Atari 2600: Installing the Mod 2600RGB-Part 4

This article is the last chapter of the series on the installation of the 2600RGB Kit in a Atari 2600 the Polivoks with American Board Rev. 17.

For those who haven't read, I recommend reading the previous articles to better understand this contract:

In this part, I'm talking about the mini DIN jack weld with the RGB signal, the last missing. Then do some tests and then fit the metal plate that protects against interference to accommodate the new wires. Por fim, do a good cleaning in Atari 2600 for him to occupy your niche definitely in my rack.

So come on. First welded the wires that were missing in the label of the 2600RGB Kit. To facilitate my life, I used red yarn, Green and blue for the Red components, green and blue (RGB), respectively. For the synchronization signal used a orange wire, to the + 5V voltage a yellow wire, and to the Earth a black wire.

Soldering the wires that were missing on label of 2600RGB.

Soldering the wires that were missing on label of 2600RGB.

Then, welded wires on the label that will be welded in jack.

The label that will be welded in jack mini DIN, already with the soldiers.

The label that will be welded in jack mini DIN, already with the soldiers.

The label that will be welded in jack mini DIN, positioned.

The label that will be welded in jack mini DIN, positioned.

I forgot to take a picture of the plate welded on jack, forgive me. Then the next picture is as was the mess of wires in console. I could have used shorter wires, but I like to have some time off to work on housing by placing the Board further, and vice versa.

The plate with all the wires, soldiers, positioned in the housing.

The plate with all the wires, soldiers, positioned in the housing.

Today I see an interesting alternative would be to solder a PIN bar on the label of the 2600RGB, and put a connector on each wire, so it would be easy to separate the Housing Board. Another alternative for maintaining order would be to use a cable sleeve replacing all the wires, except for two of the pause button/change of palette.

The wires coming out of the jacks you just installed.

The wires coming out of the jacks you just installed.

The wires, now a little better organised.

The wires, now a little better organised.

The pause button and change of palette.

The pause button and change of palette.

With all the electrical part plugged, It's time to stop and do a test. Let's start the Atari 2600 and finally see how is a RGB image.

First tests with the Atari RGB output 2600.

First tests with the Atari RGB output 2600.

First tests with the Atari RGB output 2600.

First tests with the Atari RGB output 2600.

The image of Atari 2600 via RGB is excellent! The only problem was a slight noise that appeared in some colors, that apparently is not visible in the pictures. As I've reported in previous parts, then I found out that the culprit was the power supply that I was using. She was causing noise on all outputs.

This Atari 2600 came with a generic source with 12V output, but the original source of the Atari offers only 9V on output. I know that the original voltage regulator tolerates higher voltages, so I've been using the 12V source normally. But, from the moment I installed the new voltage regulator, that comes with the 2600RGB Kit, I left immediately the 12V source and use a Retrobit source I acquired on eStarland, specific to the Atari, with 9V output. And this source of Retrobit was the culprit by noise in the end. From the moment I started using a original source of Atari, noise problems are over.

The photos below were taken with the problematic source, so if there is some noise, It's her fault. The multiple pictures of the same game were testing the 3 different palettes NTSC that 2600RGB offers.

Tela do Harmony Cartridge, on the Atari 2600 with the 2600RGB using the RGB output.

Tela do Harmony Cartridge, on the Atari 2600 with the 2600RGB using the RGB output.

Color Bar Generator, on the Atari 2600 with the 2600RGB using the RGB output.

Color Bar Generator, on the Atari 2600 with the 2600RGB using the RGB output.

Color Bar Generator, on the Atari 2600 with the 2600RGB using the RGB output.

Color Bar Generator, on the Atari 2600 with the 2600RGB using the RGB output.

Enduro, on the Atari 2600 with the 2600RGB using the RGB output.

Enduro, on the Atari 2600 with the 2600RGB using the RGB output.

Detail of the Enduro, on the Atari 2600 with the 2600RGB using the RGB output.

Detail of the Enduro, on the Atari 2600 with the 2600RGB using the RGB output.

Bobby is Going Home, on the Atari 2600 with the 2600RGB using the RGB output.

Bobby is Going Home, on the Atari 2600 with the 2600RGB using the RGB output.

Pitfall, on the Atari 2600 with the 2600RGB using the RGB output.

Pitfall, on the Atari 2600 with the 2600RGB using the RGB output.

Pitfall, on the Atari 2600 with the 2600RGB using the RGB output.

Pitfall, on the Atari 2600 with the 2600RGB using the RGB output.

Pitfall, on the Atari 2600 with the 2600RGB using the RGB output.

Pitfall, on the Atari 2600 with the 2600RGB using the RGB output.

Enduro, on the Atari 2600 with the 2600RGB using the RGB output.

Enduro, on the Atari 2600 with the 2600RGB using the RGB output.

Enduro, on the Atari 2600 with the 2600RGB using the RGB output.

Enduro, on the Atari 2600 with the 2600RGB using the RGB output.

Enduro, on the Atari 2600 with the 2600RGB using the RGB output.

