Kenbak-1 Computer
www.kenbak.com › kenbak-1-homeAt the time the Kenbak-1 was designed and made, microprocessors were not invented yet. So the Kenbak-1 was designed with small scale integration (SSI) logic chips. Individual logic gates, inverters, and latches were used, as well as a few transistors, resistors, capacitors, and diodes. A state-machine with 2 9 states controlled the internal workings.
Kenbak-1 - Vintage Computer
vintage-computer.com › machinesThe Kenbak-1 is considered by many to be the world's first "Personal Computer." The Computer History Museum granted it this designation when they were still located in Boston in 1986. More specifically, the machine represents the first commercially available Von Neumann (stored program) computing device intended and priced for personal use.
Kenbak-1 – Wikipedia
https://fi.wikipedia.org/wiki/Kenbak-1Kenbak-1 on John Blankenbakerin kehittämä henkilökohtainen tietokone, joka on julkaistu vuonna 1971. Konetta pidetään ensimmäisenä kaupallisesti saatavana henkilökohtaisena tietokoneena. Tietokone ei vielä käyttänyt mikroprosessoria, mutta ei ollut myöskään rakennussarja. Tietokone käytti 132 mikropiiriä. Tietokoneessa oli 256 tavua mu…
Kenbak-1 - Old Computer Museum
oldcomputermuseum.com › kenbak-1The Kenbak-1 is considered by many to be the world's first "Personal Computer." The Computer History Museum granted it this designation when they were still located in Boston in 1986. More specifically, the machine represents the first commercially available Von Neumann (stored program) computing device intended and priced for personal use.
Welcome to KenbakKit.com!
www.kenbakkit.comVerkkoThe Kenbak-1 Series 2 Kit is built using the highest quality parts available. Every part is new or new old stock (when new parts are not currently made). Every part required to complete the kit is included …
Kenbak-1 - Wikipedia
https://en.wikipedia.org/wiki/Kenbak-1The Kenbak-1 has a total of nine registers. All are memory mapped. It has three general-purpose registers: A, B and X. Register A is the implicit destination of some operations. Register X is also known as the index register and turns the direct and indirect modes into indexed direct and indexed indirect modes. It also has program counter, called Register P, three "overflow and carry" registers for A, B and X respectively as well as an Input Register and an Output Register.
Kenbak-1 - Wikipedia
en.wikipedia.org › wiki › Kenbak-1The Kenbak-1 has a total of nine registers. All are memory mapped. It has three general-purpose registers: A, B and X. Register A is the implicit destination of some operations. Register X is also known as the index register and turns the direct and indirect modes into indexed direct and indexed indirect modes.