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https://www.timeextension.com/features/interview-underpromising-and-overdelivering-atari-ceo-wade-rosen-talks-winning-back-trust They also published 3 snippets about mini systems, Bubsy, and the VCS: https://www.timeextension.com/news/2024/02/atari-wants-to-revive-more-of-its-classic-systems https://www.timeextension.com/news/2024/02/atari-ceo-claims-bubsy-response-was-greater-than-anticipated https://www.timeextension.com/news/2024/02/atari-wouldnt-have-launched-its-2021-vcs-in-2024
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The latest in our Video History Series The Evolution of Atari ST Vertical Flying Shooters Part 3 1989 A rising tide? In 1989 two significant things happened in the history of Atari ST vertical shooters: First, Xenon 2 was released, which is considered by many to be the best shooter of all time on the ST, and also Shoot ‘em Up Construction Kit or SEUCK was hit the market. The other games we have to look at are relatively unique, at least as far a unique can go in this genre, but overall it was not a great year for ST vertical shooters in terms of quantity, but what was released was a step up visually and technically from the average in 1988. Part 1 - Early Years: https://youtu.be/J4XJ9YS3PbI Xenon 2 Pod Cast https://intotheverticalblank.com/2022/07/04/s5e3-xenon-2-and-the-atari-st-halcyon-days-of-1989-part-1/ -
Decided to keep for now. Ya snooze ya lose 😝
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Experiments with CX-55 audio and video plus UAVs
x=usr(1536) posted a blog entry in Reindeer Flotilla
This is a scratchpad for some ideas I've had involving how to route audio and video from a CX-55 VCS Adapter in a 5200 with a UAV installed. First order of business: recap the current CX-55 and replace the voltage regulator. The video looks awful. The video looks awful when viewed via the 5200, which has a snow issue over RF that is likely in the modulator. If the modulator's in need of work to improve the 5200's video, then the same will apply to the CX-55's video. Next: build a circuit to power it and pull both audio and composite video directly from its edge connector. Need perfboard, a barrel jack (power), small toggle switch (power), and RCA A/V jacks. Cartridge port connector and A/V cable are already on hand. Everything is THT at 2.54mm. Current-limiting resistor / filter cap / both may be needed. CX-55 cartridge connector pins: 24 Composite Out 25 GND 26 +5VDC 30 Audio Out Alternative ground pins: 12, 13, 14, 23 Unregulated DC on pin 11 Pins 11 & 28 not connected (possible chroma / luma outputs?) Determine if audio / video levels are suitable for use without further amplification. -
Yes, Virginia, a UAV will fit in a CX-55. Disabuse yourself of the previously-held notion that it won't. A/V jacks may be a different matter entirely, so feeding out a cable (round or ribbon) with all of them connected to it may be necessary. This will involve drilling / cutting the case.
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Getting Atari 2600 cartridges ready for new labels
AlwaysOnPlanetPatrol posted a blog entry in Rose-Tinted Recollections
So a couple weeks ago I stumbled upon this post from pboland where he's selling replacement labels for cartridges. I was intrigued because I have a full set of Activision cartridges, but the labels on the majority of them are in a poor state. After doing the math and needing some new distraction, I decided to order a full replacement set. Now, I think I will probably not touch the more rarer carts like Cosmic Commuter, Ghostbusters, Rampage, etc but will do the more common one. I already had some duplicates, so I decided to get started. I got some Goo Gone from Home Depot and a plastic scrapper that I ordered from Amazon. I had a metal one that I use for glass, but didn't want to use something that could scratch it. I did read the post about removing the labels and decided considering that I used Goo Gone before that I would have slightly adjust my approach. I decided to dump half the bottle in a plastic container and let the cartridges soak in it for a couple of hours. The fluid level is low enough so that it's very unlikely to touch the circuitry inside since I didn't want to open it. Other than leaving the top section soaked for a few minutes, the labels came off super-easy with the scrapper and was able to clean up any residue with a rag. One still had a pricing tag and that came off no problem as well. Space Shuttle, Keystone Kapers and Stampede are ready! I'm currently hunting for some bargains in getting some Activision carts from FB Marketplace, eBay and Kijiji. Based on a couple of appointments I should have about 30 or so cartridges in the next few days. Surprised how hard it is to find reasonably-priced carts of Skiing and Tennis!-
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Today I met... Yorgle Grundle Rhindle ... and they kicked my BUTT! but I did win once!
