Difference between revisions of "Processors"

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Some major ARM platforms/SOCs are:
 
Some major ARM platforms/SOCs are:
* [[DaVinci]] from [http://www.ti.com/corp/docs/landing/davinci/firstproducts.html Texas Instruments]
+
* [[Sitara]], [[DaVinci]] and [[OMAP]] from [http://www.ti.com/corp/docs/landing/davinci/firstproducts.html Texas Instruments]
* OMAP - by TI
+
** TI lists where to find the Linux kernel GIT repositories for the broad market devices on their [http://wiki.davincidsp.com/index.php/Applications_Processors_Crossreference applications processors cross-reference]
 +
** There is also an [http://omappedia.org/wiki/Linux_OMAP_Kernel_Project OMAP Linux kernel project]
 
* i.MX - by FreeScale
 
* i.MX - by FreeScale
 
** Freescale's GIT repository for i.MX Linux support is at: http://opensource.freescale.com
 
** Freescale's GIT repository for i.MX Linux support is at: http://opensource.freescale.com
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** EP73xx - ARM720T based
 
** EP73xx - ARM720T based
 
** EP93xx - ARM920T based
 
** EP93xx - ARM920T based
* Samsung System-on-Chip (SystemLSI gtoup)
+
* Samsung Electronics (System LSI)
** S3C2410 [http://www.samsung.com/global/business/semiconductor/productInfo.do?fmly_id=229&partnum=S3C2410], S3C2440 [http://www.samsung.com/global/business/semiconductor/productInfo.do?fmly_id=229&partnum=S3C2440], S3C2443 [http://www.samsung.com/global/business/semiconductor/productInfo.do?fmly_id=229&partnum=S3C2443] - ARM920T
+
** [[S3C24xx]] - ARM 9 Series
** S3C2416 [http://www.samsung.com/global/business/semiconductor/productInfo.do?fmly_id=229&partnum=S3C2416] - S3C2450 [http://www.samsung.com/global/business/semiconductor/productInfo.do?fmly_id=229&partnum=S3C2450], S3C2412 [http://www.samsung.com/global/business/semiconductor/productInfo.do?fmly_id=229&partnum=S3C2412], S3C2413 [http://www.samsung.com/global/business/semiconductor/productInfo.do?fmly_id=229&partnum=S3C2413] - ARM926EJS
+
*** [[S3C2410]] [http://www.samsung.com/global/business/semiconductor/productInfo.do?fmly_id=836&partnum=S3C2410&xFmly_id=229] - ARM920T
** S3C6400 [http://www.samsung.com/global/business/semiconductor/productInfo.do?fmly_id=229&partnum=S3C6400], S3C6410 [http://www.samsung.com/global/business/semiconductor/productInfo.do?fmly_id=229&partnum=S3C6410] - ARM1176EJS
+
*** [[S3C2440]] [http://www.samsung.com/global/business/semiconductor/productInfo.do?fmly_id=836&partnum=S3C2440&xFmly_id=229] - ARM920T
** S5PC100 Cortex-A8 833Mhz [http://www.samsung.com/global/business/semiconductor/productInfo.do?fmly_id=229&partnum=S5PC100&xFmly_id=229]
+
*** S3C2443 [http://www.samsung.com/global/business/semiconductor/productInfo.do?fmly_id=836&partnum=S3C2443&xFmly_id=229] - ARM920T
 +
*** [[S3C2412]] [http://www.samsung.com/global/business/semiconductor/productInfo.do?fmly_id=836&partnum=S3C2412&xFmly_id=229] - ARM926EJ
 +
*** S3C2413 [http://www.samsung.com/global/business/semiconductor/productInfo.do?fmly_id=836&partnum=S3C2413&xFmly_id=229] - ARM926EJ
 +
*** S3C2416 [http://www.samsung.com/global/business/semiconductor/productInfo.do?fmly_id=836&partnum=S3C2416&xFmly_id=229] - ARM926EJ
 +
*** S3C2450 [http://www.samsung.com/global/business/semiconductor/productInfo.do?fmly_id=836&partnum=S3C2450&xFmly_id=229] - ARM926EJ
 +
** ARM 11 Series
 +
*** S3C6400 - ARM1176
 +
*** [http://www.samsung.com/global/business/semiconductor/productInfo.do?fmly_id=835&partnum=S3C6410&xFmly_id=229 S3C6410] - ARM1176, 800Mhz, 667Mhz, 533Mhz
 +
*** [http://www.samsung.com/global/business/semiconductor/productInfo.do?fmly_id=835&partnum=S5P6440&xFmly_id=229 S5P6440] - ARM1176, 667Mhz, 533Mhz
 +
*** S5P6442
 +
*** S5P6450
 +
** Cortex-A8 Series
 +
*** [http://www.samsung.com/global/business/semiconductor/productInfo.do?fmly_id=834&partnum=S5PC100&xFmly_id=229 S5PC100] - 833Mhz, 667Mhz
 +
*** [http://www.samsung.com/global/business/semiconductor/productInfo.do?fmly_id=834&partnum=Exynos%203110&xFmly_id=229 EXYNOS3110] - 1Ghz
 +
** Cortex-A9 Series
 +
*** [http://www.samsung.com/global/business/semiconductor/productInfo.do?fmly_id=844&partnum=Exynos%204210&xFmly_id=229 EXYNOS4210] - 1.2Ghz, 1Ghz
 +
* [[Allwinner Technology]] ([http://www.allwinnertech.com/ AllwinnerTech(Chinese)])
 +
** [[A1x]] - Cortex-A8, 1~1.5Ghz
 +
*Qualcomm Inc. [http://www.qualcomm.com]
 +
**[[Snapdragon S3 (Scorpion)]]
 +
**[[Snapdragon S4 (Krait)]]
 +
 
