just won a BVM-20F1U for $60 from the harpo studios auction. I had three of them secured (two for $55 and one for $60), but I was outbid on the other two which sold for $125 and $150.
pretty excited to pick it up next week tho.
will do - pickup is next monday-friday and I probably won't nab it till next Friday. There's a shmupsmeet in Chicago next week and I'm probably going to have someone drive me to go pickup the monitor and head to the meet.
now I just have to figure out what I'm going to use for speakers ._.
any cheap suggestions?
will do - pickup is next monday-friday and I probably won't nab it till next Friday. There's a shmupsmeet in Chicago next week and I'm probably going to have someone drive me to go pickup the monitor and head to the meet.
now I just have to figure out what I'm
going to use for speakers ._.
any cheap suggestions?
Cheap? Any shitty powered 2.1 computer speakers. Good? Some bookshelf speakers with an amp.
Also I'm mad jelly of your prices. Wish I could find some more BVM sets around me since the ones I got have a ton of hours.
I'm in Chicago and have that exact CRT, you're going to love it. Where is this shmups meet? Also, you will need an amp of some sort.
what was the error before the fix? i never noticed
limited either didn't do anything or just straight messed up colors. Can't recall which.
MLIG video on the 240p Test Suite
https://www.youtube.com/watch?v=nUdfPdM1mw0
MLIG video on the 240p Test Suite
https://www.youtube.com/watch?v=nUdfPdM1mw0
Great introduction to the Test suite. Too bad they don't go into details of what to do with each test, what to calibrate and how. They're going to make a CRT calibration video so I'm hopeful they will go more in depth then. Still, their videos are the best on the subject on the internet, by a mile.
firmware 2.00a is live for the Framemeister. Fixes the 'limited' color range setting.
http://micomsoft.co.jp/xrgb-mini_download.htm
Aside: goldenpp72 I responded to your question best I could on the last page. Hoping you saw it, but I figured I'd let you know since it was the last post on the page.
Just saw it, I'm confused though. Can the framemeister not upscale 480p such as from xbox and ps2? I was under the impression it could using component cables.
it does, I do them both over component. just not over rgb for the PS2 it sounds like.
A similar vga converter is what fudoh recommends to get 480p from a ps2 in to the cm via scart.Exactly. You'll need a D-Terminal to Component cable to plug them in though, as the Mini doesn't have Component-in.
The RBG-in can handle 480p in certain instances though: my Toro VGA box for the Dreamcast output 480p over a SCART cable that the Mini accepts through RGB.
The D-terminal adapter might be a pain to get? Otherwise I can't think of anything outside the norm when buying electronics used.Anything I should be aware of when buying an XRGB mini secondhand or not from Solaris directly in general?
The Framemeister absolutely can upscale 480p from component. My recommendations were just about image quality. As far as practicality, component for both the xbox and the ps2 is very reasonable.Just saw it, I'm confused though. Can the framemeister not upscale 480p such as from xbox and ps2? I was under the impression it could using component cables.
