So habe die Probleme beheben können. Für all jene, die das gleiche Problem haben , zeige ich hier meinen Lösungsweg.
Zunächst alles Updaten. Dann sich per putty etc. auf schalten und die Config.txt kopieren als original. Befehle kennt Ihr ja bestimmt. :-), ansonsten für newby's schaut einfach in Google nach da findet Ihr etliche Treffer.
Ist dies geschafft, gehen wir in die Config.txt Datei mit dem Befehl:
sudo nano /boot/config.txt
Hier löschen wir alles raus und fügen dann diese nachfolgenden Zeilen ein:
# For more options and information see
# http://www.raspberrypi.org/documentation/…n/config-txt.md
# Some settings may impact device functionality. See link above for details
# uncomment if you get no picture on HDMI for a default "safe" mode
#hdmi_safe=1
hdmi_ignore_edid=0xa5000080
hdmi_edid_file=1
hdmi_force_edid_audio=1
hdmi_ignore_edid_audio=1
hdmi_force_edid_3d=1
avoid_edid_fuzzy_match=1
hdmi_ignore_cec_init=1
hdmi_ignore_cec=1
# hdmi_force_hotplug
#hdmi_force_hotplug=1 Use HDMI mode even if no HDMI monitor is detected
# hdmi_ignore_hotplug
hdmi_ignore_hotplug=1 Use composite mode even if HDMI monitor is detected hdmi_pixel_encoding=0 default (limited for CEA, full for DMT)
# hdmi_pixel_encoding
hdmi_pixel_encoding=1 RGB limited (16-235)
hdmi_pixel_encoding=2 RGB full ( 0-255)
hdmi_pixel_encoding=3 YCbCr limited (16-235)
hdmi_pixel_encoding=4 YCbCr full ( 0-255)
# hdmi_drive
#hdmi_drive=1 Normal DVI mode (No sound)
#hdmi_drive=2 Normal HDMI mode (Sound will be sent if supported and enabled)
# hdmi_group
#hdmi_group=1 CEA
hdmi_group=2 DMT
# hdmi_mode
# These values are valid if hdmi_group=1 (CEA)
#hdmi_mode=1 VGA
#hdmi_mode=2 480p 60 Hz
#hdmi_mode=3 480p 60 Hz H
#hdmi_mode=4 720p 60 Hz
#hdmi_mode=5 1080i 60 Hz
#hdmi_mode=6 480i 60 Hz
#hdmi_mode=7 480i 60 Hz H
#hdmi_mode=8 240p 60 Hz
#hdmi_mode=9 240p 60 Hz H
#hdmi_mode=10 480i 60 Hz 4x
#hdmi_mode=11 480i 60 Hz 4x H
#hdmi_mode=12 240p 60 Hz 4x
#hdmi_mode=13 240p 60 Hz 4x H
#hdmi_mode=14 480p 60 Hz 2x
#hdmi_mode=15 480p 60 Hz 2x H
#hdmi_mode=16 1080p 60 Hz
#hdmi_mode=17 576p 50 Hz
#hdmi_mode=18 576p 50 Hz H
#hdmi_mode=19 720p 50 Hz
#hdmi_mode=20 1080i 50 Hz
#hdmi_mode=21 576i 50 Hz
#hdmi_mode=22 576i 50 Hz H
#hdmi_mode=23 288p 50 Hz
#hdmi_mode=24 288p 50 Hz H
#hdmi_mode=25 576i 50 Hz 4x
#hdmi_mode=26 576i 50 Hz 4x H
#hdmi_mode=27 288p 50 Hz 4x
#hdmi_mode=28 288p 50 Hz 4x H
#hdmi_mode=29 576p 50 Hz 2x
#hdmi_mode=30 576p 50 Hz 2x H
#hdmi_mode=31 1080p 50 Hz
#hdmi_mode=32 1080p 24 Hz
#hdmi_mode=33 1080p 25 Hz
#hdmi_mode=34 1080p 30 Hz
#hdmi_mode=35 480p 60 Hz 4x
#hdmi_mode=36 480p 60 Hz 4xH
#hdmi_mode=37 576p 50 Hz 4x
#hdmi_mode=38 576p 50 Hz 4x H
#hdmi_mode=39 1080i 50 Hz reduced blanking
#hdmi_mode=40 1080i 100 Hz
#hdmi_mode=41 720p 100 Hz
#hdmi_mode=42 576p 100 Hz
#hdmi_mode=43 576p 100 Hz H
#hdmi_mode=44 576i 100 Hz
#hdmi_mode=45 576i 100 Hz H
#hdmi_mode=46 1080i 120 Hz
#hdmi_mode=47 720p 120 Hz
#hdmi_mode=48 480p 120 Hz
#hdmi_mode=49 480p 120 Hz H
#hdmi_mode=50 480i 120 Hz
#hdmi_mode=51 480i 120 Hz H
#hdmi_mode=52 576p 200 Hz
#hdmi_mode=53 576p 200 Hz H
#hdmi_mode=54 576i 200 Hz
#hdmi_mode=55 576i 200 Hz H
#hdmi_mode=56 480p 240 Hz
#hdmi_mode=57 480p 240 Hz H
#hdmi_mode=58 480i 240 Hz
#hdmi_mode=59 480i 240 Hz H
#H means 16:9 variant (of a normally 4:3 mode).
