Semiconductor & Computer Engineering
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Difference between revisions of "bit-slice microprocessor"
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| || Intel || National || AMD || MMI || TI || Fairchild || Motorola || | | || Intel || National || AMD || MMI || TI || Fairchild || Motorola || | ||
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| − | | [[2-bit architecture|2-bit]] || [[Intel 3002|3002]] || || || || || || || | + | <!-- ======== 2-bit ======== --> |
| + | | [[2-bit architecture|2-bit]] | ||
| + | || [[Intel 3002|3002]] | ||
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| − | | [[4-bit architecture|4-bit]] || || [[National IMP-4|IMP-4]] || [[AMD 2900|2900]] || [[MMI 5701|5701]]<br />[[MMI 6701|6701]] || [[TI SBP0400|SBP0400]] || [[Fairchild 9405|9405]]<br />[[Fairchild 9405A|9405A]] || {{motorola|mc10800 series|MC10800}} || [[74181]] | + | <!-- ======== 4-bit ======== --> |
| + | | [[4-bit architecture|4-bit]] | ||
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| + | || [[National IMP-4|IMP-4]] | ||
| + | || [[AMD 2900|2900]] | ||
| + | || [[MMI 5701|5701]]<br />[[MMI 6701|6701]] | ||
| + | || [[TI SBP0400|SBP0400]] | ||
| + | || [[Fairchild 9405|9405]]<br />[[Fairchild 9405A|9405A]] | ||
| + | || {{motorola|mc10800 series|MC10800}} | ||
| + | || [[74181]] | ||
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| − | | [[8-bit architecture|8-bit]] || || [[National IMP-8|IMP-8]] || || || [[TI SN54AS888|SN54AS888]]<br />[[TI SN74AS888|SN74AS888]] || || || | + | <!-- ======== 8-bit ======== --> |
| + | | [[8-bit architecture|8-bit]] | ||
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| + | || [[National IMP-8|IMP-8]] | ||
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| + | || [[TI SN54AS888|SN54AS888]]<br />[[TI SN74AS888|SN74AS888]] | ||
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| − | | [[16-bit architecture|16-bit]] || || [[National IMP-16|IMP-16]] || [[AMD 29100|29100]] || || || || || | + | <!-- ======== 16-bit ======== --> |
| + | | [[16-bit architecture|16-bit]] | ||
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| + | || [[National IMP-16|IMP-16]] | ||
| + | || [[AMD 29100|29100]] | ||
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Revision as of 10:59, 1 November 2015
A bit-slice microprocessor (BSM) is a microprocessor designed as a module with the primary purpose of being able to assemble multiple identical such microprocessors to form a larger processor of some desired word size. Bit-slice microprocessors can be cascaded to produce any conventional (e.g. 4-bit, 8-bit, 16-bit) as well as unconventional word sizes (e.g. 10-bit, 12-bit, 16-bit). A notable advantage of a BSM over discrete logic components is the fact that most connections are internal to the chip with only few connections being external.
bit-slice microprocessors
| Word size | Microprocessors | |||||||
|---|---|---|---|---|---|---|---|---|
| Intel | National | AMD | MMI | TI | Fairchild | Motorola | ||
| 2-bit | 3002 | |||||||
| 4-bit | IMP-4 | 2900 | 5701 6701 |
SBP0400 | 9405 9405A |
MC10800 | 74181 | |
| 8-bit | IMP-8 | SN54AS888 SN74AS888 |
||||||
| 16-bit | IMP-16 | 29100 | ||||||
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