To be fair, that probably is a REALLY nice broadcast-grade CRT like a SONY BVM-20F1U or something… which most people did NOT have access to back in the day.
Hell, my wealthy buddy’s family had a “flat screen” (meaning the CRT didn’t have a curved face) SONY WEGA CRT in the mid-90s and I know it had S-Video, but I’m pretty sure it didn’t even have a component connection, let alone the quality aperture grille/shadow masking, or the contrast ratio that the BVMs did (because those things were at local TV news stations running 24/7).
In reality, there’s a bunch of differences with connection types providing various levels of quality and CRT display technology , but the accessibility that new TVs give us all to astoundingly good picture quality at a pretty reasonable price means we are living in a golden era for retro gaming if you know what you’re doing.
I’ll take my gigantic 4K OLED hooked up to a MiSTer with some great shaders rendering the sub-pixel effects a real CRT has to emulate this visual effect with run-ahead to minimize the latency + input lag over anything except a BVM-20F1U in near mint condition almost any other day of the week.
TL;DR - you can emulate those sub-pixel CRT era display technology display artifacts with a decent shader on a good 4K OLED, and probably spend less than you’d need to get almost the exact same visual effect with pretty much none of the pitfalls you get with old CRTs like massive electricity use, having to carry a 150-250lb CRT, hope it has no burn-in, decent remaining bulb life, etc.
Nah, those phosphor strips of that screenshot on the left are plenty coarse to be achievable with a consumer grade CRT. Throw in the fact that European sets pretty much all had RGB and it’s pretty realistic. Although most of us only heard about RGB cables with the advent of chipped PS1s and pirated NTSC discs (they oftentimes only displayed in black and white and RGB cables were the widely known fix for that).
EDIT oh by the way, the community CRTgaming also made it over here to Lemmy :-) I’ll have to post some content there…
@Elektrotechnik Here in the EU/Germany we was used to SCART connection, even on the SNES (and upwards). MULTI-OUT/SCART supported composite, Svideo and RGB. The image I had was cleaner than what I emulate nowadays!
My man. Now THIS person knows about CRT gaming. I’m merely an old man with limited time to research all this. Anyone talking about phosphor strips and halation and magnetic interference /gaussing probably knows their 💩.
I just know I like wearing the nostalgia goggles that add those artifacts my old eyes still hazily remember and weirdly prefer.
If you have the space, I highly recommend just getting a mid-sized CRT for the lulz :D It’s such a fun hobby. I went down the rabbit hole a little too hard in 2016 and have to downsize now. But I’d still get one to play around with while they’re still available for a couple of bucks (I hear it has gotten harder in the US already).
YES! Please join us! I don’t want our community to be full of elitists, play how you enjoy playing! But I happen to really love the look and nostalgia of playing on CRTs. Everyone is welcome to come and post about CRTs, or even CRT filters and masks in emulators to get that authentic experience!
@JDPoZ Most people not from that time think that CRT look is just bunch of clean black lines overlapping the image (keyword scanlines) without anything else to consider, and call it a day.
Man I’m such an old fart I prefer my emulated games appear using different era CRT shaders to accurately reflect the sort of TV connection I had access to when playing. Like emulating shittier RF for older NES games, S-Video for SNES - N64, and then component for PS1 - PS2 era.
Like… I enjoy playing Mike Tyson’s Punch-Out using a shader that makes it look like a shitty RF connection with inaccurate desaturated colors bleeding, interlace jitter, etc. I’m actually kinda wistful when I can’t see the preview channel 3 TV guide blending through the crappy connection. I almost want to see if someone has made a shader that could render in a YouTube stream of retro late 80s to early 90s TV at like 5% opacity to get the same effect I saw as a kid sitting 2 ft away from my old 16” Magnavox.
@JDPoZ (I’m not sure why your reply does not appear in my view, but only if I look at your profile… Guess Kbin does not work correct at the moment?)
Me too! But where I live we did not use RF connection for NES, but had composite through RCA connection. I have different setups for the kind of system I am emulating. For NES and that time period my Shader choice is “composite” cable variant, SNES era “svideo” and “rgb” (or for you known as “component”) connection. There are many more configurations for other systems and handhelds as well. Handhelds in example aren’t CRTs, but LCD displays.
Play how you enjoy playing! I will say that this looks like a consumer-grade pitch, and that there is some value in consumer-grade sets today, even with something like composite, since the mixed colors were used on many occasions, Sonic’s waterfalls are the classic example.
Personally I enjoy playing on CRTs when I can, but I also love filters on modern displays! I think the biggest gap right now isn’t playing things like SNES on a 4K OLED with filters, but things like GameCube that we can get on those displays with GCVideo adapters like the Carby and EON Mk2, but then they are pretty limited in options for scaling and filters. RetroTink 5x Pro of course is an option, but they add up! It’s so easy to get a cheap or free CRT to enjoy lag free without spending hundreds on scalers and hardware mods.
Oh the MiSTer is awesome! It’s like an emulation device, but instead of emulating with software it uses a thing called an FPGA (Field Programmable Gate Array). the short explanation of what that means is that the chip reconfigures itself physically to mimic the hardware of old systems, which results in super accurate, lag-free emulation. It also allows for both digital and analogue output, loads from mass storage like an SD card or USB hard drive, and works with the oldest systems up to things like the PS1.
To be fair, that probably is a REALLY nice broadcast-grade CRT like a SONY BVM-20F1U or something… which most people did NOT have access to back in the day.
