ARM

Echo Kou — Thu, 09 May 2013 23:55:00 GMT

当前修订版 Echo Kou 于 5/9/2013 11:55:00 PM 发布到教育者资料

为什么教ARM? | TI ARM产品在教育中的应用 | 选择ARM平台 | ARM资源

为什么教ARM？

ARM公司是业界领先的微处理器IP提供商，设计授权低成本、高性能的RISC 处理器。我们可以看到越来越多教授计算机架构等课程的老师都会选择特定的处理器来解释基础原理，包括寄存器、寻址方式、指令类别等。伴随着ARM处理器在市场上越来越受欢迎，TI基于ARM的微控制器和处理器已经成为教学的极佳工具。

TI ARM产品在教育中的应用

架构、微控制器和嵌入式处理器的课堂教学和实验教学需以业界标准开发平台为基础。TI不仅提供合适的性能，还提供合适的外设，整合了多核，从而满足各种市场的需要，使得TI的ARM处理器广受欢迎。TI拥有超过200个功能丰富的ARM产品，涵盖Cortex-M3到Cortex-A15的各架构。产品包括通信外设、控制外设和Stellaris MCU，以及OMAP、Davinci产品的DSP协处理器。广泛的软件生态系统为TI基于ARM的产品提供了无可比拟的优势。无论您是从事实时操作系统、先进操作系统还是其他教学，TI能为每个平台提供完善的运行环境软件。

学生将借助基于TI产品的ARM平台，利用最新的ARM处理器和TI的MCU及DSP架构进行学习和项目开发，并受惠于TI大学计划对教育的的长久支持。

选择ARM平台

TI ARM Cortex-A微处理器 - 基于Sitara 335x的BeagleBone

由开源社区beagleboard.org提供，Beaglebone是一款低成本、高扩展性的硬件平台，可以运行在各类Linux版本上和Android平台上。
Beaglebone是学生在微控制器之外的可选平台，对那些希望平台具有高度可扩展能力的学生来说，Beaglebone是完美的选择。
丰富的代码示例和相关视频
应用涵盖工业控制、零售应用、人机界面、条形码扫描器、病人监控、自主机器人、艺术设备、乐器等等。

TI ARM OMAP Cortex-A8 + DSP 处理器 – Beagleboard-xM

Beagleboard-xM 是一款低成本无风扇的单板计算机，用于项目开发和教学
具有的1 GHz ARM® Cortex™-A8 性能和 512MB 低功耗 DDR RAM，提供丰富的外设和类似笔记本电脑的体验
Beagleboard.org开源软件/硬件社区成千上万名或与参与者，提供出色的支持和不同的Linux发行版， Android和MS OS环境支持。
完整的课程材料，用于32位嵌入式课程和创新项目的启动阶段。
应用包括移动数据终端、导航、汽车信息娱乐系统、游戏、单板机、自主机器人、艺术设备和乐器等。

TI ARM Cortex-R 微控制器 – Hercules R4F

32位安全微控制器
外设：FPU, ECC, PWM, ADC, CAN, LIN, I2C, FlexRay, ENET, USB，最高 3MB Flash
集中了TI超过20年安全系统经验
应用包括：安全、交通、工业和医疗

TI ARM Cortex-M 微控制器 – Stellaris LM3S和 LM4

32位微控制器, 支持多操作系统，广受教学欢迎
外设： USB, ENET MAC&PHY, CAN, ADC, PWM, SPI, QEI 和最高 256KB Flash
有可用的教学资源
低成本的开发工具，学生可以在实验室或家里使用
应用包括：马达控制，人机界面，工业自动化，智能电网

	应用-注重性能	嵌入式实时：安全应用	嵌入式：微控制确定性系统
	Cortex A-	Cortex R-	Cortex M-
仅基于ARM架构	A8- Sitara Cortex-A8 Processors - AM335x based Beaglebone	R4- 250 DMIPS RM48x R4- [[TMS570]]	M3- [[Hercules]] TMS470M [[Stellaris]] LM3xx M4F- [[Stellaris]] LM4Fxx
TI 优势+ARM架构	A8- OMAP Cortex-A8 + DSP Processors – Beagleboard-xM		M3- [[C2000]] Concerto