  
 
== MIPS ==
 
== MIPS ==
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=== Processors ===
 
=== Processors ===
 
* [[Freescale MPC5200]] SOC
 
* [[Freescale MPC5200]] SOC
 +
* [[RAD750]]
  
 
=== Tools ===
 
=== Tools ===
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:* AMD Geode LX / CS5536
 
:* AMD Geode LX / CS5536
  
* [http://meld.mvista.com/wiki_entry_view.aspx?topicid=c0e151bad1d84790b3aa7cae3b4f919a Graphical representation of Intel x86 processors from i386 - present] on Meld
+
* [http://meld.org/library/education/intel-architectures Graphical representation of Intel x86 processors from i386 - present] on Meld.org
  
 
== AVR32 ==
 
== AVR32 ==
  
 
* AP7000 from [http://www.atmel.com/products/AVR32/ap7.asp Atmel]
 
* AP7000 from [http://www.atmel.com/products/AVR32/ap7.asp Atmel]
 +
In 2010 Atmel stopped the further development of the AP7000 processor.
  
 
== Blackfin ==
 
== Blackfin ==
  
 
* [[Blackfin]]
 
* [[Blackfin]]
 +
 +
== m68k ==
 +
 +
The Freescale m68k family includes:
 +
* 68xxx
 +
* Coldfire
 +
* DragonBall
 +
 +
Resources:
 +
 +
* [http://www.wildrice.com/ColdFire Coldfire Mailing List]
  
 
== Further reading ==
 
== Further reading ==

Revision as of 18:59, 1 March 2013

Here is a list of different processor families, with miscellaneous notes for development information:

See also Hardware Hacking for a list of systems that include these processors.

ARM

See ARM website and the Wikipedia ARM article for information about the ARM architecture and processor family.

From the Linux perspective, there are 2 very different kinds of ARM chips:

  • ARM processors that include a memory management unit (MMU), and can run standard Linux
  • ARM processors without MMU. These can run a modified version of Linux called uClinux ( http://uclinux.org/ ), enabling Linux to run on MMUless platforms or embedded processors with memory protection unit (MPU). These include ARM processors such as ARM7TDMI, ARM1156T2(F)-S or ARM Cortex-R4(F) for instance.

Please note that because of security considerations for MMU-less processors, it is unwise to use them when 3rd-party or untrusted code will be running on the device. For locked-down, single function devices, MMU-less processors may be appropriate. They are usually less expensive than processors with MMU.

Some major ARM platforms/SOCs are:


MIPS

Information about MIPS processor architecture can be found here. For the Linux port information can be found here.

