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This is my old IBM desktop setup. It will be moved to storage soon. The Sun Blade 100 is used mainly as a printer stand. I have learned that old IBM Intellistation with modern Debian GNU/Linux is more snappy than the Blade with modern Solaris.
Essa foi o prêmio da Primeira fase do concurso Main Frame da IBM, acho que irei fazer um quadro!!! Apesar que prefiro open-drive do Netbeans!!!
This is an IBM SMS card post 1969 even though the card format had changed with the System/360.
The NPN transistors are date code 1970 but are IBM 030 and 044 transistor models defined in the late 1950s.
The IBM module (on the right) is early SLT (Solid Logic Technology).
The card is from a 2420 tape reader. Tape machines and other peripherals kept the SMS format and the component technology longer.
Since its stunning victory on Jeopardy! a year ago, IBM’s Watson computing system has been put to work in healthcare and financial services. But the real-world possibilities are endless.
asmarterplanet.com/blog/2012/02/how-watson-can-work.html
The IBM T221 WQUXGA 9 MP monitor (3840x2400). Twice the resolution of the Apple 30", packed into a 22" monitor. The small window is a full-sized 80x24 xterm with font "fixed".
Vorgestellt am 12. August 1981 in New York. Prozessor Intel 8088 4,7 MHz, Hauptspeicher: 64 kB, 2 Diskettenlaufwerke 5 1/4 Zoll, Betriebssystem DOS 1.0
The IBM PC was introduced in 1981. It had an enormous impact, consolidating the diverse computing market around a recognized leader and inspiring a legion of clones such as Compaq. For years afterward, "IBM compatible" was an important selling point for home computers.
For gaming, the IBM PC was an also-ran for years. Games like this one, in ugly CGA with PC speaker sound, were minimalist compared to other platforms. For example, many games of this era supported three-channel sound on the Tandy (a significant improvement over the simple bleeps and bloops of the PC speaker) and even MIDI using separate Roland sound modules like the MT-32.
The IBM 1401 processor, 1402 card reader and 1403 printer were components of the all-transistorized system. The 1403 line printer, shown here (1967) could print 600 lines of text per minute and could skip blank lines at up to 75 inches/second. Although most commonly used by small businesses, the IBM 1401 was also frequently used at Lawrence Livermore National Laboratory as an off-line peripheral controller for large scientific computers such as the IBM 7090.
This is my old IBM desktop setup (I still use my SGI O2 as a primary desktop computer). It will be moved to storage soon. It was used as my secondary desktop for a long time.
Lawrence Livermore National Laboratory staff, Clarence Badger, Sid Fernbach, and Richard von Holdt inspect the wiring of the IBM 7030 (Stretch) with IBM staff Seymour Murray and Lee Notari. The Stretch machine was put through lengthy testing by IBM staff before final acceptance by the Lab.
Roger Fulton (at left) and George Michael, project leader, watch the Eyeball project CRT on the IBM 709. The Eyeball, an input device for feeding graphic material (handwriting, a map of the stars, a photograph of particle interactions in a bubble chamber, for example) directly into a digital computer, was developed by the Theoretical Division at Lawrence Livermore National Laboratory in the 1960s.
An IBM 1402 high-speed card punch/reader shown in the Lawrence Livermore National Laboratory computer center in 1967.