x480 vga now works, use 60Hz VESA mode with FREQA set as below
- 800x600 vga now works, use 60Hz VESA mode with FREQA set as below
- 1024x768 vga works, use 60Hz VESA mode with FREQA set as below
- 1280x1024 vga now works, use 60Hz VESA mode with FREQA set as below
Here are the working FREQA values for modes at 60Hz VSync VESA modes:
640x480 use $0D80_0000
800x600 use $1510_0000
1024x768 use $22AA_0000
1280x1024 use $3A00_0000
I am guessing it has a really narrow range of horizontal sync timing that it accepts; I ran into this issue when writing drivers for Morpheus, with other monitors.
Good multisycns will display almost anything... cheap TV's not so much.
I am looking for documentation for what modes it will accept right now.
Comments
Are the board interconnects Mictor (expensive)?
Thanks a ton Chip.
--Steve
Thanks,
C.W.
EDIT: Mine came today, really nice board.
Chip posted an updated DE0 firmware here
http://forums.parallax.com/showthread.php/146153-Prop-II-DE0-NANO-Emulator-PCB?p=1167913&viewfull=1#post1167913
There will hopefully be one for the DE2 soon too
regards
tubular
This update are exclusive to my version of Emulator PCB
http://forums.parallax.com/showthread.php/146153-Prop-II-DE0-NANO-Emulator-PCB?p=1167986&viewfull=1#post1167986
Prop2_Emulation_Boards.zip
Most Excellent, Thanks!
See if you can run these video demos:
simple_HDTV_1920x1080p.spin
simple_HDTV_1280x720p.spin
simple_NTSC_256x192.spin
simple_VGA_1280x1024.spin
simple_VGA_800x600.spin
simple_VGA_640x480.spin
On simple_VGA --- Have You even 800x600 and 640x480 ? config values
I programmed a Nano, and PNUT detects rev 32
BUT
I cannot get into the monitor
I hit space, enter, and nothing.
Any ideas?
Update:
Sapieha told me I have to strap pins 3-5 on the 26 pin connector; trying that now...
Remove the 8-pin flash chip. It has a program in it that just toggles some pins.
Nico hattink
(DUH, I should have thought of pulling the flash chip...)
Why not use that 2 IO's to on-board PS2 instead on DE2-115
P42 no connection on DE0-Nano, LED10/SW10 on DE2-115
P43 no connection on DE0-Nano, LED11/SW11 on DE2-115
It took me a while to figure that out, too.
The VGA demo works well.
C.W.
I don't have spare monitor that can use that 1080p
only one that can show 1024x768 and one 800x600
Nico Hattink
C.W.
- 1280x1024 vga comes up as "unsupported mode" i.e. the SIGMAC does not like the timing
- 720p component video not tested yet
- 1080p component video not tested as it is a 720p TV
- NTSC video not tested yet
INSIGNIA 24" 1080p TV
- 640x480 vga now works, use 60Hz VESA mode with FREQA set as below
- 800x600 vga now works, use 60Hz VESA mode with FREQA set as below
- 1024x768 vga works, use 60Hz VESA mode with FREQA set as below
- 1280x1024 vga now works, use 60Hz VESA mode with FREQA set as below
- 1280x720 vga works, use 60Hz VESA mode with FREQA set as below
- 1920x1080 vga works, use 60Hz VESA mode with FREQA set as below
- 480p component video works, but there is some "dot crawl" on the vertical divisions between color bands
- 720p component video works, but there is some "dot crawl" on the vertical divisions between color bands
- 1080p component video works, but there is some "dot crawl" on the vertical divisions between color bands
- NTSC video works if "Auto Input Detect" is turned off, or component cable is not attached to Yr Yb
Video input works by just moving the Y cable to DAC0
FYI, the 24" TV does not document that it supports 1080p over component video, but it works just fine :-)
ViewSonic 1440x900 19" LCD VGA monitor (VA192wb)
- VGA 1280x1024 works, reports 104MHz dot clock / 58KHz HSync / 58Hz VSync
- VGA 800x600 mostly works, shows 8 bars, right 1/3 of screen black, reports 44Mhz dot clock / 43KHz VSync / 68Hz HSync
- VGA 640x480 works, shows 8 bars, right 1/5th screen black, reports 29MHz dot clock / 38KH VSync / 71Hz HSync
- 640x480 vga now works, use 60Hz VESA mode with FREQA set as below
- 800x600 vga now works, use 60Hz VESA mode with FREQA set as below
- 1024x768 vga works, use 60Hz VESA mode with FREQA set as below
- 1280x1024 vga now works, use 60Hz VESA mode with FREQA set as below
Here are the working FREQA values for modes at 60Hz VSync VESA modes:
640x480 use $0D80_0000
800x600 use $1510_0000
1024x768 use $22AA_0000
1280x1024 use $3A00_0000
Good multisycns will display almost anything... cheap TV's not so much.
I am looking for documentation for what modes it will accept right now.
I could not find the documentation :-(
simple_HDTV_1280x720p.spin
Works on the 24" Insignia, some dot crawl every 8 scan lines or so
simple_VGA_640x480.spin
simple_VGA_800x600.spin
I'll try an Acer 19" multisync...
ViewSonic 1440x900 19" LCD VGA monitor (VA192wb)
- VGA 1280x1024 works, reports 104MHz/58KHz/58Hz
- VGA 800x600 mostly works, shows 8 bars, right 1/3 of screen black, reports 44Mhz/43KHz/68Hz
- VGA 640x480 works, shows 8 bars, right 1/5th screen black, reports 29MHz/38KH//71Hz