Hell, my wealthy buddy’s family had a “flat screen” (meaning the CRT didn’t have a curved face) SONY WEGA CRT in the mid-90s and I know it had S-Video, but I’m pretty sure it didn’t even have a component connection, let alone the quality aperture grille/shadow masking, or the contrast ratio that the BVMs did (because those things were at local TV news stations running 24/7).
In reality, there’s a bunch of differences with connection types providing various levels of quality and CRT display technology , but the accessibility that new TVs give us all to astoundingly good picture quality at a pretty reasonable price means we are living in a golden era for retro gaming if you know what you’re doing.
I’ll take my gigantic 4K OLED hooked up to a MiSTer with some great shaders rendering the sub-pixel effects a real CRT has to emulate this visual effect with run-ahead to minimize the latency + input lag over anything except a BVM-20F1U in near mint condition almost any other day of the week.
TL;DR - you can emulate those sub-pixel CRT era display technology display artifacts with a decent shader on a good 4K OLED, and probably spend less than you’d need to get almost the exact same visual effect with pretty much none of the pitfalls you get with old CRTs like massive electricity use, having to carry a 150-250lb CRT, hope it has no burn-in, decent remaining bulb life, etc.
Nah, those phosphor strips of that screenshot on the left are plenty coarse to be achievable with a consumer grade CRT. Throw in the fact that European sets pretty much all had RGB and it’s pretty realistic. Although most of us only heard about RGB cables with the advent of chipped PS1s and pirated NTSC discs (they oftentimes only displayed in black and white and RGB cables were the widely known fix for that).
EDIT oh by the way, the community CRTgaming also made it over here to Lemmy :-) I’ll have to post some content there…
@Elektrotechnik Here in the EU/Germany we was used to SCART connection, even on the SNES (and upwards). MULTI-OUT/SCART supported composite, Svideo and RGB. The image I had was cleaner than what I emulate nowadays!
My man. Now THIS person knows about CRT gaming. I’m merely an old man with limited time to research all this. Anyone talking about phosphor strips and halation and magnetic interference /gaussing probably knows their 💩.
I just know I like wearing the nostalgia goggles that add those artifacts my old eyes still hazily remember and weirdly prefer.
If you have the space, I highly recommend just getting a mid-sized CRT for the lulz :D It’s such a fun hobby. I went down the rabbit hole a little too hard in 2016 and have to downsize now. But I’d still get one to play around with while they’re still available for a couple of bucks (I hear it has gotten harder in the US already).
YES! Please join us! I don’t want our community to be full of elitists, play how you enjoy playing! But I happen to really love the look and nostalgia of playing on CRTs. Everyone is welcome to come and post about CRTs, or even CRT filters and masks in emulators to get that authentic experience!
I mod the one here on Lemmy.world - !crtgaming@lemmy.world
!crtgaming@lemmy.world
!CRTs@kbin.social as well!
@JDPoZ Most people not from that time think that CRT look is just bunch of clean black lines overlapping the image (keyword scanlines) without anything else to consider, and call it a day.
Man I’m such an old fart I prefer my emulated games appear using different era CRT shaders to accurately reflect the sort of TV connection I had access to when playing. Like emulating shittier RF for older NES games, S-Video for SNES - N64, and then component for PS1 - PS2 era.
Like… I enjoy playing Mike Tyson’s Punch-Out using a shader that makes it look like a shitty RF connection with inaccurate desaturated colors bleeding, interlace jitter, etc. I’m actually kinda wistful when I can’t see the preview channel 3 TV guide blending through the crappy connection. I almost want to see if someone has made a shader that could render in a YouTube stream of retro late 80s to early 90s TV at like 5% opacity to get the same effect I saw as a kid sitting 2 ft away from my old 16” Magnavox.
@JDPoZ (I’m not sure why your reply does not appear in my view, but only if I look at your profile… Guess Kbin does not work correct at the moment?)
Me too! But where I live we did not use RF connection for NES, but had composite through RCA connection. I have different setups for the kind of system I am emulating. For NES and that time period my Shader choice is “composite” cable variant, SNES era “svideo” and “rgb” (or for you known as “component”) connection. There are many more configurations for other systems and handhelds as well. Handhelds in example aren’t CRTs, but LCD displays.
deleted by creator
Play how you enjoy playing! I will say that this looks like a consumer-grade pitch, and that there is some value in consumer-grade sets today, even with something like composite, since the mixed colors were used on many occasions, Sonic’s waterfalls are the classic example.
Personally I enjoy playing on CRTs when I can, but I also love filters on modern displays! I think the biggest gap right now isn’t playing things like SNES on a 4K OLED with filters, but things like GameCube that we can get on those displays with GCVideo adapters like the Carby and EON Mk2, but then they are pretty limited in options for scaling and filters. RetroTink 5x Pro of course is an option, but they add up! It’s so easy to get a cheap or free CRT to enjoy lag free without spending hundreds on scalers and hardware mods.
What does this MiSTer thingy do?
Oh the MiSTer is awesome! It’s like an emulation device, but instead of emulating with software it uses a thing called an FPGA (Field Programmable Gate Array). the short explanation of what that means is that the chip reconfigures itself physically to mimic the hardware of old systems, which results in super accurate, lag-free emulation. It also allows for both digital and analogue output, loads from mass storage like an SD card or USB hard drive, and works with the oldest systems up to things like the PS1.