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So I've had the VCS for about 6 months and thought wanted to do a sort of informal poll/at a-glance for where the owners are with it. I'll kick it off. Bottom line: Great console for me, does what I expected and I see potential. Was an ideal first console to share with kids while getting to channel and rediscover past games I loved. How often do you play it? 3-4 times a week. Favorite game: Pixel Cup Soccer Most anticipated game: Chaos Chassis Game that surprised you most: Unsung Warriors. Very cool retro feel with some cool features, and awesome gameplay. Biggest letdown: 1 life in Centipede Recharged? Really? Feature you unexpectedly love: Antstream Arcade with the retro controller. Mods you've made/installed: None, getting ready to install Windows. Your "Recharged" Wish List: Crystal Castles; Adventure; Checkered Flag I'd love the VCS even more if it: Had a few more games optimized for the classic controller; added the Activision Games; leaned in to the proprietary Atari catalogue a bit more (such as adding emulators for Lynx, Jaguar, etc)
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Re; Upgrade Objectives and Starting Point: I have been reading the forums and watching youtube videos trying to plan how I will install a M.2 SSD (internally) into my VCS. I have a 2TB SATA Stick and hope to achieve 4 things: 1) expand the internal Storage available to the Stock Atari OS (to stock+500GB), 2) add a PC-Mode Boot manager to select which partition to boot to, 3) create a Windows 10 partition (1TB) , and 4) create a partition for future use (500GB) to add another OS (hopefully Batocera) at a later date. I have other goals that are not listed because they are not interdependent with the above 4. (Like freeing up external USB ports and moving my keyboard/mouse off of 2.4GHz.) The challenges that may not yet be resolved are: a) I think that I need to create a recovery image of the Atari OS partition before I do anything... (I likely need a separate computer that I may not currently have in order to do this), b) there may be no way to get an alternate OS onto the internal M.2 once it is installed - it may need to be done before installing the stick into the VCS, c) there may be no way to format the M.2 stick as an extension of the Atari OS storage without installing it into the VCS, d) there may be no way for the Atari OS to partition only part of the M.2 Stick to be part of the Atari OS, e) once the M.2 Stick has been partitioned to add storage to the Atari OS, re-sizing the partition may mess up the Atari's access to it, f) PC Mode may not be able to point to rEFInd unless it's on an external USB drive (would be unfortunate but tolerable). What I have to work with so far: i) an up-to-date Ubuntu box (that I know next-to-nothing about) that I could use if I need to. ii) another Ryzen box with Batocera installed and a selection of live-boot USB thumb-drives (Windows10, Lubunu, Ubuntu Mate) iii) a M.2 -to- USB 3.1 External SSD drive adapter, iv) the previously mentioned 2TB M.2 SSD (WD Blue 3D NAND 2TB Internal PC SSD - SATA III, M.2 - WDS200T2B0B) - not yet formatted, and v) a spare 1TB external USB 3.1 drive. vi) 2x16GB memory cards (HyperX Impact 2933MHz DDR4 CL17 SODIMM HX429S17IB2K2/32, 32GB kit) My tech background is in electronics design and some microcontroller programming, not with OS's, bootloaders, & drivers and such. The folks in other threads seem to understand this stuff much better than me and may likely advise me to not attempt this at all as a self admitted novice. My approach will be to simply go very slowly and research thoroughly before every step. This is the very reason I bought my VCS - to make it my living room TV computer. Worst case scenario is I have to give up on AtariOS, throw out the motherboard and jam a different motherboard in there - but I doubt it will come to that. Re; Backing up and restoring AtariOS: (a) In a thread called 'Hardware Upgrades, Experiences and Tips', started by justclaws several months and VCS updates ago, he points to a video by RetroAxis on backing up and restoring the AtariOS using a separate OpenSuSe linux box. It will take me some time to decypher all of the terms to map out how to do that, but I think it will be doable with my other Ryzen box and an Ubuntu Live-boot USB thumb drive and backing up to my spare 1TB external USB drive. I don't think I need to use OpenSuSe specifically... unless it has standard tools that Ubuntu is missing? Does anyone know if it will save me headaches to start by making an OpenSuse live-boot USB drive first? Re; Partitioning & Formatting the M.2 Drive: (b, c, d, & e) From reading the discussions between Charles Darwin, 0_obeWAN, & others in the 'Multi Boot Loader for USB/eMMC' thread who seem to know what the heck they are doing, it looks like there is a good multi-boot Bootloader called rEFInd that might work. I have not yet What I know so far: A) the BIOS requires UEFI Boot, and since others have succeeded with it, rEFInd Bootloader must support this (... I think? I don't know what these words really mean.), B) the current BIOS password is 'Atar!C3l3br8te$50Y34r$'. C) My rough-draft order-of-operations assumption is that I'll need to : Does this seem rational? 