„Liste von Mikrocontrollern“ – Versionsunterschied
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== [[Applied Micro Circuits Corporation]] (AMCC) == |
== [[Applied Micro Circuits Corporation]] (AMCC) == |
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* 403 PowerPC CPU |
* 403 PowerPC CPU |
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** PPC 403GCX |
** PPC 403GCX |
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* 405 PowerPC CPU |
* 405 PowerPC CPU |
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** PPC 405EP |
** PPC 405EP |
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** PPC 405GP/CR |
** PPC 405GP/CR |
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** PPC 405GPr |
** PPC 405GPr |
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** PPC NPe405H/L |
** PPC NPe405H/L |
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* 440 PowerPC Book-E CPU |
* 440 PowerPC Book-E CPU |
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** PPC 440GP |
** PPC 440GP |
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** PPC 440GX |
** PPC 440GX |
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** PPC 440EP/EPx/GRx |
** PPC 440EP/EPx/GRx |
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** PPC 440SP/SPe |
** PPC 440SP/SPe |
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* X-Gene ([[ARM-Architektur#ARMv8|ARMv8]]-64-bit-Core)<ref name="amcc">{{cite web | author=Charlie Demerjian | title=AMCC X-Gene 64-bit silicon spotted in the wild | url=http://semiaccurate.com/2013/06/05/amcc-x-gene-64-bit-silicon-spotted-in-the-wild/ | publisher=SemiAccurate | accessdate=2013-06-14}}</ref> |
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== [[Atmel]] == |
== [[Atmel]] (übernommen durch [[Microchip Technology]]) == |
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[[ |
[[Datei:ATmega169-MLF.jpg|mini|[[Atmel]] [[Atmel AVR|ATmega169]] in einem 64-pin [[MLF]]-Gehäuse]] |
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* AT89-Serie ([[MCS-51]]-Architektur) |
* AT89-Serie ([[MCS-51]]-Architektur) |
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* AT90-, ATtiny-, ATmega-, ATXmega-Serie ([[Atmel AVR|AVR]]-Architektur) |
* AT90-, ATtiny-, ATmega-, ATXmega-Serie ([[Atmel AVR|AVR]]-Architektur) |
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Zeile 36: | Zeile 37: | ||
* AT32-Serie (32-Bit [[AVR32]]-Architektur) |
* AT32-Serie (32-Bit [[AVR32]]-Architektur) |
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== [[Cypress Semiconductor Corporation|Cypress]] == |
== [[Cypress Semiconductor Corporation|Cypress]] (übernommen durch [[Infineon]]) == |
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=== 8 Bit === |
=== 8 Bit === |
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* [PSoC 1] (Programmable System on a Chip): PSoC mit M8C-Core. |
* [[PSoC|PSoC 1]] (Programmable System on a Chip): PSoC mit M8C-Core. |
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* Mikrocontroller mit USB Function (Device, LowSpeed und FullSpeed) M8A, M8B, EnCoRe, EnCoRe II, EnCoRe III, PSoC |
* Mikrocontroller mit USB Function (Device, LowSpeed und FullSpeed) M8A, M8B, EnCoRe, EnCoRe II, EnCoRe III, PSoC |
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* [PSoC 3] Mikrocontroller mit USB Function (FullSpeed und HighSpeed) EZ-USBxx mit 8051-Architektur |
* [[PSoC|PSoC 3]] Mikrocontroller mit USB Function (FullSpeed und HighSpeed) EZ-USBxx mit 8051-Architektur |
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=== 32 Bit === |
=== 32 Bit === |
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* [[PSoC |
* [[PSoC|PSoC 4]] (Programmable System on a Chip): PSoC mit [[ARM Cortex-M]]0-Core (32 Bit). |
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* [[PSoC|PSoC 5]] (Programmable System on a Chip): PSoC mit [[ARM Cortex-M]]3-Core (32 Bit). |
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* [[PSoC|PSoC 6]] (Programmable System on a Chip): PSoC mit [[ARM Cortex-M]]3-Core (32 Bit) und ARM Cortex-M0-Core (32 Bit).. |
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== [[ |
== [[Espressif]] == |
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=== 32 Bit === |
=== 32 Bit === |
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⚫ | |||
⚫ | |||
* [[ESP32]]<ref name="ESP32">[https://www.espressif.com/en/products/hardware/esp32/overview ESP32]</ref> |
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* EFM32TG - Tiny Gecko, [[ARM Cortex-M3]] |
