Difference between revisions of "TX-2"

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[[Image:TX-2 module top.jpg|250px|thumb|right|TX-2 plug-in module]]
 
[[Image:TX-2 module top.jpg|250px|thumb|right|TX-2 plug-in module]]
  
The '''TX-2''' was an early [[transistor]] computer; it was a follow-on to the ground-breaking [[TX-0]] at the [[Massachusetts Institute of Technology|MIT]] [[Lincoln Laboratory]]. Innovations around [[interrupt]]s used on the TX-2 wee an important predecessor to the [[PDP-1]].
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The '''TX-2''' was an early [[transistor]] computer; it was a follow-on to the ground-breaking [[TX-0]] at the [[Massachusetts Institute of Technology|MIT]] [[Lincoln Laboratory]]. Innovations around [[interrupt]]s used on the TX-2 were an important predecessor to the [[PDP-1]]. Its most important contributions were in the [[software]] developed on it.
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One important [[application]] developed on the TX-2 was the ground-breaking [[Sketchpad]]. Later on, an important [[data network]]ing demonstration that preceded the [[ARPANET]] used the TX-2. Beginning in 1964 a [[time-sharing]] system called [[APEX]] was put together on the TX-2, under the guidance of Larry Roberts, using a small number of consoles with [[graphics]] capability.
  
 
The TX-2's [[magnetic tape]] [[mass storage]] system, created by Tom Stockebrand, used 1/2" tape, but was block addressable, unlike most magnetic tape systems, which could only write sequentially. He later moved to the [[LINC]] project, along with several other TX-2 alumni, where he helped create the descendant [[LINC tape]] system; he then moved to [[DEC]], where he helped create [[DECtape]], very similar to LINCtape.
 
The TX-2's [[magnetic tape]] [[mass storage]] system, created by Tom Stockebrand, used 1/2" tape, but was block addressable, unlike most magnetic tape systems, which could only write sequentially. He later moved to the [[LINC]] project, along with several other TX-2 alumni, where he helped create the descendant [[LINC tape]] system; he then moved to [[DEC]], where he helped create [[DECtape]], very similar to LINCtape.
 
Important [[application]]s developed on the TX-2 included the ground-breaking [[Sketchpad]]. Later on, an important [[data network]]ing demonstration that preceded the [[ARPANET]] used the TX-2.
 
 
Beginning in 1964 a [[time-sharing]] system called [[APEX]] was put together on the TX-2 computer at Lincoln Lab under the guidance of Larry Roberts using a small number of consoles with [[graphics]] capability.
 
  
 
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* [https://web.stanford.edu/~learnest/nets/timesharing.htm Who invented Timesharing]
 
* [https://web.stanford.edu/~learnest/nets/timesharing.htm Who invented Timesharing]
 
* [https://tx-2.github.io/ TX-2 simulation project]
 
* [https://tx-2.github.io/ TX-2 simulation project]
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** [https://tx-2.github.io/documentation/ TX-2 Documentation]
  
 
[[Category: Mainframes]]
 
[[Category: Mainframes]]
 
[[Category: 36-bit Computers]]
 
[[Category: 36-bit Computers]]
 
[[Category: Unique Computers]]
 
[[Category: Unique Computers]]

Latest revision as of 15:02, 25 October 2025

TX-2 plug-in module

The TX-2 was an early transistor computer; it was a follow-on to the ground-breaking TX-0 at the MIT Lincoln Laboratory. Innovations around interrupts used on the TX-2 were an important predecessor to the PDP-1. Its most important contributions were in the software developed on it.

One important application developed on the TX-2 was the ground-breaking Sketchpad. Later on, an important data networking demonstration that preceded the ARPANET used the TX-2. Beginning in 1964 a time-sharing system called APEX was put together on the TX-2, under the guidance of Larry Roberts, using a small number of consoles with graphics capability.

The TX-2's magnetic tape mass storage system, created by Tom Stockebrand, used 1/2" tape, but was block addressable, unlike most magnetic tape systems, which could only write sequentially. He later moved to the LINC project, along with several other TX-2 alumni, where he helped create the descendant LINC tape system; he then moved to DEC, where he helped create DECtape, very similar to LINCtape.

Further reading

External links