Enduro, on the Atari 2600 with the 2600RGB using the RGB output.

Pole Position, on the Atari 2600 with the 2600RGB using the RGB output.

Pole Position, on the Atari 2600 with the 2600RGB using the RGB output.

With testing, time to go back to the “Countertop” and close the console. Before, you need to open a space on metal protection to pass the new wires. I ended up not cutting the protection, just bending and opening, and putting insulating tape to protect edges and avoid cutting the wires.

By adjusting the metal protection to accommodate the new wires.

By adjusting the metal protection to accommodate the new wires.

Metallic protection reseated on the Atari 2600.

Metallic protection reseated on the Atari 2600.

Metallic protection reseated on the Atari 2600.

Metallic protection reseated on the Atari 2600.

With everything ready, I closed the console and did some more tests to see if I hadn't done anything stupid.

Closing the Atari 2600 After modifications.

Closing the Atari 2600 After modifications.

RGB cable connected on the Atari 2600.

RGB cable connected on the Atari 2600.

Atari 2600 with the mod 2600RGB, operation.

Atari 2600 with the mod 2600RGB, operation.

Atari 2600 with the mod 2600RGB, operation.

Atari 2600 with the mod 2600RGB, operation.

Por fim, I decided to do a good cleaning to let the Atari 2600 Shining again after the changes. And then he was so…

Atari 2600 with the mod 2600RGB, after cleaning.

Atari 2600 with the mod 2600RGB, after cleaning.

Atari 2600 with the mod 2600RGB, after cleaning.

Atari 2600 with the mod 2600RGB, after cleaning.

Detail of the LED installed in Atari 2600 with the mod 2600RGB.

Detail of the LED installed in Atari 2600 with the mod 2600RGB.

Rear of Atari 2600 with the mod 2600RGB.

Rear of Atari 2600 with the mod 2600RGB.

The audio jacks, RGB and S-Video of the Atari 2600 with the mod 2600RGB.

The audio jacks, RGB and S-Video of the Atari 2600 with the mod 2600RGB.

The bottom of the Atari 2600 with the mod 2600RGB.

The bottom of the Atari 2600 with the mod 2600RGB.

Detail of the pause button/Atari palette change 2600 with the mod 2600RGB.

Detail of the pause button/Atari palette change 2600 with the mod 2600RGB.

Atari 2600 with the mod 2600RGB, installed permanently in my rack.

Atari 2600 with the mod 2600RGB, installed permanently in my rack.

Atari 2600 with the mod 2600RGB, installed permanently in my rack.

Atari 2600 with the mod 2600RGB, installed permanently in my rack.

Atari 2600 with the mod 2600RGB, installed permanently in my rack.

Atari 2600 with the mod 2600RGB, installed permanently in my rack.

Atari 2600 with the mod 2600RGB, installed permanently in my rack, operation.

Atari 2600 with the mod 2600RGB, installed permanently in my rack, operation.

Atari 2600 with the mod 2600RGB, installed permanently in my rack, operation.

Atari 2600 with the mod 2600RGB, installed permanently in my rack, operation.

Atari 2600 with the mod 2600RGB, installed permanently in my rack, operation.

Atari 2600 with the mod 2600RGB, installed permanently in my rack, operation.

And of course, this series of articles wouldn't be complete without some videos captured the Atari 2600 after installing 2600RGB Kit.

Note that the first videos feature some noise due to the supply problem already reported. Furthermore, the first four videos are with some glitches because of flaws in the capture. These failures occurred because when installing the MSI Cubes 2, the mini PC that I use to make catches, I left the Elgato - Game Capture HD60, the USB device I use to capture, connected to a Hub USB 3.0. I did it because the MSI Cubes 2 only has two USB ports in the back, so I left one for the External HD, that are normally supplied with the chain demanding and do not work on hubs, and left the other equipment connected in Hub USB 3.0.

But as Elgato - Game Capture HD60 didn't like to stay connected in Hub USB 3.0, and with that gave glitches on the recordings. It took me to realize that the problem was the hub. After I connected the Elgato - Game Capture HD60 straight into a USB port on the MSI Cubes 2 and I've been External HD for the Hub USB 3.0, the troubles are over. It turned out that the External HD was not so demanding as well, more to Game Capture HD60 it is.

So please ignore the glitches and noise of the first videos. Here are some of my favorite games running on Atari 2600 to 2600RGB Kit, passing by Framemeister XRGB Mini and captured with the Elgato - Game Capture HD60. They are: Pole Position, Smurf Rescue in Gargamel's Castle, Enduro, Keystone Kapers, Chopper Command, Realsports Volleyball, Turmoil, Tennis, Frogger.

Attention: Be sure to watch the videos in 1080 p 60, that is the original resolution and frame rate, because the videos on Youtube are beautiful not resized.









But not everything is perfect. A few of the games Atari 2600 present problems with the Framemeister XRGB Mini. This happens because of the way it works video on Atari 2600. Unlike in other consoles, the Atari 2600 Let the games in control of timing and synchronization. On account of this, some programmers tried to do different things with these signs, or they simply made mistakes while programming. This generated some games with timing/sync problems.

