搜索资源列表
LPC1788-uCOS-ii
- 移植UC/OS-II在LPC1788的源代码-Transplantation UC/OS-II source code in LPC1788
LPC1788-uCOS-ii-transplant
- 实现UCOS-II在ARM CORTEX-M3上的移植，代码齐全，运行成功。本代码示例了一个简单UCOS-II上的小的程序。-the code finishes UCOS-II transplant on arm.it runs good.
lpc1788_ucos3
- ucosiii(ucos3)在lpc1788上的移植,实现操作系统的基本功能和lcd显示(在ucdragon YL1788上,使用YL-LCD35-V1.0的液晶显示屏),网络功能暂未实现-ucosiii (ucos3) on the lpc1788 transplant, the basic functions of the operating system and lcd display (ucdragon YL1788 YL-LCD35-V1.0 LCD), network functio
GLCD_K4S561632C_32M_16BIT-(-4.3-inch-LCD-)
- the example is 4.3 inch LCD (SDRAM 128Mbit) for HY-LPC1788-SDK . includes IAR and KEIL Project .
Ethernet
- 网口芯片KSZ8041的源代码，配合NXP的LPC1788，采用UCS操作系统，调试通过，放心使用-The chip the KSZ8041 the source code of the network port, with the NXP LPC1788 UCS operating system debugging through, ease of use
ucos3based-on-lpc1788
- ucos3 在LPC1788上的移植过程及源代码文件，希望可以帮助大家-ucos3 on the LPC1788 transplant process and the source code files, hope it can help you
SBC1788-uCOS-II-v2.86
- 英贝特lpc1788学习板，ucosii移植源码-Ingbert lpc1788 learning board, ucosii transplant source
LPC1788
- 一个基于Cortex-M3为内核，主控芯片为LPC1788的菜单程序，其特点为：只需要三个键：左移、右移、确定。-A program based on Cortex-M3 core, the master chip LPC1788 menu program, which is characterized by: the need for only three keys: left, right, OK.
ZLG_LPC1788_Lwip-1.4.0
- ucos+lwip在lpc1788上移植，已调试成功，可以ping通，数据交互-ucos+ lwip on lpc1788 porting, debugging success, can ping, data exchange
LWIP
- LWIP 源码技术芯片lpc1788 也可以自己添加功能
lpc1788_ucos3
- uCosiii在LPC1788上的移植，包括所有驱动-uCosiii LPC1788
LPC1788_UCOS2
- UCOS2在ARM上的移植,应用环境是keil MDK,使用芯片是LPC1788.可以方便的移植到其它NXP芯片.-UCOS2 transplant paradigm of the LPC1788
ProgectTemp_lpc177x_8x
- LPC1788工程模板，SmartCortex M3-17-LPC1788 Progect temp，SmartCortex M3-1788
ProgectTemp_lpc177x_8x_uCOSII
- LPC1788工程模板，SmartCortex M3-17-LPC1788 project ,Ucos, SmartCortex M3-1788
NXP-LPC1788-UDP
- NXP LPC1788开发板网络例程之UDP客户端-NXP LPC1788 UDP
Mini
- lpc1788 移植了ucos-ii lwip 1.4.1其中lwip 操作系统模拟层采用消息队列实现，不同于网上比较普遍的采用信号量的实现方式-lpc1788 transplant ucos-ii lwip 1.4.1 operating system emulation layer which lwip message queue to achieve, unlike the more common online implementation using semaphores