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* EFM32G - Gecko, ARM Cortex-M3 |
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* EFM32GG - Giant Gecko, ARM Cortex-M3 |
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== [[Freescale|Freescale Semiconductor]] (ehemals [[Motorola]]) == |
== [[Freescale|Freescale Semiconductor]] (ehemals [[Motorola]]) == |
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=== 8 Bit === |
=== 8 Bit === |
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* [[68HC05]] (CPU05) |
* [[68HC05]] (CPU05) |
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* [[68HC08]] (CPU08) |
* [[68HC08]] (CPU08) |
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* Freescale 683XX (CPU32) |
* Freescale 683XX (CPU32) |
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* MPC500 |
* MPC500 |
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* |
* [[Freescale Kinetis|Kinetis L]], ARM Cortex-M0+ |
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⚫ | |||
* [[MPC55xx|MPC5500]] |
* [[MPC55xx|MPC5500]] |
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* MPC 860 (PowerQUICC) |
* MPC 860 (PowerQUICC) |
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* MPC 8240/8250 (PowerQUICC II) |
* MPC 8240/8250 (PowerQUICC II) |
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* MPC 83xx (PowerQUICC II Pro) basierend auf PowerQUICC II, z.T. aber ohne QUICC Engine |
* MPC 83xx (PowerQUICC II Pro) basierend auf PowerQUICC II, z. T. aber ohne QUICC Engine |
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* MPC 8540/8555/8560 (PowerQUICC III) |
* MPC 8540/8555/8560 (PowerQUICC III) |
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* MCF Serie ([[Coldfire]] basierend auf [[Motorola 68000er-Familie]]) |
* MCF Serie ([[Coldfire]] basierend auf [[Motorola 68000er-Familie]]) |
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* i.MX Prozessoren ([[ARM-Architektur]]) |
* [[Freescale i.MX|i.MX]] Prozessoren ([[ARM-Architektur]]) |
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== [[Fujitsu Semiconductor Europe]] == |
== [[Fujitsu Semiconductor Europe]] == |
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Zeile 84: | Zeile 86: | ||
=== 16 Bit === |
=== 16 Bit === |
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* MB90xxx Family |
* MB90xxx Family |
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* MB96xxx Family |
* MB96xxx Family |
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=== 32 Bit === |
=== 32 Bit === |
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* Embedded 32 Bit RISC Solutions (FR, FM3, |
* Embedded 32 Bit RISC Solutions (FR, FM3, FCR4…) |
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== [[ |
== [[HIMA]] == |
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⚫ | |||
* [https://www.hima.com/en/products-services/hicore-1/ HICore 1 Safety-Chip SIL 3] |
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== [[Otto Müller (Computerpionier)#Hyperstone|Hyperstone]] == |
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⚫ | |||
* Hyperstone RISC-Mikroprozessor |
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== [[Infineon]] (ehemals [[Siemens AG]] und [[Cypress Semiconductor Corporation]]) == |
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=== 8 Bit === |
=== 8 Bit === |
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* [[Infineon XC800]]: [[8051]] kompatible, Flash basierte, neue 8-bit Produktfamilie. |
* [[Infineon XC800]]: [[8051]] kompatible, Flash basierte, neue 8-bit Produktfamilie. |
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* [[Siemens |
* [[Siemens 80C515]]/80C535: [[8051]]-kompatibel |
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* [[Siemens |
* [[Siemens 80C517]]/80C537: [[8051]]-kompatibel |
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=== 16 Bit === |
=== 16 Bit === |
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Zeile 105: | Zeile 114: | ||
=== 32 Bit === |
=== 32 Bit === |
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* TLE984x: Relay driver IC with integrated 32-bit [[ARM Cortex-M|ARM Cortex]] M0 |
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⚫ | |||
* TLE9845: Half-Bridge driver IC with integrated 32-bit [[ARM Cortex-M|ARM Corte]] M0 |
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⚫ | |||
* TLE986x: H-Bridge driver IC with integrated 32-bit [[ARM Cortex-M3|ARM Cortex M3]] |