1st - Install & Format the AtariOS expanded (EXT3 ?) storage partition, 2nd - Remove the M.2 SSD and put it into the USB 3.1 external Drive adapter, 3rd - (If neccessary) re-size the partition to make room for other OSs, 4th - Format a Partition for the UEFI Multi-boot Bootloader, rEFInd, 5th - Format 2 NTFS partitions for Windows 10 Boot and operations, 6th - Format 2 XFS partitions for future OS Boot and operations, 7th - Install Windows to the NTFS Partitions 8th - Somehow "Compose" the rEFInd bootloader for the OSs selected and install it into the Bootloader Partition, 9th - Re-install the M.2 SSD into the internal bay of the VCS. 10th - ? Although I've found lots of references to physically installing the M.2 SSD card, I have not yet found any info on how to format the M.2 internal SSD so that the AtariOS can see it for games storage. Can anyone advise me: - if there is a utility in the AtariOS that recognizes new SSD and offers to format? - if so, will it allow you to format only part of the SSD? and - if not, is it an ext3 file system? & will the AtariOS see it if I format it correctly? Is there a known-good piece of software in a specific OS that will work for all this Formatting and Partitioning work? (is it user-friendly?) Re; Your feedback: I think this summarizes my plan as it stands to date - I don't want to go too far based on false assumptions or mis-information. Can anyone offer any feedback before I get too far along a faulty plan? ANY ADVISE IS GREATLY APPRECIATED! -
I've been working on this project off and on (mostly off) since 2010. It's still a work in progress, but it's far enough along now that I feel comfortable in sharing it. The original goal of the project was to recreate an Atari 2600 in an FPGA, but as things progressed the project goals became more ambitious. What I ended up with is an FPGA based Atari 2600 that uses HDMI instead of RF for its television interface, and USB for a slew of implemented and planned features, all wrapped up in an enclosure that is styled to resemble a Walkman. For those who are interested, I wrote the RIOT and TIA cores in Verilog from scratch, and used the FPGA Arcade branch of Daniel Wallner's "T65" 6502 CPU core. Special thanks to Mike Johnson and Wolfgang Scherr over at FPGA Arcade (www.fpgaarcade.com) for updating the T65 core, and for sharing their work. Features Atari 2600 hardware faithfully recreated in an FPGA. HDMI video/audio output for connecting to modern TVs. Analog audio line output for use when connecting to a DVI monitor that doesn't have sound. Full support for most Atari 2600 peripherals. Enclosure styled to resemble a Walkman for total immersion in nostalgia. Pause button that will freeze the game for those times when you need to take a break. USB connector for upgrading the firmware, and also for a multi-protocol communications bus. Test pattern generator that can be used to aid in adjusting your TV settings. Planned Features Capture screen shots to FLASH, and then transfer to a PC via USB. Capture live game video and audio to a PC via USB. Save and recall machine states. PAL timing and palette. Wish List Complete debugging/monitor environment on PC via USB with flexible user specified triggering for trapping any hardware condition. Other things I have yet to think of. Specifications HDMI Video Formats 640 x 480 @ 59.94 Hz 800 x 600 @ 59.94 Hz 1024 x 768 @ 59.94 Hz 1280 x 720p @ 59.94 Hz 1600 x 1200 @ 59.94 Hz 1920 x 1080p @ 59.94 Hz 1920 x 1200 @ 59.94 Hz Audio Formats48 KHz linear PCM, 2 channels Analog Audio 940 mV P-P into 47K ohms 360 mV P-P into 600 ohms Test Patterns H Ramp V Ramp H grayscale bars V grayscale bars 100% color bars 75% pseudo SMPTE color bars 16 x 16 cross hatch H burst Photos View of the rear side: HDMI and joystick connectors. Another view of the rear side. View of the left side: buttons, USB connector, B&W/Color switch, left and right difficulty switches. Another view of the left side. Top down view of the main PCB. All ready to go. Just press PLAY.