My BVM finally arrived yesterday! Decided to take a quick picture of my arsenal, haha
Modeline "192x240@60,0Hz 15,7KHz (60Hz)" 5.659 192 244 271 360 240 242 245 262 -hsync -vsync
Modeline "240x224@60,0Hz 15,7KHz (60Hz)" 4.905 240 250 273 312 224 234 237 262 -hsync -vsync
Modeline "640x480@60,1Hz 15,8KHz (60Hz)" 12.978 640 668 729 824 480 488 494 524 interlace -hsync -vsync
Modeline "224x256@54,5Hz 15,8KHz (60Hz)" 6.174 224 283 312 392 256 257 260 289 -hsync -vsync
Modeline "240x248@54,5Hz 15,8KHz (60Hz)" 4.914 240 250 273 312 248 249 252 289 -hsync -vsync
Modeline "640x288@51,0Hz 15,7KHz (60Hz)" 13.100 640 672 736 832 288 289 292 309 -hsync -vsync
Modeline "288x224@60,0Hz 15,7KHz (60Hz)" 5.785 288 299 326 368 224 234 237 262 -hsync -vsync
Modeline "280x240@60,0Hz 15,7KHz (60Hz)" 5.659 280 291 318 360 240 242 245 262 -hsync -vsync
Modeline "640x224@60,0Hz 15,7KHz (60Hz)" 12.954 640 668 729 824 224 234 237 262 -hsync -vsync
Modeline "208x256@54,5Hz 15,8KHz (60Hz)" 5.292 208 243 268 336 256 257 260 289 -hsync -vsync
Modeline "304x224@60,0Hz 15,7KHz (60Hz)" 6.162 304 318 347 392 224 234 237 262 -hsync -vsync
Modeline "384x224@60,0Hz 15,7KHz (60Hz)" 7.797 384 400 437 496 224 234 237 262 -hsync -vsync
Modeline "256x224@60,0Hz 15,7KHz (60Hz)" 5.156 256 264 288 328 224 234 237 262 -hsync -vsync
Modeline "272x224@60,0Hz 15,7KHz (60Hz)" 5.533 272 283 309 352 224 234 237 262 -hsync -vsync
Modeline "320x240@60,0Hz 15,7KHz (60Hz)" 6.414 320 332 362 408 240 242 245 262 -hsync -vsync
Modeline "384x240@60,0Hz 15,7KHz (60Hz)" 7.797 384 401 438 496 240 242 245 262 -hsync -vsync
Modeline "256x208@61,0Hz 15,7KHz (60Hz)" 5.165 256 264 288 328 208 224 227 258 -hsync -vsync
Modeline "320x224@60,0Hz 15,7KHz (60Hz)" 6.414 320 331 361 408 224 234 237 262 -hsync -vsync
Modeline "336x240@60,0Hz 15,7KHz (60Hz)" 6.791 336 350 382 432 240 242 245 262 -hsync -vsync
Modeline "256x192@60,0Hz 15,7KHz (60Hz)" 5.156 256 264 288 328 192 218 221 262 -hsync -vsync
Modeline "400x254@54,5Hz 15,8KHz (60Hz)" 8.190 400 412 451 520 254 255 258 289 -hsync -vsync
Modeline "240x240@60,0Hz 15,7KHz (60Hz)" 4.905 240 252 275 312 240 242 245 262 -hsync -vsync
Modeline "672x504@54,5Hz 15,8KHz (60Hz)" 13.734 672 698 763 872 504 514 520 578 interlace -hsync -vsync
Modeline "240x192@60,0Hz 15,7KHz (60Hz)" 4.905 240 252 275 312 192 218 221 262 -hsync -vsync
Modeline "512x192@60,0Hz 15,7KHz (60Hz)" 10.312 512 532 580 656 192 218 221 262 -hsync -vsync
Modeline "256x240@60,0Hz 15,7KHz (60Hz)" 5.156 256 264 288 328 240 242 245 262 -hsync -vsync
Modeline "384x256@54,5Hz 15,8KHz (60Hz)" 7.812 384 396 432 496 256 257 260 289 -hsync -vsync
Modeline "400x256@54,5Hz 15,8KHz (60Hz)" 8.190 400 412 451 520 256 257 260 289 -hsync -vsync
Modeline "256x256@54,5Hz 15,8KHz (54Hz)" 5.292 256 270 295 336 256 257 260 289 -hsync -vsync
Nice collection of screens right there. Nice to see another JVC owner!
Thank you sir! Yeah, I really like the JVC! I couldn't find much information on it when I was trying to decide whether or not to buy it, but the price was right and I thought it was worth the gamble, haha. The picture isn't as sharp as the 2 Trinitrons (I know it's because of the screen size in comparison to the other 2), but it's my preferred monitor at the moment!
Have you messed with the settings at all on yours to try to get a better picture?
I'm toying with the idea of plugging my Wii into my PVM to play some Mario Galaxy. This game was built for SD, correct? I have both component and S-video, composite cables so I'm wondering if going with one over the other will make for a drastic change.
Most people consider 480p to be SD anyway.No, the game was built for ED (480p widescreen). Unless your PVM supports 480p you're going to get a degraded 480i picture, while an HDTV will get you the real deal.
Wouldn't an HDTV cause problems upscaling the 480p to 720 or 1080p?an HDTV will get you the real deal.