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* TLE987x: 3-phase bridge driver IC with integrated 32-bit [[ARM Cortex-M3|ARM Cortex M3]] |
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⚫ | |||
⚫ | |||
* [[XMC1000]]: 32-bit Mikrocontroller Familie mit ARM Cortex-M0-Prozessor, 32 MHz<ref>[http://www.infineon.com/cms/de/product/microcontrollers/32-bit-industrial-microcontrollers-based-on-arm-registered-cortex-tm-m/32-bit-xmc1000-industrial-microcontrollers-arm-registered-cortex-tm-m0/channel.html?channel=db3a30433c1a8752013c1aa35a6a0029 Industrielle 32-Bit-XMC1000-Mikrocontroller Cortex™-M0 von ARM®]</ref> |
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== [[Intel]] == |
== [[Intel]] == |
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Zeile 114: | Zeile 128: | ||
* 8xC251 |
* 8xC251 |
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=== 16 Bit === |
=== 16 Bit === |
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⚫ | |||
* [[Intel 80186|Intel 80186/80188]] |
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⚫ | |||
* MXS296 |
* MXS296 |
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=== 32 Bit === |
=== 32 Bit === |
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* 80386EX (i386EX) |
* 80386EX (i386EX) |
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== [[Maxim Integrated Products]] == |
== [[Maxim Integrated Products]] == |
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=== 16 Bit === |
=== 16 Bit === |
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* MAXQ<ref> |
* MAXQ<ref>{{Webarchiv|url=http://www.maxim-ic.com/products/microcontrollers/maxq.cfm |wayback=20091008105927 |text=www.maxim-ic.com |archiv-bot=2022-12-07 13:14:15 InternetArchiveBot }}</ref> |
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== [[Microchip Technology]] == |
== [[Microchip Technology]] == |
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Zeile 136: | Zeile 150: | ||
=== 32 Bit === |
=== 32 Bit === |
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* [[PICmicro|PIC32-Serie]] |
* [[PICmicro|PIC32-Serie]] |
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⚫ | |||
⚫ | |||
⚫ | |||
⚫ | |||
* [[ARM7TDMI]] |
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== [[NXP Semiconductors]] (ehemals Philips Semiconductors und [[Signetics]]) == |
== [[NXP Semiconductors]] (ehemals Philips Semiconductors und [[Signetics]]) == |
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[[Datei:KL Signetics 2650AN.jpg| |
[[Datei:KL Signetics 2650AN.jpg|mini|Mikroprozessor [[Signetics 2650|Signetics 2650AN]]]] |
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=== 8 Bit === |
=== 8 Bit === |
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* [[Signetics 2650]] |
* [[Signetics 2650]] |
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* [[MCS-48]] (Familie der 8048) |
* [[MCS-48]] (Familie der 8048) |
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* [[MCS-51]] (Familie der 8051) |
* [[MCS-51]] (Familie der 8051) |
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=== 16 Bit / |
=== 16 Bit / 32 Bit === |
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* [[SCC68070]] |
* [[SCC68070]] |
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* [[P90CE201]] |
* [[P90CE201]] |
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* LPC1700-Familie ([[ARM Cortex-M3]]) |
* LPC1700-Familie ([[ARM Cortex-M3]]) |
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== |
== Parallax == |
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* [[BASIC Stamp]] |
* [[BASIC Stamp]] |
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* [[Parallax Propeller|Propeller]] (32-Bit 8-fach-Kern) |
* [[Parallax Propeller|Propeller]] (32-Bit 8-fach-Kern) |
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== [[Renesas Electronics]] (ehemals Hitachi, Mitsubishi Electric und NEC Electronics) == |
== [[Renesas Electronics]] (ehemals Hitachi, Mitsubishi Electric und NEC Electronics) == |
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[[Datei:Renesas-r8ctiny.jpg|mini|R8C/13 TINY (16 Bit)]] |
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=== 8 Bit === |
=== 8 Bit === |
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* [[NEC 78K0-Familie|78K0S & 78K0 |
* [[NEC 78K0-Familie|78K0S- & 78K0-Familie]] (Für Neudesigns nicht mehr empfohlen, weiterhin lieferbar) |
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⚫ | |||
=== 8/16 Bit === |
=== 8/16 Bit === |
