TODO add more screencaps
The converter has a screencap feature where a frame of the source can be saved as a png file and all the images below came from real hardware. If you click on the blue links to view the full size images and zoom to full screen on a 1080p HD monitor you will get exactly the same quality as the output of the converter in integer/sharp scaling mode.
BBC Micro:
BBC mode 2 with in band palette reprogramming:
Atom:
Atom Clear 4: 256x192 2 colours; Atom Software Archive
Atom Clear 0: 32x16 text / 64x96 block graphics; Colour Test 1 from the archive
Atom Clear 4a: 128x192 4 colours; Atomic Flappy Bird
Atom Clear 4: 256x192 2 colours; 3D Plotting from Atomic Theory and Practice
IBM PC:
PC CGA 640x200 with NTSC Artifact colours:
Amstrad CPC:
Spectrum +3: RGB output (Also Spectrum 128, +2 and +2A)
Spectrum 48K YUV output:
Test screen: (Note no bright colours except white unlike other Spectrums 128/+2/+2A/+3 above)
Dragon 32:
Tandy Color Computer:
Commodore 64: (Requires c0pperdragon YUV board + palette reprogram.
https://github.com/c0pperdragon/C64-Video-Enhancement
Available here:
https://videogameperfection.com/products/commodore-component-video/
Apple II:
NTSC Artifact Colours (Composite):
The 4 lines of text in mixed modes will have artifacts when using composite video
NTSC Artifact Colours (Apple IIc TTL or IIe internal pickup):
The 4 lines of text in mixed modes will be clean when using the Apple IIc TTL interface
(The same signals are available internally on the Apple IIe)
Game4 (Artifact quality set to sharp):
Apple IIGS:
TI 99/4a: (Requires 4 level analog board with U7 fitted)
ZX80:
ZX81:
Tandy TRS80 Model 1 Level II:
Acorn System 5 80 Column:
UK101:
Commodore Amiga:
Atari ST / STE:
Commodore 128:
Sam Coupe:
Apple Lisa:
