In 1983 the ColecoVision takes its place at the top of the video game heap. It has sold 1.5 million units since its release, moving 900,000 units in ’83 alone beating the mighty 2600, the Intellivision, and Atari’s new 5200 Supersystem. There are 29 game publishers producing cartridges for the system, and with the Atari converter, it has the largest game library of any console on the market. Although Coleco forcefully pursues licenses for arcade games for their system, they are outmaneuvered on occasion. After they forge an agreement with coin-op game maker Centauri for several of their arcade hits including Vanguard and Phoenix, Atari swoops in and snaps up the rights with a higher bid. Parker Brothers take a similar action by outbidding Coleco for the Popeye home license. In 1983 Coleco announces a partnership with visual effects wizard John Dykstra, winner of the Academy Award for Best Visual Effects for Star Wars. Dykstra and his Apogee effects company have produced the effects for several impactful TV spots for the ColecoVision, and the new venture is to have the company designing graphics and concepts for new games on the system. It’s not known if anything might have come to fruition through the partnership between Dykstra and Coleco, especially considering Dykstra’s reported desire to create “experimental” games for the company.
The success of their console is firmly established, so of course, Coleco takes the next seemingly obligatory step and risks it all with a precarious reach for the Holy Grail of video game manufacturers…the Home Computer Conversion! First, comes the announcement in 1983 of the ColecoVision Super Game Expansion Module #3, aka the Super Game Module, with a planned retail price of $125. This box, the width of the ColecoVision and slightly less thick in height, is inserted into the expansion slot and features 128K of extra memory, allowing room for souped-up versions of games that will be yet another step closer to flawless interpretations of the arcade originals, including enhanced graphics and added game elements such as intermissions and the ability to save players’ high scores and initials. These are facilitated by a high-speed storage drive in the Super Game Module that accepts what are originally referred to by Coleco as Super Game Wafers; small tape cartridges 3/16-inch thick that, with a 500K storage capacity, hold 125 times the information of a 4K Atari 2600 cartridge. About the size of a business card, inside is near 50ft. of 1/8″ magnetic tape. The media is otherwise known as the stringy floppy and the hardware to play it the MicroDrive, made by a company called Exatron. The company, eventually changing their name to Entrepo, also markets standalone versions of the technology for computers such as the Commodore VIC-20.
To be Included with the Super Game Module are two enhanced versions of current ColecoVision games: Super Buck Rogers Planet of Zoom, and Super Gorf. “Super” versions of Donkey Kong, Donkey Kong Junior, Zaxxon, Turbo, Smurf: Rescue in Gargamel’s Castle, Subroc and Time Pilot will be available for purchase. The arcade adaptations are intended not only to match their source games for gameplay but would actually contain extra screens and gameplay features. The Super Game Module is previewed at the New York Toy Fair in February of 1983 and given a release date of July. Continued problems with the performance of the stringy floppy drive and Exatron’s inability to meet production rates of the drive required by Coleco lead the toy company to shelve the Super Game Module mid-way through the year. It is also likely that another project coming to fruition in the company labs has captured most of the company’s attention and resources away from the SGM, a project developed via 34 million dollars of R&D cash: what is originally referred to as the Computer Expansion Module. Talk had been floating around from Coleco since the introduction of the ColecoVision of a keyboard-only computer expansion priced at a mere $100. Now dubbed the ADAM Family Computer System, the company is going all in: one version is an entire stand-alone home computer system with printer and tape storage, and the other a package that includes the same equipment but plugs into the ColecoVision game unit and takes on the Expansion Pack #3 label.