Yeah HDTV is going to upscale, I am not sure what would be better in that case 480i on a pvm or 480p upscaled on HDTV. The pvm would have no input lag so I would prob go that route.Wouldn't an HDTV cause problems upscaling the 480p to 720 or 1080p?
Exactly. You'll need a D-Terminal to Component cable to plug them in though, as the Mini doesn't have Component-in.
The RBG-in can handle 480p in certain instances though: my Toro VGA box for the Dreamcast output 480p over a SCART cable that the Mini accepts through RGB.
Most people consider 480p to be SD anyway.
I remember selling TV labelled as ED... That was a brief flash in the pan.
Yeah HDTV is going to upscale, I am not sure what would be better in that case 480i on a pvm or 480p upscaled on HDTV. The pvm would have no input lag so I would prob go that route.
There are several PVMs, BVMs and other monitors (NEC XM series, some Ikegami's I think, etc.) that natively handle (without upscaling) everything from 480i to 720p/1080i. That would be a good single solution for handling everything from 240p consoles up to the early HD systems (Xbox 360 and PS3). A cheaper option for just Wii 480p stuff would be one of those consumer ED TVs.Yeah HDTV is going to upscale, I am not sure what would be better in that case 480i on a pvm or 480p upscaled on HDTV. The pvm would have no input lag so I would prob go that route.
One thing I don't know is how 480p TVs handle 480i or 240p. Do they upscale (line double) 240p content? Do they deinterlace 480i? Or do they display those natively?
Aren't there some CRTs that do 480p but not 720p/1080i?Mine upscale 240p and 480i to 480p. 480p, 720p and 1080i are native. According to the internet, most (all?) consumer HD CRT behave like this.
Aren't there some CRTs that do 480p but not 720p/1080i?
Hi. I'd like to post my setup and screenies of the results (I made a mistake earlier by posting in a wrong thread):
HW setup:
- CPU: AMD Athlon II X2
- MoBo: Asus M4N68T-M LE V2 (with Geforce 7025 integrated graphics card)
- 6GB RAM
- Scart To YUV (also known as YPbPr) Converter (Sold here)
- Philips 29PT9457/44 Flat CRT
SW Setup
- Windows XP SP2 Professional 64 bit edition
- Winmodelines
- MAME Setup
- Video output method: DirectDraw
- Switch resolutions to fit: Yes
- Run in a window: No
- Start out maximized: No
- Enforce aspect ratio: No
- Wait for vertical Sync: Yes
- Bilinear filtering: Disabled
- Hardware Stretching: False
Modelines:
Code:Modeline "192x240@60,0Hz 15,7KHz (60Hz)" 5.659 192 244 271 360 240 242 245 262 -hsync -vsync Modeline "240x224@60,0Hz 15,7KHz (60Hz)" 4.905 240 250 273 312 224 234 237 262 -hsync -vsync Modeline "640x480@60,1Hz 15,8KHz (60Hz)" 12.978 640 668 729 824 480 488 494 524 interlace -hsync -vsync Modeline "224x256@54,5Hz 15,8KHz (60Hz)" 6.174 224 283 312 392 256 257 260 289 -hsync -vsync Modeline "240x248@54,5Hz 15,8KHz (60Hz)" 4.914 240 250 273 312 248 249 252 289 -hsync -vsync Modeline "640x288@51,0Hz 15,7KHz (60Hz)" 13.100 640 672 736 832 288 289 292 309 -hsync -vsync Modeline "288x224@60,0Hz 15,7KHz (60Hz)" 5.785 288 299 326 368 224 234 237 262 -hsync -vsync Modeline "280x240@60,0Hz 15,7KHz (60Hz)" 5.659 280 291 318 360 240 242 245 262 -hsync -vsync Modeline "640x224@60,0Hz 15,7KHz (60Hz)" 12.954 640 668 729 824 224 234 237 262 -hsync -vsync Modeline "208x256@54,5Hz 15,8KHz (60Hz)" 5.292 208 243 268 336 256 257 260 289 -hsync -vsync Modeline "304x224@60,0Hz 15,7KHz (60Hz)" 