Zilog Z180: Difference between revisions
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{{notability|products|date=July 2009}} |
{{notability|products|date=July 2009}} |
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[[File:KL Zilog Z180.jpg|thumb|right|Older Z180 in [[PLCC]] package (the smaller [[QFP]] and [[LQFP]] packages are more common today).]] |
[[File:KL Zilog Z180.jpg|thumb|right|Older Z180 in [[plastic leaded chip carrier|PLCC]] package (the smaller [[QFP]] and [[LQFP]] packages are more common today).]] |
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[[File:KL Zilog Z180 DIP.jpg|thumb|Z8S180.]] |
[[File:KL Zilog Z180 DIP.jpg|thumb|Z8S180.]] |
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The '''[[Zilog]] Z180''' 8-bit processor is a successor of the [[Zilog Z80|Z80]] CPU. It is compatible with the large base of software written for the Z80.<ref>{{cite web|url=http://www.z80.info/z80lives.htm|quote=The designers picked an architecture compatible with the Z80, giving Z80 users a completely software compatible upgrade path|title=The Z80 Lives!|last=Ganssle|first=Jack|year=1992}}</ref> The Z180 family adds higher performance and integrated peripheral functions like clock generator, 16 bit counters/timers, interrupt controller, wait-state generators, serial ports and a DMA controller.<ref>{{cite book|page=13|isbn=978-0-12-274880-6|author=Jack G. Ganssle.|year=1992|publisher=Academic Press|location=San Diego|title=The art of programming embedded systems}}</ref> It uses separate read and write strobes, sharing similar timings with the Z80 and Intel processors.<ref>{{cite book|page=34|isbn=978-0-7506-7534-5|author=Stuart R. Ball.|year=2002|publisher=Newnes|location=Amsterdam|title=Embedded microprocessor systems real world design}}</ref> The on-chip memory management unit (MMU) has the capability of addressing up to 1 [[Megabyte|MB]] of memory. It is possible to configure the Z180 to operate as the Hitachi [[HD64180]]. |
The '''[[Zilog]] Z180''' 8-bit processor is a successor of the [[Zilog Z80|Z80]] CPU. It is compatible with the large base of software written for the Z80.<ref>{{cite web|url=http://www.z80.info/z80lives.htm|quote=The designers picked an architecture compatible with the Z80, giving Z80 users a completely software compatible upgrade path|title=The Z80 Lives!|last=Ganssle|first=Jack|year=1992}}</ref> The Z180 family adds higher performance and integrated peripheral functions like clock generator, 16 bit counters/timers, interrupt controller, wait-state generators, serial ports and a DMA controller.<ref>{{cite book|page=13|isbn=978-0-12-274880-6|author=Jack G. Ganssle.|year=1992|publisher=Academic Press|location=San Diego|title=The art of programming embedded systems}}</ref> It uses separate read and write strobes, sharing similar timings with the Z80 and Intel processors.<ref>{{cite book|page=34|isbn=978-0-7506-7534-5|author=Stuart R. Ball.|year=2002|publisher=Newnes|location=Amsterdam|title=Embedded microprocessor systems real world design}}</ref> The on-chip memory management unit (MMU) has the capability of addressing up to 1 [[Megabyte|MB]] of memory. It is possible to configure the Z180 to operate as the Hitachi [[HD64180]]. |
Revision as of 23:25, 3 April 2013
The topic of this article may not meet Wikipedia's notability guidelines for products and services. (July 2009) |
The Zilog Z180 8-bit processor is a successor of the Z80 CPU. It is compatible with the large base of software written for the Z80.[1] The Z180 family adds higher performance and integrated peripheral functions like clock generator, 16 bit counters/timers, interrupt controller, wait-state generators, serial ports and a DMA controller.[2] It uses separate read and write strobes, sharing similar timings with the Z80 and Intel processors.[3] The on-chip memory management unit (MMU) has the capability of addressing up to 1 MB of memory. It is possible to configure the Z180 to operate as the Hitachi HD64180.
Chip | Speed (MHz) | Timers | I/O | Comm. Contr. | Others |
---|---|---|---|---|---|
Z80180 | 6, 8, 10 | 2 | N/S | CPU | 1 MB MMU, 2xDMAs, 2xUARTs |
Z80181 | 10 | 1 | 16 | CPU | 1 MB MMU, 2xDMAs, 2xUARTs |
Z80182 | 16, 33, 20 | 0 | Clock Serial, 24 | ESCC, CSIO, UART | S180 Megacell, 2xESCC channels, 16550 MIMIC |
Z80195 | 20, 33 | 4 | 7/24 | SCC, CSIO, UART | |
Z8L180 | 20 | 2 | Clock Serial | CSIO, UART | 1 MB MMU, 2xDMAs, 2xUARTs, 3.3 V Operation |
Z8L182 | 20 | 0 | Clock Serial | ESCC, CSIO, UART | S180 Megacell, 2xESCC channels, 16550 MIMIC, 3.3V operation |
Z8S180 | 10, 20, 33 | 2 | Clock Serial | UART, DMA, I2C, SPI | 1 MB MMU, 2xDMAs, 2xUARTs |
Z80182
The Zilog Z80182 is an enhanced, faster version of the older Z80 and is part of the Z180 microprocessor family. It's nicknamed the Zilog Intelligent Peripheral Controller (ZIP). It's also fully static (the clock can be halted and no data in the registers will be lost)[citation needed] and has a low EMI option that reduces the slew rate of the outputs.[citation needed]
The Z80182 can operate at 33 MHz with an external oscillator for 5 volt operation, or at 20 MHz using the internal oscillator for 3.3 volt operation.[4]
Notes
- ^ Ganssle, Jack (1992). "The Z80 Lives!".
The designers picked an architecture compatible with the Z80, giving Z80 users a completely software compatible upgrade path
- ^ Jack G. Ganssle. (1992). The art of programming embedded systems. San Diego: Academic Press. p. 13. ISBN 978-0-12-274880-6.
- ^ Stuart R. Ball. (2002). Embedded microprocessor systems real world design. Amsterdam: Newnes. p. 34. ISBN 978-0-7506-7534-5.
- ^ "CPU Control Register". Z80182/Z8L182 Zilog Intelligent Peripheral Controller Product Specification. San Jose, California: Zilog. 1997. pp. 3–48.
References
- "Z80180 Microprocessor Unit Product Specification" (pdf). San Jose, California: Zilog. 2006. Retrieved 2009-07-15.
{{cite web}}
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ignored (help) - "Z80S180/Z80L180 Product Specification" (pdf). San Jose, California: Zilog. 2000. Retrieved 2009-07-15.
- "Z8S180 SL1960 Product Specification" (pdf). San Jose, California: Zilog. 1998. Retrieved 2009-07-15.
- "Z8018x MPU Family User Manual" (pdf). San Jose, California: Zilog. 2003. Retrieved 2009-07-15.
Further reading
- Harston, J.G. (1997-09-09). "Z180 Opcode Map". Retrieved 2009-07-15.
- Harston, J.G. (1998-04-15). "Full HD64180/Z180 Opcode List". Retrieved 2009-07-15.