Processors based on MIPS architecture include

  1. TX System RISC from Toshiba.
  2. MSP series of processor from PMC Sierra.

SuperH

Superh logo.gif

Built by Renesas Technology the webpage of record for the SuperH family of microprocessors can be found here: SuperH RISC Engine Family.

Wikipedia Page: SuperH

Linux on SuperH: linux-sh

Renesas SuperH Overview

SuperH is an embedded RISC developed for high cost-performance, miniaturization, and performance per unit of power consumption (MIPS/W). We are developing CPU cores for a wide range of applications and functions and have many products available. Our product lines include a series with the SH-2 as the CPU core and on-chip large-capacity flash memory and peripheral functions such as timer, serial I/O, and AD converter, and a series with the SH-3 or SH-4 as the CPU core, which achieves high-speed data processing and is equipped with cache and MMU. Additionally, there is lineup of series with the SH2-DSP or SH3-DSP as the CPU core, which have full DSP functions and an emphasis on multimedia and communications processing. Currently available products also have lots of features, such as low power modes, low power consumption, and small size. Various versatile operating systems and development tools have been improved, allowing for more efficient development.

Devices

  • Sega
    • Dreamcast - Limited to the machine models that can start by MIL-CD and usage of a Broad Band Adapter is recommended.
  • Hitachi ULSI Systems
    • MS7206SE01 - SH72060 Solution Engine
    • MS7750SE01 - SH7750(sh4) Solution Engine
    • MS7709SE01 - SH7709(sh3) Solution Engine
  • SuperH, Inc.
    • ["MicroDev"]
  • HP Jornada
    • 525 (SH7709 (sh3))
    • 548 (SH7709A (sh3))
    • 620LX (SH7709 (sh3))
    • 660LX (SH7709 (sh3))
    • 680 (SH7709A (sh3))
    • 690 (SH7709A (sh3))
  • Renesas Technology Corp.
    • RTS7751R2D - CE Linux Forum(CELF)Compliant Evaluation Board
  • Renesas Europe/MPC Data Limited
    • EDOSK7705 - SH7705 sh3
  • EDOSK7760 - SH7760 sh4
    • EDOSK7751R - SH7751R sh4
    • SH7751R SystemH - SH7751R sh
  • CQ Publishing Co.,Ltd.
    • CQ RISC Evaluation Kit(CqREEK)/SH4-PCI with Linux
    • [http://www.kmckk.co.jp/eng/ Kyoto Microcomputer Co., Ltd. (KMC or KμC)
    • Solution Platform KZP-01 KZP-01[Mainboard] + KZ-SH4RPCI-01[SH4 CPU Board]
  • Silicon Linux Co,. Ltd.
    • CAT760 - SH7760
    • CAT709 - SH7709S
    • CAT68701 - SH7708R For A-one CATBUS[Designed for 68000 board] compliant
  • Daisen Electronic Industrial Co., Ltd.
    • SH2000 - SH7709A 118MHz
    • SH2002 - SH7709S 200MHz
    • SH-500 - SH7709S 118MHz
    • SH-1000 - SH7709S 133MHz
    • SH-2004 - SH7750R 240MHz
  • IO-DATA DEVICE, Inc.(Network Attached Storage [NAS Series)]
    • LAN-iCN - NAS Adapter for IODATA HDD with "i-connect" Interface
    • LAN-iCN2"] - NAS Adapter for IODATA HDD with "i-connect" Interface
    • LANDISK"] - SH4-266MHz[FSB133MHz] RAM64MB UDMA133 USB x2 10/100Base-T
      • HDL-xxxU - LANDISK Series NAS Standard Model
      • HDL-xxxUR - LANDISK with RICOH IPSiO G series print monitor for Windows support
      • HDL-WxxxU - LANDISK with wide body & twin drive support for Heavy storage or RAID1
      • HDL-AV250 - LANDISK with Home Network DLNA guideline support
      • LANTank - LANDISK kit SuperTank(CHALLENGER) Series
        • HDL-WxxxU based twin drive bulk NAS kit. LANTank have a special feature that supported network media server(cf. iTunes etc..).
  • TOWA MECCS CORPORATION
    • TMM1000 - SH7709
    • TMM1100 - (SH7727
    • TMM1200 - SH7727
  • Sophia Systems
    • Sophia SH7709A Evaluation Board
    • Sophia SH7750 Evaluation Board
    • Sophia SH7751 Evaluation Board
  • MovingEye Inc.
    • A3pci7003 - Using SH7750/ART-Linux [Linux with Realtime Extension]
  • AlphaProject Co., Ltd.
    • MS104-SH4 - SH7750R/PC104(Embedded ISA Bus) with apLinux
  • Interface Corporation.
    • MPC-SH02 - SH7750S: ATX Motherboard Style
    • PCI-SH02xx"] - SH7750S: PCI-CARD Style
  • TAC Inc.
    • T-SH7706LAN another name "Mitsuiwa SH3 board" SH-MIN - SH7706A/128MHz Flash512KB SDRAM 8MB 10BASE-T
  • SecureComputing/SnapGear (older products, check ebay etc, all can netboot and have a debug header)
    • SG530 - SH7751@166MHz RAM16MB FLASH4MB 2x10/100 1xSerial
    • SG550 - SH7751@166MHz RAM16MB FLASH8MB 2x10/100 1xSerial
    • SG570 - SH7751R@240MHz RAM16MB FLASH8MB 3x10/100 1xSerial
    • SG575 - SH7751R@240MHz RAM64MB FLASH16MB 3x10/100 1xSerial
    • SG630 - SH7751@166MHz PCI NIC card RAM16MB FLASH4MB 1x10/100 1xSerial-header
    • SG635 - SH7751R@240MHz PCI NIC card RAM16MB FLASH16MB 1x10/100 1xSerial-header

