Hello,
I have one Mister hooked to a VGA CRT monitor via an HDMI to VGA adapter / converter. The quality is just incredible and all the cores are working great except for the PSX one. I do have another Mister with the IO hat with VGA output, but the quality is not as great and I want to keep that one on my main CRT tube TV. I really want to focus on a solution for the HDMI to VGA adapter which is also cheaper and more accessible.
I know that Scandoubler is not support because of the funny resolutions switching in some games and interlaced ones and the output signal frequency is 15.7 Khz and it's not supported. VGA CRTs expect 31Khz frequency.
I opened an issue with PSX core dev on Github and the answer/solution was to use VGA Scaling. I have tried doing so without luck. The signal is still 15khz no matter what I do.
Anyone here had this issue and could help please? I will for sure do a Youtube video on it after if I can get it to work. I see many posts with no clear instructions with people in the dark like me. One of them suggest to output at 960p the PSX core video mode (where 480i X 2, which makes sense). I've tried, but it just won't do it. What is the secret sauce? Here is my Mister.ini file.
Code: Select all
[MiSTer]
key_menu_as_rgui=0 ; set to 1 to make the MENU key map to RGUI in Minimig (e.g. for Right Amiga)
forced_scandoubler=1 ; set to 1 to run scandoubler on VGA output always (depends on core).
ypbpr=0 ; set to 1 for YPbPr on VGA output.
composite_sync=0 ; set to 1 for composite sync on HSync signal of VGA output.
vga_scaler=1 ; set to 1 to connect VGA to scaler output.
hdmi_audio_96k=0 ; set to 1 for 96khz/16bit HDMI audio (48khz/16bit otherwise)
keyrah_mode=0x18d80002 ; VIDPID of keyrah for special code translation (0x23418037 for Arduino Micro)
vscale_mode=1 ; 0 - scale to fit the screen height.
; 1 - use integer scale only.
; 2 - use 0.5 steps of scale.
; 3 - use 0.25 steps of scale.
vscale_border=0 ; set vertical border for TVs cutting the upper/bottom parts of screen (1-399)
;bootscreen=0 ; uncomment to disable boot screen of some cores like Minimig.
;mouse_throttle=10 ; 1-100 mouse speed divider. Useful for very sensitive mice
rbf_hide_datecode=0 ; 1 - hides datecodes from rbf file names. Press F2 for quick temporary toggle
menu_pal=0 ; 1 - PAL mode for menu core
hdmi_limited=2 ; 1 - use limited (16..235) color range over HDMI
; 2 - use limited (16..255) color range over HDMI, for VGA converters.
direct_video=1 ; 1 - enable core video timing over HDMI, use only with VGA converters.
fb_size=0 ; 0 - automatic, 1 - full size, 2 - 1/2 of resolution, 4 - 1/4 of resolution.
fb_terminal=1 ; 1 - enabled (default), 0 - disabled
osd_timeout=30 ; 5-3600 timeout (in seconds) for OSD to disappear in Menu core. 30 seconds if not set.
; Background picture will get darker after double timeout
; 1 - enables the recent file loaded/mounted.
; WARNING: This option will enable write to SD card on every load/mount which may wear the SD card after many writes to the same place
; There is also higher chance to corrupt the File System if MiSTer will be reset or powered off while writing.
recents=0
; lastcore - Autoboot the last loaded core (corename autosaved in CONFIG/lastcore.dat) first found on the SD/USB
; lastexactcore - Autoboot the last loaded exact core (corename_yyyymmdd.rbf autosaved in CONFIG/lastcore.dat) first found on the SD/USB
; corename - Autoboot first corename_*.rbf found on the SD/USB
; corename_yyyymmdd.rbf - Autoboot first corename_yyyymmdd.rbf found on the SD/USB
;bootcore=lastcore ; uncomment to autoboot a core, as the last loaded core.
bootcore_timeout=10 ; 10-30 timeout before autoboot, comment for autoboot without timeout.
; Option to load the custom font. Format is plain bitmap 8x8.
; Supported sizes of font:
; 768 bytes - chars 32-127 (only alpha + numeric)
; 1024 bytes - chars 0-127
; 1136 bytes - chars 0-141
; up to 2048 - only chars 0-141 will be used.
