A table showing the most important items in the Jim Austin collection held at the Computer Sheds
1 July 2025
Date |
Subject |
Item |
Importance |
Commentary |
1951 |
Programming |
Book |
First book on programming |
The Preparation of Programs for an Electronic Digital Computer by Maurice Wilkes, David Wheeler, and Stanley Gill; |
1951 |
Manchester Baby |
Original Paper : |
The original paper on the Manchester baby. Recognized as the first modern computer. The paper was submitted in 1948 for publication before the first program was run and published after. |
This could be seen as the most important paper in Computing. As it describes the first modern computer. As the original machine no longer exists the paper represents the only remaining artifact of the original machine.
|
1956 |
FORTRAN |
Book |
First book on FORTRAN |
The Fortran Automatic Coding System for the IBM 704 (15 October 1956), the first Programmer's Reference Manual for Fortran |
1960’s |
BASIC |
Book |
First book on basic |
|
1964 |
Frieden |
Calculator, EC-132 |
First transistorized calculator with sq root |
|
1972 |
Texet |
Calculator |
Contains the world first computer on a chip – TI TMS 0100NC |
|
April 1972 |
Magnavox |
Odyssey computer game |
First Home games machine |
Very sophisticated, but not a computer! |
1974 |
MITs |
Altair 8800 with Microsoft BASIC on paper tape |
First mass produced home computer. Ran Microsoft founding product, Altair BASIC. |
Yes – even notes on programming by Bill Gates in the notes. |
1976 |
scrumpi |
Computer |
The first UK made home computer kit -based on a sc/mp microprocessor |
Prof austin built this when he was a teenager. |
1976 |
Altair 8k BASIC |
Software |
First product from Bill Gates |
On paper tape in un opened bag. |
1980 |
Depraz |
The mouse |
One of the first mice – Logitech’s first mouse |
Very odd looking. |
1981 |
IBM |
5150 IBM PC |
First standard PC |
The IBM PC set the standard for the modern personal computer. |
1981 |
Osborne |
Osborne 1 portable computer |
First portable computer |
Its big – for a portable! |
1981 |
Sinclair |
ZX80 |
First low cost home computer |
A classic most people will recognize. |
1982 |
IBM 3084 |
Mainframe |
Cambridge Universities last mainframe |
1982 was the original 3081D then upgraded to 3084Q in 1989. |
1982 |
Cadlinc |
Development machine for the Sun-1, SGI IRIS and CISCO AGS Router |
The very earliest existing Sun computer. |
This is the top hardware item in the collection |
1982 |
Cadlinc/Sun/Mike Hawley |
Earliest prototype of the Worlds first mass produced Commercial Mouse |
It’s the first mouse design to be made and sold in large numbers in the world – the prototype. |
Came from the Cadlinc |
1983 |
HP |
HP 150 Computer |
First computer with touch screen |
Uses light beams to work! |
1983 |
Mouse Systems |
The M1 mouse |
First optical mouse as we know it now |
|
1985 |
Xerox |
First Xerox Star mouse |
The first mouse to be on the Xerox star, the first widely available mouse for sale. |
This pre-dates the optical version and might be the oldest commercial mass produced mouse in the world. |
1985 |
Xerox |
6085 computer system |
The first graphical windowing system |
Complete with a number of stations |
1985 |
Apollo |
Domain DN330 |
First self-contained graphics workstation. |
It came with the cadlinc. |
1986 |
Cisco |
AGS+ router. |
The first network router and CISCOs first product. |
This is the upgraded version, to a 68010. It was designed around the board in the Cadlinc. |
2006 |
IBM BlueGene/L |
Supercomputer |
The first physical blue/gene machine into Europe. |
The first machine to reach a petaflop computation. |
1963 |
NASA |
Apollo Guidance Computer module |
Contains chips from the first chips made, Used in the first computer to use microchips |
This is a module that has the sequencer – or clock divider in the computer. It is from Block 1. |
1963 |
NASA |
Apollo Guidance Computer module |
“Rope Memory Jumper”, an unusual block from the AGC – used when the memory was removed to fill the slot |
Also have 2 individual ics that were used in the modules |
1952 |
A0 Compiler document |
Unpublished, original 1952 copy of A0 Compiler description and listing |
This is an internal Sperry-Rand Document describing the very first implementation of a compiler by Grace Hopper and her team |
The document is protected by copy right for 150 years as its unpublished. One of maybe 2 or 3 copies, we know of one in Smithsonian and one in Babbage institute |
1979 |
Early 68000 microprocessor |
A development board from Motorola for the XC68000 processor. Contains a 1979 engineering sample (pre-production) 68000, with an individual serial number 1174. |
The 68000 was one of the most widely used microprocessors and is still in widespread use today. You can still buy versions of this processor. |
|
2011 |
Hawking SGI |
Stephen Hawking’s last supercomputer |
From Cambridge University a few weeks before he passed away. The first SGI ultra-violet 2000 machine to be sold. Fully working. |
Has over 700 processors and 2Tb system memory (RAM) |
2016 |
SGI UV2000 |
Leeds supercomputer |
The most powerful computer in the collection, with over 700 cores, 4Tb of RAM and 140Tb RAID disk |
|