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Hello everyone I'm in the process of building a VCS based hardware clone from scratch and have a few queries; I am going to replace the 6507 with 6502 (to get full 64k addressing + hardware interrupts + phi 1 and phi2 clocks ) and adding 32k of extra ram like the super Atari project (site is down but thanks for the wayback machine http://bit.ly/2FHlAH7) But these "NEW" eBay 6502 cpus (http://ebay.to/2DzjYJC) should work, or are these new chips like 65c02 in that the silicon has been altered due to "modern manufacture reasons"? And what's the highest clock speed available on a 6502? Also can you place some asynchronous buffer sram [cy7c408 = 128byte sram fifo memory] (http://bit.ly/2HGAAlm) between the data lines on the tia and 6502/7, so that the when the TIA Is drawing the data is already in the buffer, and all the cpu needs to do is correctly send the corrects address locations relevant to data stored in the buffer? (i.e instead of cpu calculating the display every scan-line you simply write a few scan-lines of image data into the buffer before The TIA begins to draw, then just correctly address in the order of whats stored in the buffer and do program logic) Since the [cy7c408a] is dual ported with asynchronous R/W, means you can just clock the output data [DO0-DO7] bus with the 1.19MHz clock from the TIA, iirc the TIA doesn't tend to like bus speeds higher than 1.19MHz? Then this should allow one to overclock the 6502 with for simplicity of counting cycles a multiple of the [ntsc] color-burst [TIA] clock ( i.e being able to have 684 cpu cycles per scan-line {using a 6502 clocked @ 10.75MHz = ~3x the TIA clock } instead of just 76 cycles) in such cases also sacrificing [native 2600] compatibility for increased cpu speed and more time for crunching instructions. I would also assume having the TIA reading the buffer @ 1.19Mhz would present in situations a bottleneck as well (when "drawing" to the TIA)? Since you can write data faster to the buffer than its being read (if the CPU is overclocked)? Since it seems the cy7c408 operates similar to a giant shift register, once its written you have to wait until data to reach to the TIA before it you write new data?? Can you just fill the buffer with 128 bytes of scan-line/sound data for the TIA, then handle the TIA addressing, and just fill the buffer as its being emptied, and essentially have 128 bytes of "VRam" (well more like Video buffer)? Also Can NMI be used instead of RDY, so that when the tia begins a new frame, wsync simply have the TIA tell the 6502 to "Stop, Pause , Go and do Display routine and then come back here", instead of just halting the cpu? Aswell i have a few microchip and avr (atmega8515) mcu's laying around wanting to be used for something and with a both MCU's, it's instructions are pipelined so that it takes effectively 1 cycle to load and execute data or decode and execute an instruction, except iirc when changing the program counter which iirc takes 2 - 3 cycles, So you don't have wait states [i.e iirc if using a z80, thats takes 3+ cycles for most of its instructions which is why they have such high clocks]. Is it possible to use the atmega or 18f4550 as sort of display controller for the TIA having the MCU handle reads from the buffer instead, and handle writing the data to the TIA, and use the atmega8515 to emulate the RIOT? Is it possible to emulate the Riot but with 256 bytes of ram? iirc RIOT ram is in page 0 so is faster to access than the 32k of extra ram? Plus is it possible, using A12 and A15 with a 74hc138 and a logic gate or two as a way to partially decode address to swap between cartridge space and 32k ram, so one can simply keep some compatibility, simply if A12 is high and A15 low then cartridge ROM is accessed, and if A15 is high in any case 32k Ram is Accessed? just building it to just play 2600 games isn't really hard (it was done from 1977 to 1992 literally millions of times), and seems a little redundant to me, I just figured since you can build your own 2600 compatible hardware clone for less than $50 in parts shipped, why not beef it up for some shits and giggles like a dev kit, have 256k of rom space and 32k ram, 6502, if possible using an MCU or 2 as an "In Hardware display Kernel", as well as emulate the riot, And CO10444D. why you ask? Because i i'll have the only atari "super" VCS with full USB 2.0 support (upto 12Mbit/s if I do use the 18f4550 lol) and plus i can really push the hardware to the limit see what it can do with some actual "power" behind it
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Bombs Away! (NTSC).bin Bombs Away! (PAL60).bin INSTRUCTIONS.pdf History of Drop Zone 4 and Bombs Away! README.txt Bombs Away! Game Accessibility Info One-button play and restart. Easier play option (game variation 3). High-contrast. Colour-Blind accessible. Deaf accessible. Flashing off option. No time limit. 19/12/2017 Update: New versions (12-2017) have two minor bug fixes. Physical cartridge planned for 2018. Bombs Away! (NTSC) 12-2017.bin Bombs Away! (PAL) 12-2017.bin
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Hi AtariAgers, MC to all.... I am new here and been collect over 1170+ files total 9.95 mb. Directories Listing: 08/20/2020 12:51 AM <DIR> Flashback Series 12/25/2020 05:03 AM <DIR> Hacks (hidden directory called Black background hacks) 12/25/2020 05:46 AM <DIR> Homebrews 12/25/2020 05:18 AM <DIR> Non-Original Games 11/26/2020 03:35 AM <DIR> Original Games 08/30/2020 07:58 PM <DIR> Original Games With Menus 06/10/2020 01:16 AM <DIR> Previews 12/07/2020 02:40 PM <DIR> Prototypes 06/10/2020 01:16 AM <DIR> SECAM Video Games 12/12/2020 05:59 PM <DIR> WIPs I been lurking around here since 2011, never join here until now... hehehehe...
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Selling off my Atari 2600 collection as a lot. Here's what's included: Atari 2600 black "Vader" console with power cable and computer/TV switch. Clean, tested and working. Two joysticks Pair of paddle controllers Atari Game Center system/cartridge/accessory organizer (cracked across the top) 58 Games: 3D Tic-Tac-Toe Adventure Air-Sea Battle Amidar Asteroids Astroblast Barnstorming Baseball Berzerk (x3) Bowling Boxing Chopper Command Combat (x2 - one label is real bad) Decathlon Defender (x3) Demon Attack Donkey Kong ET the Extra Terrestrial Football (x2) Frogger Golf [Tele Games] Gopher Gorf Grand Prix Home Run Jungle Hunt Kaboom! Laser Blast Maze Craze Megamania Missile Command (x3) Pac-Man Phoenix Pitfall Pitfall II Lost Caverns Raiders of the Lost Ark RealSports Baseball RealSports Tennis Skate Boardin' A Radical Adventure Solaris Space Cavern Space Chase Space Invaders Space War Star Wars The Empire Strikes Back Starmaster Tennis Vanguard Winter Games Yars' Revenge Manuals/Paperwork: Activision spring 1982 video game cartridge catalog Activision cartridge warranty sheet Atari 2600 VCS manual Atari catalog Barnstorming instruction manual Combat instruction manual Grand Prix instruction manual Laser Blast instruction manual Pac-Man instruction manual Space Chase instruction manual Video games by Apollo pamphlet Asking $225, price does not include shipping (will be actual cost to you via USPS Priority Mail). Please message me with any question or to buy. Thank you!
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https://www.youtube.com/watch?v=mdh5zU1J4Kk This is a compilation of every Atari game to be released on more than one of their cartridge-based consoles. If it was released on a combination of the 2600, 5200 or 7800, it's on here. -
I got a good sized collection so far even got some rare stuff. Rockin the Vader cus it’s the best vcs in my opinion.
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Once upon a time there was a Mac OS X Xcode template for VCS development. Unfortunately time seems to have passed the VCS templates by. I couldn't even check them out. They are behind broken links and reportedly don't work with modern Xcode releases anyway. So I made a new template. The goal is to streamline my experimentation with 2600 programming, but it could be useful for others so I thought I'd share it here. I make no guarantees about how well it will work on your particular setup or any promises that I will update it in the future. Contents The template generates a simple project containing : main.s The main assembly file. Any additional files should be incorporated into main.s through include statements. This is the only file that is passed to dasm. The main.s default code is based on Andrew Davie's "Our First Kernel" though somewhat cleaned up with loops instead of repeated statements. It should give a solid blue screen when run. dasm, vcs.h and macro.h These files are embedded in the template and will be copied into any projects generated with this template. Any globally installed dasm or include files will be ignored in favor of these project specific ones. I like this approach because all the files necessary to generate the binary are embedded in the project. If I want to move this to another machine or build it years from now I do not have to recreate the build environment to make it work. Other's may want to use their globally installed dasm and in that case it shouldn't be too hard to hack the makefile. Makefile A dead simple makefile to kick off dasm. It will use your standard Xcode settings for project name and build location. The Xcode build destination is by default deep inside ~/Library/Developer/Xcode/DerivedData/ Considering that directory is hidden by default it seems like a weird place to put builds. I usually change my build destination to something more accessible and the makefile will honor those settings. Usage Unzip the archive and put the whole Atari folder into ~/Library/Developer/Xcode/Templates/ If you are using the GUI hold down the option key when opening the Go menu and a "Library" option will appear allowing you to access the Library folder. Now you can chose the Atari VCS template when you create a new project in Xcode. There doesn't seem to be a way to configure schemes through project templates so one more step is necessary if you want to auto launch your ROM in Stella. Choose menu : Product -> Scheme -> Edit Scheme... Select Run item from list on the left In the Info tab's Executable popup menu choose Other... Navigate to the Stella app and choose it In the Arguments tab add an argument with the value including the quotes of "$(BUILT_PRODUCTS_DIR)/$(PRODUCT_NAME).bin" Once you have setup Stella as the executable you can build and run from within the Xcode GUI and Stella will be launched with your changes. I have used this template a bunch on Xcode 6. In brief testing it does appear to be compatible with Xcode 7 as well. Even if this template doesn't create projects exactly how you wish, hopefully it will still be valuable as a starting point to configure Xcode as desired for VCS development. Atari.zip
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I recently purchased a 2600 Darth Vader at a yard sale. The unit was labeled ‘2600 Original Needs Work’. It was $15 so I decided to pick it up anyway. I fixed the first issue which was the power jack not making connection with the power cord end. Now that the unit powers on, it displays incorrect graphics. From looking around on threads, it seems that this is an issue with one of the ICs. I am unable to get a clear answer if this is a bad TIA chip or RIOT chip. I would rather not buy both unless necessary. Does this seem to jump out as a specific issue to anyone? Any help would be appreciated. Symptoms: Misplaced/distorted graphics No (or very little?) sound Related(?) Threads https://atariage.com/forums/topic/263506-atari-2600-jr-bad-tia-or-riot/ https://atariage.com/forums/topic/240746-bad-tiariot-need-help/ http://atariage.com/forums/topic/181394-atari-2600-strange-video-problem/ https://www.youtube.com/watch?v=aAeXVazgUXc In this video, the 2600 is having similar issues to mine. He troubleshoots it by swapping the ICs with a working machine, but I only have a working 2600jr with soldered ICs.
