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LPC80x MCU系列生态合作体系概述和可用的开发支持

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The NXP® LPC4300 introduces the world's first asymmetrical dual-core digital signal controller architecture, featuring the ARM® Cortex™-M4 and Cortex-M0 processors. In this video filmed at ARM TechCon 2011, NXP applications engineering manager Kenneth Dwyer introduces the concept of Inter-Processor Communication with the LPC4300 demo board.

Learn about the features and capabilities available with the LPC8N04 MCU-based development board. From integrated NFC, to read/write capabilities and energy harvesting, plus built-in demos … kick-off your next design, fast.

关于LPC80x微控制器系列USART通信接口如何使用及技术详解

LPC553x/ 3x MCU系列进一步扩展了世界上第一个通用cortex - m33 MCU系列，提供显著的性能增强，所有片内RAM具有Parity或ECC，更新的安全功能和精密模拟添加，利用成本效益高的40纳米NVM工艺技术。 LPC553x/ 3x系列包括一个专有的DSP加速器，提供10倍的时钟周期，带来显著的信号处理效率提高。

关于LPC80x微控制器系列I2C通信接口实际操作

关于LPC80x微控制器系列SPI通信接口实际操作

This module covers ISP and Valid User Code for the LPC11xx (Cortex-M0) and LPC13xx (Cortex-M3) part families. While not explicitly discussed, the majority of this material is applicable for LPC17xx (Cortex-M3) devices as well. ISP is supported in several flavors: A low level serial interface, GUI automation of this serial interface via Flash Magic, and on the USB enabled LPC13xx devices as a mass storage device. To supplement the use of ISP, the criteria for validation User Code by the on chip boot loader is discussed, and examples for all major development tools are covered. Following this module, you may wish to view the LPC1000 Debug Tools, Tips, and Tricks (Part 2) which goes into detail about Code Read Protection (CRP).

Based on the Arm® Cortex®-M0+ core and running up to 15 MHz, the LPC802 MCU offers 16 KB EEPROM based flash and is supported by the LPCXpresso802 development board.

Justin Mortimer, product marketing manager at NXP, talks to Rich Nass with Embedded Computing Design about the new NXP MCU with integrated NFC

This video give a tutorial on the LPC Initialization tool from NXP® (https://www.lpcware.com/content/tools/lpc-initializer) which allows users to configure the pinmuxing of the LPC800 via the Switch matrix as well configuring the IO CON block with a simple graphical interface. Additionally, the video demonstrates how to use the different aspects of the tool to configure an LPC812.

Learn how to use FreeRTOS, a real-time multitasking environment. In this video, the FreeRTOS kernel is used with the free LPCXpresso environment, on the LPC1769 microcontroller. Examples include basic LED flashing, as well as more comprehensive demo with networking, a file system, and command line input.