ARM 资源

• TI 嵌入式处理器页面
• TI ARM处理器页面
• ARM 产品技术文档

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标记: ARM

ARM

Echo Kou — Thu, 09 May 2013 22:23:14 GMT

修订版 2 Echo Kou 于 5/9/2013 10:23:14 PM 发布到教育者资料

为什么教ARM? | TI ARM产品在教育中的应用 | 选择ARM平台 | ARM资源

为什么教ARM？

TI ARM产品在教育中的应用

学生将借助基于TI产品的ARM平台，利用最新的ARM处理器和TI的MCU及DSP架构进行学习和项目开发，并受惠于TI大学计划对教育的的长久支持。

选择ARM平台

TI ARM Cortex-A Microprocessors - Sitara 335x based Beaglebone

Provided by the open source community at beagleboard.org, Beaglebone is low-cost, high-expansion hardware running full distros of a variety of Linux versions as well as Android.
A perfect student project course alternative to microcontrollers for those wanting a student owned platform with extensive expansion capability.
Many project code examples, videos and add-on hardware ‘capes' are available
Applications include Industrial Automation, Retail Applications, Human Machine Interface, Barcode Scanner, patient monitoring, Autonomous robotics, Art installations, musical instruments

TI ARM OMAP Cortex-A8 + DSP Processors – Beagleboard-xM

Beagleboard-xM is a low-cost, fanless single-board computer for projects and teaching
Providing 1GHz performance, 512MB RAM and a variety of peripherals for laptop like experience
An open source hardware/software project with thousands of active participants, beagleboard.org provides excellent support and full distros of Linux varieties, Android and MS OS.
Full course materials available for a 32 bit embedded Linux course as well as project starter materials for a amazing and innovative projects
Applications include Portable Data Terminals, Navigation, Auto Infotainment, Gaming, Single board Computers, Autonomous robotics, Art installations, musical instruments

TI ARM Cortex-R Microcontrollers – Hercules R4F

Safety-critical 32-bit microcontroller
Peripherals: FPU, ECC, PWM, ADC, CAN, LIN, I2C, FlexRay, ENET, USB and up to 3MB Flash
Leverages TI's 20+ years of safety-critical system expertise
Applications include: safety, transportation, industrial & medical

TI ARM Cortex-M Microcontrollers – Stellaris LM3S and LM4

32-bit microcontroller, popular for teaching with a variety of operating system support
Peripherals: USB, ENET MAC&PHY, CAN, ADC, PWM, SPI, QEI and Up to 256KB Flash
Teaching resources available for architecture courses through advanced OS
Low price development tools for student owned labs and homework in a lecture course
Applications include: motion control, human machine interface, industrial automation, smart grid

	Application-Preformance Focus	Embedded Real Time: Safety Critical	Embedded: Microcontroller Deterministic Systems
	Cortex A-	Cortex R-	Cortex M-
ARM Only Architecture	A8- Sitara Cortex-A8 Processors - AM335x based Beaglebone	R4- 250 DMIPS RM48x R4- [[TMS570]]	M3- [[Hercules]] TMS470M [[Stellaris]] LM3xx M4F- [[Stellaris]] LM4Fxx
TI Proprietary + ARM Architecture	A8- OMAP Cortex-A8 + DSP Processors – Beagleboard-xM		M3- [[C2000]] Concerto

ARM Resources

• TI embedded processors portal
• TI ARM processors portal
• ARM portfolio technical overview brochure
• TI customer training modules for ARM processors

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标记: ARM

ARM

Echo Kou — Wed, 24 Apr 2013 01:56:41 GMT

修订版 1 Echo Kou 于 4/24/2013 1:56:41 AM 发布到教育者资料

Why Teach ARM? | TI ARM in Education | Select Your ARM Platform | ARM Resources

Why Teach ARM?