6.162 304 318 347 392 224 234 237 262 -hsync -vsync Modeline "384x224@60,0Hz 15,7KHz (60Hz)" 7.797 384 400 437 496 224 234 237 262 -hsync -vsync Modeline "256x224@60,0Hz 15,7KHz (60Hz)" 5.156 256 264 288 328 224 234 237 262 -hsync -vsync Modeline "272x224@60,0Hz 15,7KHz (60Hz)" 5.533 272 283 309 352 224 234 237 262 -hsync -vsync Modeline "320x240@60,0Hz 15,7KHz (60Hz)" 6.414 320 332 362 408 240 242 245 262 -hsync -vsync Modeline "384x240@60,0Hz 15,7KHz (60Hz)" 7.797 384 401 438 496 240 242 245 262 -hsync -vsync Modeline "256x208@61,0Hz 15,7KHz (60Hz)" 5.165 256 264 288 328 208 224 227 258 -hsync -vsync Modeline "320x224@60,0Hz 15,7KHz (60Hz)" 6.414 320 331 361 408 224 234 237 262 -hsync -vsync Modeline "336x240@60,0Hz 15,7KHz (60Hz)" 6.791 336 350 382 432 240 242 245 262 -hsync -vsync Modeline "256x192@60,0Hz 15,7KHz (60Hz)" 5.156 256 264 288 328 192 218 221 262 -hsync -vsync Modeline "400x254@54,5Hz 15,8KHz (60Hz)" 8.190 400 412 451 520 254 255 258 289 -hsync -vsync Modeline "240x240@60,0Hz 15,7KHz (60Hz)" 4.905 240 252 275 312 240 242 245 262 -hsync -vsync Modeline "672x504@54,5Hz 15,8KHz (60Hz)" 13.734 672 698 763 872 504 514 520 578 interlace -hsync -vsync Modeline "240x192@60,0Hz 15,7KHz (60Hz)" 4.905 240 252 275 312 192 218 221 262 -hsync -vsync Modeline "512x192@60,0Hz 15,7KHz (60Hz)" 10.312 512 532 580 656 192 218 221 262 -hsync -vsync Modeline "256x240@60,0Hz 15,7KHz (60Hz)" 5.156 256 264 288 328 240 242 245 262 -hsync -vsync Modeline "384x256@54,5Hz 15,8KHz (60Hz)" 7.812 384 396 432 496 256 257 260 289 -hsync -vsync Modeline "400x256@54,5Hz 15,8KHz (60Hz)" 8.190 400 412 451 520 256 257 260 289 -hsync -vsync Modeline "256x256@54,5Hz 15,8KHz (54Hz)" 5.292 256 270 295 336 256 257 260 289 -hsync -vsync
VGA to SCART Circuit:
Connections setup:
384x256 modeline test (Kaiketsu Yanchamaru)
256x224 modeline test (Cabal)
256x224 modeline test (Elevator, notice the scanlines)
BTW, the TV shown is a flat CRT, it's not an LCD or such.
i realize this is basic question, but i'm legit confused-- what exactly do I need to play Genesis via RGB through a framemeister? Obviously, the cable it's self. but i'm also seeing there are several different types of cables and sync thingies and whatnot.
In addition to the instructions below there are different cables sold by retro_console_accessories for different models, so make sure you get the right onei realize this is basic question, but i'm legit confused-- what exactly do I need to play Genesis via RGB through a framemeister? Obviously, the cable it's self. but i'm also seeing there are several different types of cables and sync thingies and whatnot.
Edit: I also just bought a Framemeister from eBay, will I need to buy a power adapter of some sort being that I live in the US?
The japanese adapter works perfectly fine. Some people have reported a slightly better experience with a high quality psu, but I don't think those claims are well substantiated.
Widescreen SD games from the sixth gen.I'm still holding on to my old widescreen SD CRT, but I'm not sure what use it could have.
Thanks, just trying to make sure I have as much equipment ready as possible when it arrives. So right now I am under the impression that of the systems I own, the NES, 3d0, atari 2600 and Turbografx do not support Scart. I'm not particularly concerned about Atari of course but, any way I can get the others taken care of?
Widescreen SD games from the sixth gen.