ADAM is introduced at the June 1983 Summer CES in Chicago, in the 1000 square foot Coleco booth and heralded by flashing lasers and other elaborate fanfare. The unit itself, however, is ensconced under a rotating, tinted glass case and no show goers are allowed to touch it. Reporters eventually notice that the box on display is not driving the demonstration, but instead is being run by another device hidden under the table. The brains for ADAM is composed of an 8-bit, 3.58 MHz Zilog Z80A CPU with 80K of RAM (expandable to 144K), and 32K of ROM. A Texas Instruments graphics chip offers 16K of video RAM, as well as 16 colours and the ability to move 32 sprites around the screen. As for a pixel count, ADAM sports 256×192 screen resolution. There is a sound chip by TI as well, giving the system three-channel sound capability. These are also supported by three Motorola 6801 CPUs that each handle memory I/O, the tape drive and the keyboard. This allows the ADAM to offer users its flavour of multitasking. There are three internal slots in the main component, called the Memory Console, along with an expansion bus called AdamNet for various promised peripherals. The stand-alone system features an external cartridge slot into which ColecoVision cartridges can be inserted and played, as well as two game controllers. Both systems include a full-size, 75-key keyboard, with a stepped layout and fully-travelling keys. Several of these keys are labeled and dedicated to the built-in word processor SmartWRITER, such as MOVE/COPY, PRINT and UNDO. A move made just days before the computer’s debut at CES changes the previous wafer tape drive system into a digital cassette tape drive. These accept was are now called Digital Data Packs, a storage medium developed in-house at Coleco that replaces the stringy floppy technology planned for the Super Game Module. The Data Packs ADAM is to use are high-speed 500K tape cassettes, of the same ferric oxide formulation found in high-end audio tapes. Their speed at retrieving data is not quite up to snuff compared to floppy drives, but still sport a data transfer rate of 1500 characters per second or 20 times faster than ordinary tape cassettes. There is space provided in the Memory Console for an optional second data drive, which is planned to run customers about $150. By the time the ADAM is eventually released, the memory size of the data packs has been reduced to 240K.
Also included is a humongous, letter-quality daisy-wheel printer rated at 120 words-per-minute, or about five minutes to print a page of text. Only 10 pitch type size is available, with pica fonts… but other daisywheel typesets can be purchased. Budding novelists are also stuck with 36 characters per line, but an optional circuit board is promised that will bring with it a full 80-character line. Further, the platen only works in friction feed mode… optional tractor feed is promised to come later for around $150. An unusual configuration has the printer also serving as the entire system’s power supply, so the printer must always be turned on in order to operate the ADAM. This also means, in the event of a printer breakdown, the computer cannot be used until the device is fixed. In the ADAM expansion system, the box containing the CPU and expansion slots has a somewhat lower profile than the stand-alone system, since the components in the original ColecoVision game unit do not have to be included. The add-on has its own port for video output to a monitor, as well as two external joystick ports, but TV output to channels 3 or 4 is handled by the original game console, which the CPU box fits onto through the expansion slot at the front of the console. An included System Interlock Tray keeps the ColecoVision and ADAM module attached to each other.
A blank Data Pack is included with the computer, as well as SmartBASIC and Super Buck Rogers Planet of Zoom. As an added bonus, since the ADAM is running a Z80 CPU, it is compatible with the popular CP/M operating system. At the summer 1983 CES, a company called InfoSoft debuts a compatible operating system for ADAM titled I/OS, allowing the computer access to the vast library of CP/M software. The ADAM can also handle AppleSoft BASIC programs, albeit with some modifications to the program. Hardware peripherals promised for the ADAM after its release include a 64K memory expansion card for under $200, a 5 1/4 inch floppy drive for about $350, and a 300 baud modem for around $50. Documentation included inside the enormous ADAM box includes a reference guide for the SmartWRITER program and a manual for the Buck Rogers game. Also nestled inside is a 64-page set-up manual, a programming guide for SmartBASIC, based in part on Russ Walters’ general purpose reference work The Secret Guide to Computers. As a well-known computer guru from the Boston area, Walters gained a certain amount of infamy by insisting that readers with computer issues call his phone number directly with queries, day or night. In fact, the ADAM manual gives the same advice, if their listed support number is busy (which it usually was). Finding the info from Secret Guide, in their words, “inadequate”, Coleco eventually re-writes the BASIC manual, removing mention of Walters and his guide. Walters then threatens to sue, stating that his contract with the company stipulates that these mentions are required. Things are eventually settled out of court for $20,000, with the settlement requiring that Walters must stop criticizing the ADAM to callers.