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* H8S (abgekündigt) |
* H8S (abgekündigt) |
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* H8SX (abgekündigt) |
* H8SX (abgekündigt) |
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=== 16 Bit === |
=== 16 Bit === |
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* [[RL78]] |
* [[RL78]] |
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* [[NEC 78K0-Familie|78K0R Familie]] (abgekündigt) |
* [[NEC 78K0-Familie|78K0R Familie]] (abgekündigt) |
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⚫ | |||
* M16C (abgekündigt) |
* M16C (abgekündigt) |
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=== 32 Bit === |
=== 32 Bit === |
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* V850 Familie |
* V850 Familie |
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* [[ |
* [[SuperH]] |
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* [[RX]] |
* [[RX]] |
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* [[M32R]] |
* [[M32R]] |
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* CalmRISC |
* CalmRISC |
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== [[ |
== [[Silicon Labs]] == |
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=== 8 Bit === |
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* C8051Fxxx Familie<ref>[http://www.silabs.com/products/mcu/8-bit/Pages/8-bit-microcontrollers.aspx Silicon Labs C8051 Familie]</ref> |
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* C8051Txxx Familie |
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* EFM8 Busy Bee<ref>[http://www.silabs.com/products/mcu/8-bit/efm8-busy-bee/pages/efm8-busy-bee.aspx Silicon Labs EFM8 Busy Bee Familie]</ref> |
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* EFM8 Sleepy Bee<ref>[http://www.silabs.com/products/mcu/8-bit/efm8-sleepy-bee/pages/efm8-sleepy-bee.aspx Silicon Labs EFM8 Sleepy Bee Familie]</ref> |
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* EFM8 Universal Bee<ref>[http://www.silabs.com/products/mcu/8-bit/efm8-universal-bee/pages/efm8-universal-bee.aspx Silicon Labs EFM8 Universal Bee Familie]</ref> |
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=== 32 Bit === |
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* EFM32ZG – Zero Gecko, [[ARM Cortex-M|ARM Cortex-M0+]]<ref>[http://www.silabs.com/products/mcu/32-bit/efm32-zero-gecko/pages/efm32-zero-gecko.aspx Silicon Labs EFM32 Zero Gecko Familie]</ref> |
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* EFM32HG – Happy Gecko, [[ARM Cortex-M|ARM Cortex-M0+]]<ref>[http://www.silabs.com/products/mcu/32-bit/efm32-happy-gecko/pages/efm32-happy-gecko.aspx Silicon Labs EFM32 Happy Gecko Familie]</ref> |
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* EFM32TG – Tiny Gecko, [[ARM Cortex-M3]] (ehemals entwickelt von Energy Micro)<ref>[http://www.silabs.com/products/mcu/32-bit/efm32-tiny-gecko/pages/efm32-tiny-gecko.aspx Silicon Labs Tiny Gecko Familie]</ref> |
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* EFM32G – Gecko, ARM Cortex-M3 (ehemals entwickelt von Energy Micro)<ref>[http://www.silabs.com/products/mcu/32-bit/efm32-gecko/pages/efm32-gecko.aspx Silicon Labs Gecko Familie]</ref> |
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* EFM32LG – Leopard Gecko, ARM Cortex-M3 (ehemals entwickelt von Energy Micro)<ref>[http://www.silabs.com/products/mcu/32-bit/efm32-leopard-gecko/pages/efm32-leopard-gecko.aspx Silicon Labs EFM32 Leopard Gecko Familie]</ref> |
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* EFM32GG – Giant Gecko, ARM Cortex-M3 (ehemals entwickelt von Energy Micro)<ref>[http://www.silabs.com/products/mcu/32-bit/efm32-giant-gecko/pages/efm32-giant-gecko.aspx Silicon Labs Giant Gecko Familie]</ref> |
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* EFM32WG – Wonder Gecko, [[ARM Cortex-M4]] (ehemals entwickelt von Energy Micro)<ref>[http://www.silabs.com/products/mcu/32-bit/efm32-wonder-gecko/pages/efm32-wonder-gecko.aspx Silicon Labs Wonder Gecko Familie]</ref> |
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== [[STMicroelectronics]] == |
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=== 8 Bit === |
=== 8 Bit === |
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* ST6 |
* ST6 |
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* ST7 |
* ST7 |
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* STM8 |
* [[STM8]] |
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* µPSD |
* µPSD |