#2x means pixel doubled (that is, higher clock rate, with each pixel repeated twice)
#4x means pixel quadrupled (that is, higher clock rate, with each pixel repeated four times)
# These values are valid if hdmi_group=2 (DMT)
# Note: according to http://www.raspberrypi.org/phpBB3/viewtop…60x1600#p195443
# there is a pixel clock limit which means the highest supported mode is 1920x1200 @60 Hz with reduced blanking.
#hdmi_mode=1 640x350 85 Hz
#hdmi_mode=2 640x400 85 Hz
#hdmi_mode=3 720x400 85 Hz
#hdmi_mode=4 640x480 60 Hz
#hdmi_mode=5 640x480 72 Hz
#hdmi_mode=6 640x480 75 Hz
#hdmi_mode=7 640x480 85 Hz
#hdmi_mode=8 800x600 56 Hz
#hdmi_mode=9 800x600 60 Hz
#hdmi_mode=10 800x600 72 Hz
#hdmi_mode=11 800x600 75 Hz
#hdmi_mode=12 800x600 85 Hz
#hdmi_mode=13 800x600 120 Hz
#hdmi_mode=14 848x480 60 Hz
#hdmi_mode=15 1024x768 43 Hz DO NOT USE
#hdmi_mode=16 1024x768 60 Hz
#hdmi_mode=17 1024x768 70 Hz
#hdmi_mode=18 1024x768 75 Hz
#hdmi_mode=19 1024x768 85 Hz
#hdmi_mode=20 1024x768 120 Hz
#hdmi_mode=21 1152x864 75 Hz
#hdmi_mode=22 1280x768 Reduced blanking
#hdmi_mode=23 1280x768 60 Hz
#hdmi_mode=24 1280x768 75 Hz
#hdmi_mode=25 1280x768 85 Hz
#hdmi_mode=26 1280x768 120 Hz Reduced blanking
#hdmi_mode=27 1280x800 Reduced blanking
#hdmi_mode=28 1280x800 60 Hz
#hdmi_mode=29 1280x800 75 Hz
#hdmi_mode=30 1280x800 85 Hz
#hdmi_mode=31 1280x800 120 Hz Reduced blanking
#hdmi_mode=32 1280x960 60 Hz
#hdmi_mode=33 1280x960 85 Hz
#hdmi_mode=34 1280x960 120 Hz Reduced blanking
#hdmi_mode=35 1280x1024 60 Hz
#hdmi_mode=36 1280x1024 75 Hz
#hdmi_mode=37 1280x1024 85 Hz
#hdmi_mode=38 1280x1024 120 Hz Reduced blanking
#hdmi_mode=39 1360x768 60 Hz
#hdmi_mode=40 1360x768 120 Hz Reduced blanking
#hdmi_mode=41 1400x1050 Reduced blanking
#hdmi_mode=42 1400x1050 60 Hz
#hdmi_mode=43 1400x1050 75 Hz
#hdmi_mode=44 1400x1050 85 Hz
#hdmi_mode=45 1400x1050 120 Hz Reduced blanking
#hdmi_mode=46 1440x900 Reduced blanking
#hdmi_mode=47 1440x900 60 Hz
#hdmi_mode=48 1440x900 75 Hz
#hdmi_mode=49 1440x900 85 Hz
#hdmi_mode=50 1440x900 120 Hz Reduced blanking
#hdmi_mode=51 1600x1200 60 Hz
#hdmi_mode=52 1600x1200 65 Hz
#hdmi_mode=53 1600x1200 70 Hz
#hdmi_mode=54 1600x1200 75 Hz
#hdmi_mode=55 1600x1200 85 Hz
#hdmi_mode=56 1600x1200 120 Hz Reduced blanking
#hdmi_mode=57 1680x1050 Reduced blanking
#hdmi_mode=58 1680x1050 60 Hz
#hdmi_mode=59 1680x1050 75 Hz
#hdmi_mode=60 1680x1050 85 Hz
#hdmi_mode=61 1680x1050 120 Hz Reduced blanking
#hdmi_mode=62 1792x1344 60 Hz
#hdmi_mode=63 1792x1344 75 Hz
#hdmi_mode=64 1792x1344 120 Hz Reduced blanking
#hdmi_mode=65 1856x1392 60 Hz
#hdmi_mode=66 1856x1392 75 Hz
#hdmi_mode=67 1856x1392 120 Hz Reduced blanking
#hdmi_mode=68 1920x1200 Reduced blanking
#hdmi_mode=69 1920x1200 60 Hz
#hdmi_mode=70 1920x1200 75 Hz
#hdmi_mode=71 1920x1200 85 Hz
#hdmi_mode=72 1920x1200 120 Hz Reduced blanking
#hdmi_mode=73 1920x1440 60 Hz
#hdmi_mode=74 1920x1440 75 Hz
#hdmi_mode=75 1920x1440 120 Hz Reduced blanking
#hdmi_mode=76 2560x1600 Reduced blanking
#hdmi_mode=77 2560x1600 60 Hz
#hdmi_mode=78 2560x1600 75 Hz
#hdmi_mode=79 2560x1600 85 Hz
#hdmi_mode=80 2560x1600 120 Hz Reduced blanking
#hdmi_mode=81 1366x768 60 Hz
#hdmi_mode=82 1080p 60 Hz
#hdmi_mode=83 1600x900 Reduced blanking
#hdmi_mode=84 2048x1152 Reduced blanking
#hdmi_mode=85 720p 60 Hz
#hdmi_mode=86 1366x768 Reduced blanking
# uncomment this if your display has a black border of unused pixels visible
# and your display can output without overscan
disable_overscan=0
# uncomment the following to adjust overscan. Use positive numbers if console
# goes off screen, and negative if there is too much border
overscan_left=14