PowerPC

Some processors and tools for PowerPC are

Processors

Tools

The DENX Embedded Linux Development Kit (ELDK) provides a complete and powerful software development environment for embedded and real-time systems. It is available for ARM, PowerPC and MIPS processors and consists of:

   * Cross Development Tools (Compiler, Assembler, Linker etc.) to develop software for the target system.
   * Native Tools (Shell, commands and libraries) which provide a standard Linux development environment that runs on the target system.
   * U-Boot - Firmware that can be easily ported to new boards and processors.
   * Linux - Kernel including the complete source-code with all device drivers, board-support functions etc.
   * Xenomai - Real-Time and RTOS Emulation Framework
   * SELF (Simple Embedded Linux Framework) as fundament to build your embedded systems on.

All components of the ELDK are available for free with complete source code under GPL and other Free Software Licenses. Also, detailed instructions to rebuild all the tools and packages from scratch are included.

The ELDK can be downloaded for free from several mirror sites or ordered on CD-ROM for a nominal charge (99 Euro). To order the CD please contact office@denx.de

Detailed information about the ELDK is available here.

RT Patches

Documents

XScale

CE2110 Media Processor

The highly integrated Intel CE 2110 Media Processor helps to simplify the design of consumer electronics products with reduced BOM cost. The integrated Intel XScale® processor core at 1GHz provides processing performance and headroom to deploy new revenue-generating applications. Hardware-based decode of widely used video codecs (MPEG-2, H.264) maximizes system-level performance by enabling the processor core to be used exclusively for applications.

The Intel CE 2110 Media Processor also includes an Intel® Micro Signal Architecture (Intel® MSA) DSP core for audio codecs, a PowerVR* 2D/3D graphics accelerator, hardware accelerators for encryption and decryption, comprehensive peripheral interfaces, analog and digital input/outputs, and a transport interface for ATSC/DVB input.

  • The Intel CE 2110 Media Processor Development Platform is designed to reduce time-to-market for new applications.
  • The Intel CE 2110 Media Processor reference platform provides the foundation for rapid development of new customer designs and product demonstrations.

x86

  • Geode from AMD
  • AMD Geode GX / CS5535
  • AMD Geode LX / CS5536

AVR32

In 2010 Atmel stopped the further development of the AP7000 processor.

Blackfin

m68k

The Freescale m68k family includes:

  • 68xxx
  • Coldfire
  • DragonBall

Resources:

Further reading

  • Several processors have their own wiki, listed on the WikiNode.