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=== 16 Bit === |
=== 16 Bit === |
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* ST10 |
* ST10 |
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=== 32 Bit === |
=== 32 Bit === |
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* [[STM32]] (ARM-Architektur) |
* [[STM32]] (ARM-Architektur) |
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* STR7 |
* STR7 |
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* STR9 |
* STR9 |
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⚫ | |||
=== 8 Bit === |
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* HVC 2480A Microcontroller für BLDC- und Schrittmotor Steuerung (C8051) |
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=== 16 Bit === |
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* CDC16xy Family Car Dashboard Microcontroller ([[65C816]], 65C02) |
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=== 32 Bit === |
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* CDC3207G Car Dashboard Microcontroller ([[ARM7TDMI]]) |
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* HVC 4223F Microcontroller für BLDC- und Schrittmotor Steuerung (ARM Cortex M3) |
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== [[Texas Instruments]] == |
== [[Texas Instruments]] == |
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=== 16 Bit === |
=== 16 Bit === |
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* [[TI MSP430|MSP430]] |
* [[TI MSP430|MSP430]] |
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=== 32 Bit === |
=== 32 Bit === |
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* TMS470 (ARM7) |
* TMS470 (ARM7) |
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* TMS320C6000 (DSP-basiert) |
* TMS320C6000 (DSP-basiert) |
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* LM3S (ARM Cortex M3) |
* LM3S (ARM Cortex M3) |
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* TM4C (ARM Cortex M4) |
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== [[Toshiba]] == |
== [[Toshiba]] == |
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Zeile 229: | Zeile 271: | ||
=== 8 Bit === |
=== 8 Bit === |
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* [[PicoBlaze]] |
* [[PicoBlaze]] |
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=== 32 Bit === |
=== 32 Bit === |
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* [[MicroBlaze]] |
* [[MicroBlaze]] |
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<references /> |
<references /> |
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[[Kategorie:Mikrocontroller| |
[[Kategorie:Mikrocontroller|!]] |
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[[Kategorie:Liste (Informatik)|Mikrocontroller]] |
[[Kategorie:Liste (Informatik)|Mikrocontroller]] |
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[[en:List of common microcontrollers]] |
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[[es:Anexo:Microcontroladores comunes]] |
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[[hi:माइक्रोकन्ट्रोलरों की सूची]] |
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[[nl:Lijst van gangbare microcontrollers]] |
Aktuelle Version vom 7. Dezember 2022, 15:14 Uhr
Dies ist eine Liste von Mikrocontrollern.
Soft-Core-Mikrocontroller für die Integration in FPGAs:
32 Bit
8 Bit
- Microconverter, 80C52 basierte Mikrocontroller mit hochwertigen Analog Peripherien, ADuM8xx
16/32 Bit
- Microconverter, ARM 7 basierte Mikrocontroller mit hochwertigen Analog Peripherien, ADuM7xxx
DSP / DSC
- Blackfin Architektur
- 403 PowerPC CPU
- PPC 403GCX
- 405 PowerPC CPU
- PPC 405EP
- PPC 405GP/CR
- PPC 405GPr
- PPC NPe405H/L
- 440 PowerPC Book-E CPU
- PPC 440GP
- PPC 440GX
- PPC 440EP/EPx/GRx
- PPC 440SP/SPe
- X-Gene (ARMv8-64-bit-Core)[1]
Atmel (übernommen durch Microchip Technology)
![](https://upload.wikimedia.org/wikipedia/commons/thumb/a/a7/ATmega169-MLF.jpg/220px-ATmega169-MLF.jpg)
- AT89-Serie (MCS-51-Architektur)
- AT90-, ATtiny-, ATmega-, ATXmega-Serie (AVR-Architektur)
- AT91-Serie (ARM-Architektur)
- AT32-Serie (32-Bit AVR32-Architektur)
8 Bit
- PSoC 1 (Programmable System on a Chip): PSoC mit M8C-Core.
- Mikrocontroller mit USB Function (Device, LowSpeed und FullSpeed) M8A, M8B, EnCoRe, EnCoRe II, EnCoRe III, PSoC
- PSoC 3 Mikrocontroller mit USB Function (FullSpeed und HighSpeed) EZ-USBxx mit 8051-Architektur
32 Bit
- PSoC 4 (Programmable System on a Chip): PSoC mit ARM Cortex-M0-Core (32 Bit).
