3M computer
3M was a goal first proposed in the early 1980s by Raj Reddy and his colleagues at Carnegie Mellon University as a minimum specification for academic/technical workstations: at least a megabyte of memory, a megapixel display and a million instructions per second processing power. It was also often said that it should cost no more than a "megapenny".
At that time a typical desktop computer such as an early IBM Personal Computer might have 1/8 of a megabyte of memory, 1/4 of a million pixels, and run at 1/3 million instructions per second.
The concept was inspired by the Xerox Alto which had been designed in the 1970s at the Xerox Palo Alto Research Center. Several Altos were donated to CMU, Stanford, and MIT in 1979.
An early 3M computer was the PERQ Workstation made by Three Rivers Computer Corporation. The PERQ had a 1 million P-codes per second processor, 256 KB of RAM, and a 768×1024 pixel display on a display. While not quite a true 3M machine, it was used as the initial 3M machine for the CMU Scientific Personal Integrated Computing Environment workstation project.
The Stanford University Network SUN workstation, designed by Andy Bechtolsheim in 1980, is another example. It was then commercialized by Sun Microsystems in 1982. Apollo Computer announced the Apollo/Domain computer in 1981. By 1986, CMU stated that it expected at least two companies to introduce 3M computers by the end of the year, with academic pricing of $3,000 and retail pricing of $5,000, and Stanford University planned to deploy them in computer labs. The first "megapenny" 3M workstation was the Sun-2/50 diskless desktop workstation with a list price of $8,900 in 1986.
The original NeXT Computer was introduced in 1988 as a 3M machine by Steve Jobs, who first heard this term at Brown University. Its so-called "MegaPixel" display had just over 930,000 pixels. However, floating point performance, powered with the Motorola 68882 FPU was only about.25 megaflops.
Modern desktop computers exceed the 3M memory and speed requirements by many thousands of times, however screen pixels are only 2 or 3 times larger.