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This one was based on suggestions from the community, and my own frustration with fast-moving games like Stargate that require two controllers. Two loose factory controllers are fine for the slower games, but unless you have a contraption that holds the two together, very frustrating for the fast games. Originally this was going to be for the Atari 2600 only, but a number of 7800 fans voiced a desire for one that would work with their favorite system, so why not? Especially with Robotron available on that system! The leftmost pair of buttons corresponds to the left joystick, and the rightmost pair to the right joystyick. The two toggle switches on the back shuffle the A / B buttons in each pair when used on the 7800. When used on the 2600, both buttons perform the same function. The two joysticks are digital, but have the smooth feel of analog sticks. Case is made of steel, so it's a bit heavier than the average controller, but well-suited for tabletop use. Felt feet ensure that your prized hardwood table won't get all scratched up. Too early to tell how many of these will be produced. Like what you see? Please contact me for any info not presented here. Larry
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From the album: Smelly's Setup
The 2600 is my favorite system to collect for. From the Cartridge art, to the charm of how simple the games were, I just love the 2600 so much. Easily my favorite games are Pitfall!, Haunted House, Berzerk, and Yar's Revenge. The Halloween cartridge is just a reproduction cart.© SmellyJelly
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Three controllers in one! MiniVex 3-in-1 Deluxe for the Atari 2600 / VCS provides a joystick, driving controller, and paddle all in one unit, PLUS a detachable mini-paddle to add a second player to paddle based-games. Play all your favorite games, one after the other, with no need to unplug and plug in all the different controller types. The original 3-in-1 has a switch for toggling between paddle "A" and paddle "B." The Deluxe instead has a jack for the mini-paddle, so your trash-talking buddy can challenge you in Street Racer. Joystick has the feel of an analog stick but functions like a digital one. All new internal parts are used, so NO jittering during driving or paddle games. Either button can be used with any of the three controls, making it friendly for both right and left handers. Cases are made of tough steel; your dog cannot chew them to pieces. Note: these are hand-made by me, so they aren't cosmetically perfect. 30-day repair guarantee. Please see photos below and check out this link to see the MiniVex 3-in-1's and all my other items currently available: eBay Seller: classicgamesandcarsfan Thanks for stopping in. Larry
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New MiniVex controller for Atari 2600 / VCS combines a joystick, paddle, and driving controller all in one unit! Up until now, MiniVex controllers were made for the Vectrex (with the exception of the MiniVex Pedal I, which is compatible with both Vectrex and Atari) but this one is strictly Atari compatible. Compact size fits right in your hand, see second photo for size comparison. ONE cord and ONE plug, you can play your favorite games, one after the other, without having to unplug and plug in all the different controllers. Case is made of tough steel, has a weighty feel to it. Two toggle switches on the back. One selects joystick or paddle function, and the other toggles between paddle "A" and paddle "B." The black button on the back enables and disables the driving controller. Two buttons for your convenience, no matter if you're left or right handed. Either button can be used with any of the three controllers. Driving controller on the left, paddle on the right. Joystick in the center has the feel of an analog stick but functions like a digital one. All new parts used in the making, so there'll be no jittering during Breakout or Indy 500. This and other MiniVex controllers are hand-made by me, so they aren't cosmetically perfect. They do come with a 30-day repair guarantee. A handful of these will be auctioned on eBay during the next few weeks, as they get made. The hand-making process is slow, and how many will ultimately be made remains up in the air at this point. Please see this and my other eBay listings under seller name "classicgamesandcarsfan." Larry
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Hey Guys! I want to prepare an article about the demo scene of the Atari 2600 and I need your help! I need a list of the various demogroups or people which released the demos for the machine. Or maybe is someone of them online here? Would be great if you could help me
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You be the judge https://www.ebay.com/itm/RARE-Columbia-Home-Arcade-Vintage-Console-Atari-2600/123351849046?hash=item1cb857d856:g:2IUAAOSwd~Zbj1Bf
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