; if first 32 chars are empty (for sizes 1024 bytes and more) then they are skipped.
font=font/myfont.pf
; USER button emulation by keybaord. Usually it's reset button.
; 0 - lctrl+lalt+ralt (lctrl+lgui+rgui on keyrah)
; 1 - lctrl+lgui+rgui
; 2 - lctrl+lalt+del
; 3 - same as 0 (lctrl+lalt+ralt on keyrah)
reset_combo=0
dvi_mode=0 ; set to 1 for DVI mode. Audio won't be transmitted through HDMI in DVI mode.
; 0 - 1280x720@60
; 1 - 1024x768@60
; 2 - 720x480@60
; 3 - 720x576@50
; 4 - 1280x1024@60
; 5 - 800x600@60
; 6 - 640x480@60
; 7 - 1280x720@50
; 8 - 1920x1080@60
; 9 - 1920x1080@50
;10 - 1366x768@60
;11 - 1024x600@60
;
; custom mode: hact,hfp,hs,hbp,vact,vfp,vs,vbp,Fpix_in_KHz
; video_mode=1280,110,40,220,720,5,5,20,74250
;video_mode=0
; set to 1-10 (seconds) to display video info on startup/change
video_info=5
; Set to 1 for automatic HDMI VSync rate adjust to match original VSync.
; Set to 2 for low latency mode (single buffer).
; This option makes video butter smooth like on original emulated system.
; Adjusting is done by changing pixel clock. Not every display supports variable pixel clock.
; For proper adjusting and to reduce possible out of range pixel clock, use 60Hz HDMI video
; modes as a base even for 50Hz systems.
vsync_adjust=0
; If you monitor doesn't support either very low (NTSC monitors may not support PAL) or
; very high (PAL monitors may not support NTSC) then you can set refresh_min and/or refresh_max
; parameters, so vsync_adjust won't be applied for refreshes outside specified.
; These parameters are valid only when vsync_adjust is non-zero.
refresh_min=0
refresh_max=0
; These parameters have the same format as video_mode.
; You need to supply both PAL and NTSC modes if you want vsync_adjust to switch between
; predefined modes as a base. This will reduce the range of pixel clock.
;video_mode_ntsc=0
;video_mode_pal=7
; 1-10 (seconds) to display controller's button map upon first time key press
; 0 - disable
controller_info=6
; JammaSD keys to joysticks translation
; You have to provide correct VID and PID of your input device
;jammasd_vid=0x04D8
;jammasd_pid=0xF3AD
;fall back 960p or 640p res
;video_mode=1704,96,184,280,960,1,3,30,134630 ;1704x960
;video_mode=6
[video=368x240]
vga_scaler=1
video_mode=368,8,40,48,240,1,3,14,14370
[video=529x240]
vga_scaler=1
video_mode=529,8,56,64,240,1,3,14,20310
[video=529x480]
vga_scaler=1
video_mode=529,32,56,88,480,1,3,31,43510
[video=640x478]
vga_scaler=1
video_mode=6
;video_mode=640,40,64,104,478,1,3,31,52200
[video=384x216]
vga_scaler=1
video_mode=384,24,40,64,432,1,3,28,28510
[video=256x239]
vga_scaler=1
video_mode=256,8,24,32,239,1,3,14,9870
[video=512x216]
vga_scaler=1
video_mode=512,24,56,80,432,1,3,28,37420
[video=640x240]
vga_scaler=1
video_mode=640,16,64,80,240,1,3,14,24770
[video=512x240]
vga_scaler=1
video_mode=512,16,48,64,240,1,3,14,19810
[video=256x240]
vga_scaler=1
video_mode=256,8,24,32,240,1,3,14,9910
[video=316x240]
vga_scaler=1
video_mode=320,24,49,38,200,2,2,20,13535,0,1
[video=320x240]
vga_scaler=1
video_mode=320,8,32,40,240,1,3,14,12380
;video_mode=320,24,49,38,240,2,2,20,13535,0,1
;video_mode=320,8,32,40,240,3,4,6,6000
;video_mode=640,4,88,60,480,1,5,19,23876,0,0
[psx]
vga_scaler=1