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Congratulations to the NXP® LPC1100 Design Challenge Winner: Low Power Low Weight Variometer by David Termohlen Featured Videos

This module provides an introduction to Code Read Protection (CRP). It covers how to enable CRP, as well as the various CRP levels that can be set. It covers some of the potential pitfalls users can encounter (if they are not aware of CRP), and explains how these can be prevented by deliberately controlling the tool chain's linker. Examples are given for IAR, KEIL, and LPCXpresso (prior to version 3.5.6 which includes native support for CRP). This module is largely indpendent of the LPC1000 Debug Tools, Tips, and Tricks (Part 1) training module, although you may wish to view that module first as it covers ISP and Valid User Code.

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).

NXP® offers LPCScrypt, a command-line based, fast flash, EEPROM, OTP and security programming tool, for the LPC1800 and LPC4300 series of ...

This video describes the LPC-Link 2 in a short how-to-video.

At DESIGN West 2013, NXP® is introducing LPC-Link 2 -- the first standalone debug adapter of its kind, which can link a variety of popular IDEs (integrated development environments) to any microcontroller development board. The LPCXpresso-IDE, developed by Code Red Technologies, works out of the box with LPC-Link 2. In addition, several firmware images are available for LPC-Link 2 which make it compatible with other tools, including the popular SEGGER J-Link and the CMSIS-DAP debugger designed by ARM.

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.

David Donley, NXP® Semiconductors, talks us through a demo of using a low-cost LPC11U14 Cortex-M0 MCU with USB to program the flash on an LPC1227 Cortex-M0 industrial microcontroller. The demo further features NXP's ultra-low cost LPCXpresso development platform. This demo was live from the trade show floor at ESC, Silicon Valley, 2011.

10,0000 new users this year can't be wrong! Learn how to develop real applications on the NXP® LPC microcontrollers using the LPCXpresso development platform for Linux and Windows. This training session covers both the hardware and software elements of LPCXpresso, the IDE, the debugger, the debug probe, and the development board. You will see LPCXpresso in action and take away the necessary knowledge to kick start your LPCXpresso-based development. It also introduces some of the more advanced functionality available in the Red Suite and Red Probe+ products, such as the non-robinvasive debugging provided by Red Trace on Cortex-M3 based parts. Preview how LPCXpresso can even debug a multi-core device. This 59-minute session was presented at ARM TechCon in November, 2010, by Andrew Beeson, Tools Developer, Code Red Technologies, and by David Donley, Senior Field Applications Engineer, NXP Semiconductors.

NXP®s MCU portfolio includes the most advanced, highest-performance, and power efficient LCD-based 32-bit microcontrollers available today. Axel Wolf gives an overview of the advanced LCD capabilities of NXP Semiconductors LPC microcontrollers.

This is an overview of the Embedded Artists LabTool Add-on Development Board to the LPC-Link 2. LabTool make use of all features on the LPC4370, creating a powerful development tool including logic analyzer, oscilloscope, and signal generator.

A demonstration of the IS2T graphics library using the NXP® LPC1788 Embedded Artists board.

FreeRTOS from Real Time Engineers Ltd. has become something of a de facto standard for microcontrollers, with over 100000 downloads annually. It is professionally developed, strictly quality controlled, robust, supported, and free to use in commercial products. LPCOpen is a comprehensive set of drivers and middleware, available from NXP®. Richard Barry, the creator of FreeRTOS, will take you through the basics, explain where and how using an RTOS will improve your design, and show you how to get started using examples from the LPCOpen platform and the LPCXpresso IDE.

This presentation gives an overview of NXP's new LPC4300 Cortex-M4 digital signal controller, including a discussion of Cortex-M4 features, product family members, package options, and tools. This 8-minute session was presented at ARM TechCon in November, 2010, by Gordon Cooper, Product Marketing Manager, Microcontrollers Product Line, NXP Semiconductors.

This presentation introduces NXP® Semiconductors' microcontrollers including the Cortex-M0 based LPC1100 series, the Cortex-M3 based LPC1300 and LPC1700 series, and the new Cortex-M4 based LPC4300 series. This 8-minute session was presented at ARM TechCon in November, 2010, by Gordon Cooper, Product Marketing Manager, Microcontrollers Product Line, NXP Semiconductors.

The LPC43Sxx and LPC18Sxx microcontroller families offer integrated security features to protect application code and data communications in connected applications.

NXP® Cortex-M0 https://www.nxp.com/cortex-m0 Brought to you by NXP eLearning

This video is a step-by-step getting started guide for using the I/O Handler LPC11U37H LPCXpresso board. In it is the description of how to download the IOH libraries, how to connect the daughter cards to LPCXpresso board, and how to enable the IOH software block.

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.

n this ARM TechCon 2015 training session, presenters Gordon Cooper (NXP®) and Nick Dutton (Zentri) discuss some of the basic connectivity and security issues encountered when building next-generation cloud-connected embedded products and review solutions.