EGA monitor - solution

A day has passed, and you are still alive! All! In short, I solved the problem. I describe everything in order. Firstly, my monitor is a Casper TM5254H, if that tells anyone anything. EGA+CGA. Secondly, to obtain real Speck colors (I emphasize REAL) I had to apply a video signal to the 7th leg of the monitor connector (Scorp has it black and white picture + synchro for connecting to any bourgeois TV via tulip) and tear off bright. All colors are excellent, but brightness differences still not. Thirdly, we tear out LE4 as unnecessary, which supposedly corrects bright black and feed bright from D42 directly to the monitor. Result: EGA colors (brown instead of normal yellow and dark red), but there is NO BRIGHT BLACK. When included bright (bright 1) all colors are Speck. Everywhere, by Speck colors I mean those colors that I observe on its Electronics VTC 202 and on Horizon TV. ZXNet: 500:8462/1 ~/ <~ http://zxnet.da.ru/ Fido: 2:5057/56 /_ _> SkyNet: 71:170/21

A day has passed, and you are still alive! Kirill! On 27 Oct 03, Kirill Frolov wrote to Sergey Zotov: SZ>> instead of normal yellow and dark red), but BRIGHT BLACK SZ>> NO. SZ>> When bright (bright 1) is turned on, all colors are speck. KF> And you won’t achieve it without getting into the monitor with a soldering iron. The simplest thing -- KF> tear off the DAC. That is EGA/CGA monitors were digital, but bam SVGA and analog ones all went? I'm talking about I only say inputs. ALL(!!!) new SVGA monitors come with ANALOG RGB INPUT, so All video devices produce analog signals. In short, someone is very delusional. And one more thing: all technologies are moving towards digital, and monitors towards analogue. Rave!!! ZXNet: 500:8462/1 ~/ <~ http://zxnet.da.ru/ Fido: 2:5057/56 /_ _> SkyNet: 71:170/21

Press RESET immediately, Sergey Zotov! On Sat, 29 Nov 03 20:09:54 +0300, Sergey Zotov wrote: SZ>>> instead of normal yellow and dark red), but there is NO BRIGHT BLACK. SZ>>> When bright (bright 1) is turned on, all colors are speck. KF>> And you won’t achieve it without getting into the monitor with a soldering iron. The simplest thing -- KF>> tear off the DAC. SZ> That is. EGA/CGA monitors were digital, but bam SVGA and analog ones all went away? Yes. Starting with VGA. Imagine that CGA showed only 16 colors, and EGA only 64. This is in written in any primer. Accordingly, 4 bits were needed for CGA, and 4 digital signals (2^4=16), for EGA there are already 6 signals (2^6=64). And for SVGA need 16 million. flowers! This is 2^24, that is, you need to drag as many as 24 wires. How Can you imagine such an unbendable hose? In every wire frequencies of more than 100 megahertz. In Hi-end monitors (21" ones) just three coaxial cables, separately for R, G and B... SZ> I'm only talking about inputs. SZ> ALL (!!!) new SVGA monitors come with ANALOG RGB INPUT Not new ones, but any VGA-compatible ones. SZ> i.e. All video devices produce analog signals. In short, someone is very delusional. So you're delusional. CGA and EGA produce a digital signal, and their connectorsdifferent, does not match VGA. SZ> And one more thing: all technologies are moving towards digital, and monitors towards analogue. Brad!!! It is easier to transmit an analog signal. When it comes to numbers, The video adapter will already be built into the monitor...

Let your enemies, Kirill, die without sons! 30 Nov 2003 at 23:45, Kirill Frolov => Sergey Zotov: KF> Each wire has frequencies of more than 100 megahertz. In Hi-end KF> monitors (21" which) are simply three coaxial cables, separately for KF> R, G and B... optional 21", and not 3, but 5. my compaq p70 (17") has 5 bnc inputs - r, g, b, h/c, v. The advantage of this connection is high image quality. The disadvantage is the lack of plug&pray. Well, yes, the devil is with him. :) WBR, Oleg.