ARM Ltd is a leading supplier of microprocessor intellectual property and designs and licenses fast, low-cost, power efficient RISC processors. More and more we are seeing instructors of computer architecture and organization courses choose a target processor to illustrate the basic principles of instruction set design such as registers, addressing modes, instruction types, etc. ARM based TI microcontrollers and processors provide an excellent vehicle for teaching over a hypothetical model or older Intel architecture due to ARM's growing popularity in the market.

TI ARM in Education

Couple your architecture, microcontroller and embedded processor classroom teaching with labs based around industry standard development platforms. TI is committed to delivering not only the right levels of performance, but also the right levels of peripheral and heterogeneous multi-core integration to meet the needs of a variety of markets, making TI ARM based devices very popular. TI has over 200 feature-rich ARM devices from Cortex-M3 to Cortex-A15. Devices include everything from advanced communications peripherals, control peripherals on our Stellaris MCU's and DSP co-processors on our OMAP and DaVinci devices. A comprehensive software ecosystem for TI's ARM based portfolio is unparalleled. Whether you are teaching with a real-time operating system, advanced operating system or none at all, TI offers a complete set of runtime software for each platform.

Students will have an advantage in their education and projects using TI based ARM platforms which leverage both the latest ARM processors complementing TI's proprietary MCU and DSP architectures, coupled with our 25 year history and support of academics through our university program.

Select Your ARM Platform

TI ARM Cortex-A Microprocessors - Sitara 335x based Beaglebone

Provided by the open source community at beagleboard.org, Beaglebone is low-cost, high-expansion hardware running full distros of a variety of Linux versions as well as Android.
A perfect student project course alternative to microcontrollers for those wanting a student owned platform with extensive expansion capability.
Many project code examples, videos and add-on hardware ‘capes' are available
Applications include Industrial Automation, Retail Applications, Human Machine Interface, Barcode Scanner, patient monitoring, Autonomous robotics, Art installations, musical instruments

TI ARM OMAP Cortex-A8 + DSP Processors – Beagleboard-xM

Beagleboard-xM is a low-cost, fanless single-board computer for projects and teaching
Providing 1GHz performance, 512MB RAM and a variety of peripherals for laptop like experience
An open source hardware/software project with thousands of active participants, beagleboard.org provides excellent support and full distros of Linux varieties, Android and MS OS.
Full course materials available for a 32 bit embedded Linux course as well as project starter materials for a amazing and innovative projects
Applications include Portable Data Terminals, Navigation, Auto Infotainment, Gaming, Single board Computers, Autonomous robotics, Art installations, musical instruments

TI ARM Cortex-R Microcontrollers – Hercules R4F

Safety-critical 32-bit microcontroller
Peripherals: FPU, ECC, PWM, ADC, CAN, LIN, I2C, FlexRay, ENET, USB and up to 3MB Flash
Leverages TI's 20+ years of safety-critical system expertise
Applications include: safety, transportation, industrial & medical

TI ARM Cortex-M Microcontrollers – Stellaris LM3S and LM4

32-bit microcontroller, popular for teaching with a variety of operating system support
Peripherals: USB, ENET MAC&PHY, CAN, ADC, PWM, SPI, QEI and Up to 256KB Flash
Teaching resources available for architecture courses through advanced OS
Low price development tools for student owned labs and homework in a lecture course
Applications include: motion control, human machine interface, industrial automation, smart grid

	Application-Preformance Focus	Embedded Real Time: Safety Critical	Embedded: Microcontroller Deterministic Systems
	Cortex A-	Cortex R-	Cortex M-
ARM Only Architecture	A8- Sitara Cortex-A8 Processors - AM335x based Beaglebone	R4- 250 DMIPS RM48x R4- [[TMS570]]	M3- [[Hercules]] TMS470M [[Stellaris]] LM3xx M4F- [[Stellaris]] LM4Fxx
TI Proprietary + ARM Architecture	A8- OMAP Cortex-A8 + DSP Processors – Beagleboard-xM		M3- [[C2000]] Concerto

ARM Resources

• TI embedded processors portal
• TI ARM processors portal
• ARM portfolio technical overview brochure
• TI customer training modules for ARM processors

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标记: ARM