overscan_right=14
overscan_top=12
overscan_bottom=12
# uncomment to force a console size. By default it will be display's size minus
# overscan.
framebuffer_width=1920
framebuffer_height=1200
# uncomment if hdmi display is not detected and composite is being output
hdmi_force_hotplug=1
hdmi_force_edid_audio=1
# uncomment to force a specific HDMI mode (this will force VGA)
#hdmi_group=1
#hdmi_mode=1
# uncomment to force a HDMI mode rather than DVI. This can make audio work in
# DMT (computer monitor) modes
hdmi_drive=2
# uncomment to increase signal to HDMI, if you have interference, blanking, or
# no display
config_hdmi_boost=4
# uncomment for composite PAL
#sdtv_mode=2
# Force the monitor to HDMI mode so that sound will be sent over HDMI cable
hdmi_drive=2
# Set monitor mode to DMT
hdmi_group=2
# Set monitor resolution to 1024x768 XGA 60 Hz (HDMI_DMT_XGA_60)
#uncomment to overclock the arm. 700 MHz is the default.
arm_freq=1000
# Uncomment some or all of these to enable the optional hardware interfaces
#dtparam=i2c_arm=on
#dtparam=i2s=on
#dtparam=spi=on
# Uncomment this to enable the lirc-rpi module
#dtoverlay=lirc-rpi
# Additional overlays and parameters are documented /boot/overlays/README
# Enable audio (loads snd_bcm2835)
dtparam=audio=on
#gpu_mem_256=128
#gpu_mem_512=256
#gpu_mem_1024=256
overscan_scale=1
core_freq=500
sdram_freq=500
over_voltage=2
gpu_mem=386
disable_audio_dither=1
# Enable Mpeg2 & VC1 decode
decode_MPG2=000000000
decode_WVC1=000000000
Wurde dies eingefügt, drückt strg + x und bestätigt mit y und Enter. Dann startet den Rasperry neu.
Nach dem der Raspberry neu gestartet ist, müsst Ihr unter umständen diese Zeilen ändern:
# uncomment the following to adjust overscan. Use positive numbers if console
# goes off screen, and negative if there is too much border
overscan_left=14
overscan_right=14
overscan_top=12
overscan_bottom=12
ANPASSUNG BILDSCHIRM UND HDMI-TONAUSGABE
Je nachdem wie groß euer Bildschilm ist, müsst Ihr die Zahlen verkleinern oder erhöhen.
Wurde dies erledigt, so müsste nun das Bild an euren Bildschirm angepasst sein und der Ton müsste über HDMI ausgegeben werden.
Nun zu dem Problem mit der PSX
Dies Ist sehr einfach zu erledigen, jedoch nicht mehr so wie früher, das die Bios einfach in den Bios Ordner gelegt werden.
Ihr müsst nun euren RPI über das Netzwerk ansteuern, geht dann auf den Netwerkpfad: configs/psx/pcsx/plugin/cfg
Seit Ihr dort angelangt, legt dort eure Bios ab. Downloadbar unter:
http://www.theisozone.com/downloads/play…-psx-bios-pack/ oder unter
https://www.loveroms.com/extras/psx-bios.php
Ich persönlich habe alle 14 Bios dort hineingelegt. Damit sollte soweit jedes Spiel laufen.
Ist dies erledigt. Startet den Pi nochmals neu mit dem Befehl: sudo reboot -0 h
Danach könnt Ihr diese Rom Formatdateien einlegen in den PSX Roms Ordner: bin, cue, ecm und img und starten. Iso Dateien funktionieren komischer weises nicht mehr :-(.
Nach langen tüfteln und einer Idee auf die ich nicht gekommen bin von Laxs, funktioniert nun alles.
Grüße und ein großes Dankeschön
Raspiroot
Automatisch zusammengefügt:
P.S.
Ihr könnt auch beide PSX Emulatoren dann verwenden, wenn Ihr beim Start des Spiels eine Taste drückt und einen Emulator auswählt.
Jedoch Funktioniert der Controler beim pcsx rearmed nicht, vllt. schafft jemand dieses Problem zu beheben.
Der PSX2 (Also Playstation 2 Emulator funktioniert leider nur auf dem PC oder einem Raspi-Klon mit x86 Prozessor Architektur)
Und vielen Dank nochmal