RealView MDK-ARM 3.20
RealView Microcontroller Development Kit - Version 3.20
MDK-ARM Version 3.20
即KEIL FOR ARM 3.20( 2008.2.14)
请尊重知识版权！本软件仅供测试之用，请勿用于商业用途.对软件感兴趣直接从WWW.KEIL.COM公司购买。
好用的ARM开发环境
Keil uVision调试器可以帮助用户准确地调试ARM器件的片内外围功能(I2C、CAN、UART、SPI、中断、I/O口、A/D转换器、D/A转换器和PWM模块等功能)。ULINK USB-JTAG转换器将PC机的USB端口与用户的目标硬件相连(通过JTAG或OCD)，使用户可在目标硬件上调试代码。通过使用Keil uVision IDE/调试器和ULINK USB-JTAG转换器，用户可以很方便地编辑、下载和在实际的目标硬件上测试嵌入的程序。
支持Philips、Samsung、 Atmel、 Analog Devices、 Sharp、 ST等众多厂商ARM7内核的ARM微控制器。
高效工程管理的uVision3集成开发环境
* Project/Target/Group/File的重叠管理模式，并可逐级设置；
* 高度智能彩色语法显示；
* 支持编辑状态的断点设置,并在仿真状态下有效。
高速ARM指令/外设模拟器
* 高效模拟算法缩短大型软件的模拟时间；
* 软件模拟进程中允许建立外部输入信号；
* 独特的工具窗口，可快速查看寄存器和方便配置外设；
* 支持C调试描述语言，可建立与实际硬件高度吻合的仿真平台；
* 支持简单/条件/逻辑表达式/存储区读写/地址范围等断点。
多种流行编译工具选择
* Keil高效率C编译器；
* ARM公司的ADS/RealView 编译器；
* GNU GCC 编译器；
* 后续厂商的编译器。
请尊重知识版权！本软件仅供测试之用，请勿用于商业用途.对软件感兴趣直接从WWW.KEIL.COM公司购买。
RealView Microcontroller Development Kit – Version 3.20
- [Device Support]
Added RTX support for TMS470 in folder ..\ARM\Boards\TI\TMS470R1B1M\RTX_Blinky.
- [Device Support]
Added several example projects example projects for NXP LPC2919 in folder ..\ARM\Boards\Keil\MCB2900.
- [Device Support]
Added support for STMicroelectronics STA2051.
- [Device Support]
Added support for AustriaMicroSystems AS3525 in folder ..\ARM\Boards\AMS\AS3525.
- [Device Support]
Added support for NXP (Sharp) LH79524 in folder ..\ARM\Boards\NXP\LH79524.
- [Device Support]
Added support for Winbond W90P710 in folder ..\ARM\Boards\Winbond\W90P710.
- [Device Support]
Added RTX Traffic example for STR9 devices and corrected a problem with the interrupt controlled UART simulation of STR9.
- [Device Support]
Corrected a problem for ARM Cortex-M1 driver (for Altera Cyclone III), where the option Use Reset at Startup was not stored.
- [Device Support]
Corrected RT-Agent configuration AT91SAM7X with interrupts in folder ..\ARM\RT Agent\RTX\AT91SAM7X-EK\Blinky.
- [µVision3 IDE/Debugger/Simulator]
Corrected a simulation problem with Timer3 and Timer4 of LPC2101/2/3 devices.
- [RTX]
Corrected some processor core problems for Cortex-M devices. Handling of isr_xxx function calls was incorrect and could cause task locks. Wrong handling of task switches and __svc functions could cause sporadic application crashes if additional user interrupts were enabled. |
