The NuBus became a accepted in 1987 as IEEE 1196. This adaptation acclimated a accepted 96-pin three-row connector, active the arrangement on a 10 MHz alarm for a best access throughput of 40 MB/s and boilerplate speeds of 10 to 20 MB/s. A after addition, NuBus90, added the alarm amount to 20 MHz for bigger throughput, access accretion to about 70 MB/s, and boilerplate to about 30 MB/s.
The NuBus was aboriginal developed commercially in the Western Digital NuMachine, and aboriginal acclimated in a assembly artefact by their licensee, Lisp Machines, Inc., in the LMI-Lambda, a Lisp Machine. The activity and the development accumulation was awash by Western Digital to Texas Instruments in 1984. The technology was congenital into their TI Explorer, aswell a Lisp Machine. In 1986, Texas Instruments acclimated the NuBus in the S1500 multiprocessor UNIX system. Later, both Texas Instruments and Symbolics developed Lisp Machine NuBus boards (the TI MicroExplorer and the Symbolics MacIvory) based on their Lisp acknowledging microprocessors. These NuBus boards were co-processor Lisp Machines for the Apple Macintosh band (the Mac II and Mac Quadras).
The NuBus was aboriginal developed commercially in the Western Digital NuMachine, and aboriginal acclimated in a assembly artefact by their licensee, Lisp Machines, Inc., in the LMI-Lambda, a Lisp Machine. The activity and the development accumulation was awash by Western Digital to Texas Instruments in 1984. The technology was congenital into their TI Explorer, aswell a Lisp Machine. In 1986, Texas Instruments acclimated the NuBus in the S1500 multiprocessor UNIX system. Later, both Texas Instruments and Symbolics developed Lisp Machine NuBus boards (the TI MicroExplorer and the Symbolics MacIvory) based on their Lisp acknowledging microprocessors. These NuBus boards were co-processor Lisp Machines for the Apple Macintosh band (the Mac II and Mac Quadras).
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