- PSoC 5 (Programmable System on a Chip): PSoC mit ARM Cortex-M3-Core (32 Bit).
- PSoC 6 (Programmable System on a Chip): PSoC mit ARM Cortex-M3-Core (32 Bit) und ARM Cortex-M0-Core (32 Bit)..
32 Bit
Freescale Semiconductor (ehemals Motorola)
8 Bit
16 Bit
- 68HC12 (CPU12)
- 68HC16 (CPU16)
- MC9S12 (HCS12) (HCS12-Core)
- MC9S12X (HCS12X) HCS12X-Core(CISC) und XGATE Peripheral Co-Processor(RISC)
- Freescale DSP56800 (Digitaler Signalprozessor)
32 Bit
- Freescale 683XX (CPU32)
- MPC500
- Kinetis L, ARM Cortex-M0+
- K10..K70 – Kinetis Familie, ARM Cortex-M4
- MPC5500
- MPC 860 (PowerQUICC)
- MPC 8240/8250 (PowerQUICC II)
- MPC 83xx (PowerQUICC II Pro) basierend auf PowerQUICC II, z. T. aber ohne QUICC Engine
- MPC 8540/8555/8560 (PowerQUICC III)
- MCF Serie (Coldfire basierend auf Motorola 68000er-Familie)
- i.MX Prozessoren (ARM-Architektur)
8 Bit
- MB95xxx Family
- MB89xxx Family
16 Bit
- MB90xxx Family
- MB96xxx Family
32 Bit
- Embedded 32 Bit RISC Solutions (FR, FM3, FCR4…)
8 Bit
32 Bit
- Hyperstone RISC-Mikroprozessor
Infineon (ehemals Siemens AG und Cypress Semiconductor Corporation)
8 Bit
- Infineon XC800: 8051 kompatible, Flash basierte, neue 8-bit Produktfamilie.
- Siemens 80C515/80C535: 8051-kompatibel
- Siemens 80C517/80C537: 8051-kompatibel
16 Bit
- C166 (Kern V1)
- C167 (Kern V1)
- XC16x: C166 kompatible, Flash basierte, 16-Bit-Mikrocontroller-Familie (Kern V2).
- XE166: C166 kompatible, Flash basierte neue Digital Signal Controller Produktfamilie (Kern V2).
- XC2000: C166 kompatible Flash-basierte, Automobil-qualifizierte neue 16 Bit-Mikrocontroller-Produktfamilie (Kern V2).
32 Bit
- TLE984x: Relay driver IC with integrated 32-bit ARM Cortex M0
- TLE9845: Half-Bridge driver IC with integrated 32-bit ARM Corte M0
- TLE986x: H-Bridge driver IC with integrated 32-bit ARM Cortex M3
- TLE987x: 3-phase bridge driver IC with integrated 32-bit ARM Cortex M3
- TriCore: Flash basierter 32-bit Mikrocontroller mit integrierter DSP Einheit.
