Comment by dizzy9 1 day ago Perhaps it can do 50Hz, which may be beneficial for emulating PAL systems. 4 comments dizzy9 Reply Dwedit 1 day ago You can use CRU (custom resolution utility) to add 50Hz to most screens. whalesalad 1 day ago Ostensibly any display capable of VRR should be able to operate at any range. hedora 1 day ago You don't need VRR for this, but there are some step functions of usefulness:24Hz - now you can correctly play movies.30Hz - NTSC (deinterlaced) including TV shows + video game emulators.50Hz - (24 * 2 = 50 in Hollywood. Go look it up!) Now you can correctly play PAL and movies.120Hz - Can play frame-accurate movies and NTSC (interlaced or not). Screw Europe because the judder is basically unnoticeable at 120Hz.144Hz - Can play movies + pwn n00bs or something.150Hz - Unobtanium but would play NTSC (deinterlaced), PAL and movies with frame level accuracy.240Hz - Not sure why this is a thing, TBH. (300 would make sense...) martijnvds 13 hours ago 240 = 2 x 120, or 4 x 60 (or 8 x 30)
whalesalad 1 day ago Ostensibly any display capable of VRR should be able to operate at any range. hedora 1 day ago You don't need VRR for this, but there are some step functions of usefulness:24Hz - now you can correctly play movies.30Hz - NTSC (deinterlaced) including TV shows + video game emulators.50Hz - (24 * 2 = 50 in Hollywood. Go look it up!) Now you can correctly play PAL and movies.120Hz - Can play frame-accurate movies and NTSC (interlaced or not). Screw Europe because the judder is basically unnoticeable at 120Hz.144Hz - Can play movies + pwn n00bs or something.150Hz - Unobtanium but would play NTSC (deinterlaced), PAL and movies with frame level accuracy.240Hz - Not sure why this is a thing, TBH. (300 would make sense...) martijnvds 13 hours ago 240 = 2 x 120, or 4 x 60 (or 8 x 30)
hedora 1 day ago You don't need VRR for this, but there are some step functions of usefulness:24Hz - now you can correctly play movies.30Hz - NTSC (deinterlaced) including TV shows + video game emulators.50Hz - (24 * 2 = 50 in Hollywood. Go look it up!) Now you can correctly play PAL and movies.120Hz - Can play frame-accurate movies and NTSC (interlaced or not). Screw Europe because the judder is basically unnoticeable at 120Hz.144Hz - Can play movies + pwn n00bs or something.150Hz - Unobtanium but would play NTSC (deinterlaced), PAL and movies with frame level accuracy.240Hz - Not sure why this is a thing, TBH. (300 would make sense...) martijnvds 13 hours ago 240 = 2 x 120, or 4 x 60 (or 8 x 30)
You can use CRU (custom resolution utility) to add 50Hz to most screens.
Ostensibly any display capable of VRR should be able to operate at any range.
You don't need VRR for this, but there are some step functions of usefulness:
24Hz - now you can correctly play movies.
30Hz - NTSC (deinterlaced) including TV shows + video game emulators.
50Hz - (24 * 2 = 50 in Hollywood. Go look it up!) Now you can correctly play PAL and movies.
120Hz - Can play frame-accurate movies and NTSC (interlaced or not). Screw Europe because the judder is basically unnoticeable at 120Hz.
144Hz - Can play movies + pwn n00bs or something.
150Hz - Unobtanium but would play NTSC (deinterlaced), PAL and movies with frame level accuracy.
240Hz - Not sure why this is a thing, TBH. (300 would make sense...)
240 = 2 x 120, or 4 x 60 (or 8 x 30)