CRT TVs are normally quite tolerant with out of specification signal, so we played a lot of these games for years without any problem. But Framemeister is more picky. Non-standard signals cause it to get lost, especially when it works with RGB signals.

Before I even buy the 2600RGB, I was already aware that at least one game had problems with it: Warlords. But in the same forum where the problem has been reported (AtariAge), the member SpiceWare had already presented a hack as a solution, solving the problem, at least for everyone who has the Harmony Cartridge.

During my tests with the 2600RGB, I found out two more games have problems: Video Pinball and Tapper. The Video Pinball in its NTSC version doesn't work at all. Only PAL versions works. The Tapper appears with the graphics somewhat buggy, as if a signal had been incorrectly deinterlaced. Check out how both these games behave in the video below:

The Tapper is one of my favorite games on the Atari 2600. Eu era muito bom nele quando era criança. Infelizmente perdi o jogo ao emprestar o cartucho para um vizinho. Um temporal e uma descarga elétrica depois e o videogame e meu cartucho foram danificados. O videogame teve conserto, o cartucho não.

Só voltei a jogar Tapper de novo com o uso de emuladores. E num Atari 2600 só depois que adquiri o Harmony Cartridge. Seria uma pena não poder joga-lo mais, mas felizmente encontrei uma solução, como já detalhei em outro artigo. Eis o vídeo do Tapper com o problema resolvido:

Regarding Video Pinball, infelizmente ainda não tenho uma solução. Felizmente não encontrei mais nenhum outro jogo com problema até agora.

Depois testei também o excelente homebrew called Draconian. São dois vídeos, pois no primeiro eu ainda não sabia jogar 🙂 . Note que a partir do segundo vídeo eu passei a usar os perfis do Framemeister XRGB Mini feitos pelo Firebrandx. Nesses perfis cada pixel original é ampliado de forma que a escala é feito por números inteiros, evitando interpolação, obtendo assim uma imagem ainda melhor.


Por fim, fiz um vídeo com outro de meus jogos favoritos, the Pressure Cooker, e fiz um segundo vídeo do Pole Position, dessa vez já livre dos glitches, do ruído e com o perfil do Firebrandx.


 

E valeu a pena instalar um 2600RGB? Pra mim valeu muito. The image is very beautiful. Muita gente não acredita que é um Atari 2600, acha que é um emulador. E por que não usar um emulador? In my case, eu botei na cabeça que não quero me limitar a emular os consoles que eu já tive. Para consoles que e nunca tive, para arcades ok. Mas para os consoles que eu já joguei no hardware real, I want to continue to play like that.

And note that even the Star, which is the best emulator of Atari 2600, still have your bugzinhos. One of them is in Pole Position. Want to see? Take a look at the screenshots below, the first two captured my Atari 2600 real and the third captured the Star. Noticed the bug? Not? Well, take a good look at the number “0” there on the speedometer (the left corner).

Pole Position on the Atari 2600 with 2600RGB. Default profile on Framemeister.

Pole Position on the Atari 2600 with 2600RGB. Default profile on Framemeister.

Pole Position on the Atari 2600 with 2600RGB. Firebrandx profile on Framemeister.

Pole Position on the Atari 2600 with 2600RGB. Firebrandx profile on Framemeister.

Pole Position at Stella.

Pole Position at Stella.

And so I'm ending this series of articles, very pleased with my Atari 2600 the Polivoks with American Board Rev. 17 to 2600RGB Kit. It was hard work for someone inexperienced, but the satisfaction at the end is great. Could have been better if installed by a professional? Probably. And I tried to, but at the time I couldn't find anyone that I could trust and wanted to do the job.

Mas no final das contas, o sentimento de conquista, from “fui eu que fiz”, de ver o resultado final de todo o trabalho, dá uma satisfação ainda maior. É claro que o grande trabalho mesmo foi o do Tim Worthington, o autor do 2600RGB. Eu me limitei a instalar o negócio. Mas ainda assim é bastante gratificante ver o resultado.

Permanent link to this article: https://www.skooterblog.com/2017/11/11/atari-2600-instalando-o-mod-2600rgb-parte-4/

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Eduardo Antonio Brzowski
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Eduardo Antonio Brzowski

Oi Skooter tudo bem? Aconpanho o seu blog faz alguns anos já!! Eu tb estou interessado nesse mod RGB para atari 2600 eu tenho um atari com mod em S-Video e gostaria de fazer um upgrade para RGB nesse ou em outro atari para utilizar com o meu framemeister. Estou com dificuldade de achar alguém que faca esse serviço ou que já venda o atari modificado no ebay. Gostaria de saber se você teria interesse em fazer e esse serviço pra mim ?? Vc e o único que eu encontrei que sabe fazer e tem todo o conhecimento necessário tb.
Se tiver interesse por favor poderia entrar em contato comigo [email protected]

abs!!
Eduardo