- XMC4000: 32-bit Mikrocontroller Familie mit ARM Cortex-M4-Prozessor
- XMC1000: 32-bit Mikrocontroller Familie mit ARM Cortex-M0-Prozessor, 32 MHz[3]
8 Bit
16 Bit
- MCS-96 (Familie der 8096)
- MXS296
32 Bit
- 80386EX (i386EX)
- 80960 (i960)
32 Bit
- Stellaris (ARM Cortex M3-Architektur)
16 Bit
- MAXQ[4]
8 Bit
16 Bit
32 Bit
NXP Semiconductors (ehemals Philips Semiconductors und Signetics)
![](https://upload.wikimedia.org/wikipedia/commons/thumb/7/75/KL_Signetics_2650AN.jpg/220px-KL_Signetics_2650AN.jpg)
8 Bit
- Signetics 2650
- MCS-48 (Familie der 8048)
- MCS-51 (Familie der 8051)
16 Bit / 32 Bit
- SCC68070
- P90CE201
- LPC2100-Familie (ARM7)
- LPC2200-Familie (ARM7)
- LPC2300-Familie (ARM7)
- LPC2400-Familie (ARM7)
- LPC2900-Familie (ARM9)
- LPC3100-Familie (ARM9)
- LPC3200-Familie (ARM9)
- LPC1100-Familie (ARM Cortex M0)
- LPC1700-Familie (ARM Cortex-M3)
Parallax
- BASIC Stamp
- Propeller (32-Bit 8-fach-Kern)
Renesas Electronics (ehemals Hitachi, Mitsubishi Electric und NEC Electronics)
![](https://upload.wikimedia.org/wikipedia/commons/thumb/6/62/Renesas-r8ctiny.jpg/220px-Renesas-r8ctiny.jpg)
8 Bit
- 78K0S- & 78K0-Familie (Für Neudesigns nicht mehr empfohlen, weiterhin lieferbar)
8/16 Bit
- H8
- H8S (abgekündigt)
- H8SX (abgekündigt)
16 Bit
- RL78
- 78K0R Familie (abgekündigt)
- R8C (Für Neudesigns nicht mehr empfohlen, weiterhin lieferbar)
- M16C (abgekündigt)
32 Bit
8 Bit
- CalmRISC
8 Bit
32 Bit
- EFM32ZG – Zero Gecko, ARM Cortex-M0+[9]
- EFM32HG – Happy Gecko, ARM Cortex-M0+[10]
- EFM32TG – Tiny Gecko, ARM Cortex-M3 (ehemals entwickelt von Energy Micro)[11]
- EFM32G – Gecko, ARM Cortex-M3 (ehemals entwickelt von Energy Micro)[12]
- EFM32LG – Leopard Gecko, ARM Cortex-M3 (ehemals entwickelt von Energy Micro)[13]
- EFM32GG – Giant Gecko, ARM Cortex-M3 (ehemals entwickelt von Energy Micro)[14]
- EFM32WG – Wonder Gecko, ARM Cortex-M4 (ehemals entwickelt von Energy Micro)[15]
8 Bit
- ST6
- ST7
- STM8
- µPSD
16 Bit
- ST10
32 Bit
- STM32 (ARM-Architektur)
- STR7
- STR9
8 Bit
- HVC 2480A Microcontroller für BLDC- und Schrittmotor Steuerung (C8051)
16 Bit
- CDC16xy Family Car Dashboard Microcontroller (65C816, 65C02)
32 Bit
- CDC3207G Car Dashboard Microcontroller (ARM7TDMI)
- HVC 4223F Microcontroller für BLDC- und Schrittmotor Steuerung (ARM Cortex M3)
16 Bit
32 Bit
- TMS470 (ARM7)
- TMS570 (ARM Cortex R4)
- TMS320C2000 (DSP-basiert)
- TMS320C5000 (DSP-basiert)
- TMS320C6000 (DSP-basiert)
- LM3S (ARM Cortex M3)
- TM4C (ARM Cortex M4)
- 870
- TX19/A /900 (16/32bit)
- TX49 (32/64bit)
16 Bit
Soft-Core-Mikrocontroller für die Integration in FPGAs:
8 Bit
32 Bit
Einzelnachweise
- ↑ Charlie Demerjian: AMCC X-Gene 64-bit silicon spotted in the wild. SemiAccurate, abgerufen am 14. Juni 2013.
- ↑ ESP32
- ↑ Industrielle 32-Bit-XMC1000-Mikrocontroller Cortex™-M0 von ARM®
- ↑ www.maxim-ic.com ( des vom 8. Oktober 2009 im Internet Archive) Info: Der Archivlink wurde automatisch eingesetzt und noch nicht geprüft. Bitte prüfe Original- und Archivlink gemäß Anleitung und entferne dann diesen Hinweis.
- ↑ Silicon Labs C8051 Familie
- ↑ Silicon Labs EFM8 Busy Bee Familie
- ↑ Silicon Labs EFM8 Sleepy Bee Familie
- ↑ Silicon Labs EFM8 Universal Bee Familie
- ↑ Silicon Labs EFM32 Zero Gecko Familie
- ↑ Silicon Labs EFM32 Happy Gecko Familie
- ↑ Silicon Labs Tiny Gecko Familie
- ↑ Silicon Labs Gecko Familie
- ↑ Silicon Labs EFM32 Leopard Gecko Familie
- ↑ Silicon Labs Giant Gecko Familie
- ↑ Silicon Labs Wonder Gecko Familie