Difference between revisions of "VAXstation 100"
(Links to ROM images, and VAX/VMS support software.) |
(Add a more expanded description) |
||
| Line 1: | Line 1: | ||
| − | The '''VAXstation 100''' was a [[graphics]] [[terminal]] manufactured by [[Digital Equipment Corporation|DEC]]. | + | The '''VAXstation 100''' was a [[graphics]] [[terminal]] manufactured by [[Digital Equipment Corporation|DEC]]. It had a [[bit-mapped display]], and could accept, for presentation to the user, text, diagrams or images. |
| − | + | It consists of a separate chassis containing a 'display processor module', which is attached remotely to a 'bus window module' in the host computer, which drives it via [[fiber optic]] cables. The [[display]] (a [[cathode ray tube|CRT]] capable of 1,088x864 [[pixel]]s [[resolution]]) was attached to the display processor module, along with a [[keyboard]] and [[mouse]]. (The chassis contained a separate [[power supply]].) | |
| − | + | The display processor module used a [[Motorola MC68000]]; it had 128K bytes of [[main memory]], in addition to the 512K bytes of memory which drove the bit-mapped display (only 1/4 of that actually drove the display; the rest could be used to hold data such as [[font]]s). [[Bootstrap]] and [[diagnostic]] code was contained in [[PROM]]s; operating [[object code]] was downloaded over the fiber link once the VAXstation 100 had powered on. A 'Bit Blit Accelerator module' was attached to the display processor module; it used a separate [[bus]] to get to the screen memory. | |
| + | |||
| + | The only bus window module available, the UNIBUS Window Module, was a [[DEC card form factor|hex]] card, the M7452, which plugged into a standard [[Modified UNIBUS Device|MUD]] slot. Although in theory a VAXstation 100 could be attached to any host with a [[UNIBUS]], DEC only supported them on [[VAX]]en running [[VMS]]. Software in the VAXstation 100 and VMS represented the VAXstation 100 as a series of terminals (one for each open [[window]]) to VMS. | ||
| + | |||
| + | The VAXstation 100 is of some historical note due to its role in the development of the [[X Window System]]. Babara Liskov's [[CLU]] group had acquired a number of VAXstation 100 terminals and needed a [[window]]ing system running on [[BSD|Berkeley Unix]]. Initially the [[W window system]] was used, but Bob Scheifler largely re-wrote it to become X. | ||
| + | |||
| + | ==See also== | ||
| + | |||
| + | * [[VS100]] | ||
| + | * [[VAXstation 100 firmware notes]] | ||
==External links== | ==External links== | ||
* [http://www.bitsavers.org/pdf/dec/vax/vaxstation100/ VAXstation100] - documents on [[Bitsavers]] | * [http://www.bitsavers.org/pdf/dec/vax/vaxstation100/ VAXstation100] - documents on [[Bitsavers]] | ||
| − | * [http://www.bitsavers.org/pdf/dec/vax/vaxstation100/ED-26109-51_VAXstation_100_Technical_Summary_1984.pdf VAXstation 100 Technical Summary] | + | ** [http://www.bitsavers.org/pdf/dec/vax/vaxstation100/ED-26109-51_VAXstation_100_Technical_Summary_1984.pdf VAXstation 100 Technical Summary] |
| + | ** [http://www.bitsavers.org/pdf/dec/vax/vaxstation100/VS100_Engineering_Specification_Jun83.pdf VAXstation 100 Engineering Specification] | ||
| + | ** [http://www.bitsavers.org/pdf/dec/vax/vaxstation100/AA-N660A-TE_VAXstation_100_Users_Guide_Jun84.pdf VAXstation 100 User's Guide] (AA-N660A-TE) | ||
* [http://www.9track.net/roms/ ROM images] (down the page) | * [http://www.9track.net/roms/ ROM images] (down the page) | ||
| − | * [http://www.9track.net/bits/dec/vs100/ VAXstation Software] - layered product for VAX/VMS; see https://classiccmp.org/pipermail/cctalk/2020-September/055387.html | + | * [http://www.9track.net/bits/dec/vs100/ VAXstation Software] - layered product for VAX/VMS; see [https://classiccmp.org/pipermail/cctalk/2020-September/055387.html |
| − | |||
| + | [[Category: Video Terminals]] | ||
[[Category: VAXen]] | [[Category: VAXen]] | ||
| − | |||
Revision as of 14:19, 11 February 2023
The VAXstation 100 was a graphics terminal manufactured by DEC. It had a bit-mapped display, and could accept, for presentation to the user, text, diagrams or images.
It consists of a separate chassis containing a 'display processor module', which is attached remotely to a 'bus window module' in the host computer, which drives it via fiber optic cables. The display (a CRT capable of 1,088x864 pixels resolution) was attached to the display processor module, along with a keyboard and mouse. (The chassis contained a separate power supply.)
The display processor module used a Motorola MC68000; it had 128K bytes of main memory, in addition to the 512K bytes of memory which drove the bit-mapped display (only 1/4 of that actually drove the display; the rest could be used to hold data such as fonts). Bootstrap and diagnostic code was contained in PROMs; operating object code was downloaded over the fiber link once the VAXstation 100 had powered on. A 'Bit Blit Accelerator module' was attached to the display processor module; it used a separate bus to get to the screen memory.
The only bus window module available, the UNIBUS Window Module, was a hex card, the M7452, which plugged into a standard MUD slot. Although in theory a VAXstation 100 could be attached to any host with a UNIBUS, DEC only supported them on VAXen running VMS. Software in the VAXstation 100 and VMS represented the VAXstation 100 as a series of terminals (one for each open window) to VMS.
The VAXstation 100 is of some historical note due to its role in the development of the X Window System. Babara Liskov's CLU group had acquired a number of VAXstation 100 terminals and needed a windowing system running on Berkeley Unix. Initially the W window system was used, but Bob Scheifler largely re-wrote it to become X.
See also
External links
- VAXstation100 - documents on Bitsavers
- ROM images (down the page)
- VAXstation Software - layered product for VAX/VMS; see [https://classiccmp.org/pipermail/cctalk/2020-September/055387.html
