Ethernet Audio Video Bridging (AVB) Amplifier This demo which shows a complete Ethernet AVB audio amplifier solution built with NXP silicon and software.     Features Audio Video Bridging for automotive infotainment purposes System AVB amplifier for car audio nodes Analog video/audio is converted into AVB and outputs to vybrid Tower running AVB stack Featured NXP Products Vybrid Qorivva MCU Development Hardware Used Vybrid TWR board Automotive

KDSを使用したFRDM-KL25のHello Worldベアメタルプロジェクト <meta http-equiv="Content-Type" content="text/html; charset=utf-8" /> 添付されているプロジェクトは、新しいKinetis Design Studioを使用したFRDM-KL25のシンプルなベアメタルプロジェクトです。KDSに関するすべての情報は、次の場所にあります。   Kinetis Design Studio Kinetis Design Studio統合開発環境 (IDE)   このプロジェクトでは、ボードを 48MHz の PEE モードで動作するように構成します。SDA仮想シリアルポートに接続されているUART0は、割り込みモードで使用されます。   アプリケーションは端末に書かれていることをエコーし、文字r、g、またはbが入力されると、RGBledがそれぞれ変化します(赤、緑、または青)。   このプロジェクトがお役に立てれば幸いです。   よろしくお願いいたします。 全般

U-Boot Debug using CodeWarrior for QorIQ LS series – ARM V7 ISA U-Boot Debug using CodeWarrior for QorIQ LS series – ARM V7 ISA U-Boot Debug using CodeWarrior for QorIQ LS series – ARM V7 ISA General Re: U-Boot Debug using CodeWarrior for QorIQ LS series – ARM V7 ISA Did you still have this issue? What CW version you are using? Re: U-Boot Debug using CodeWarrior for QorIQ LS series – ARM V7 ISA Hi Adrian, My file information is the same, but while I reset without any init file, here is what's inside the debug window: 100 of_read_number() fdt_support.c:1397 0x00000000 99 of_read_number() fdt_support.c:1397 0x00000000 98 of_read_number() fdt_support.c:1397 0x00000000 ... 3 of_read_number() fdt_support.c:1397 0x00000000 2 of_read_number() fdt_support.c:1397 0x00000000 1 of_read_number() fdt_support.c:1397 0x00000000 If I press "Step Over"/ "Step Into", it will prompt No source available for "0x00001EC0 (0x00001EC0)() " If I choose Resume/Step Return, it won't prompt anything and I can only Pause or Terminate it. Besides, I have tried to debug linux kernel and it didn't prompt for source location either. I delete the whole workspace and redo those steps, but it doesn't work. Re: U-Boot Debug using CodeWarrior for QorIQ LS series – ARM V7 ISA I just try on my QDS board and after reset without init, CW will prompt for source location. Could you please file on u-boot elf and provide the results. My u-boot elf for nand boot looks like below: $ file u-boot u-boot: ELF 32-bit LSB shared object, ARM, version 1 (SYSV), dynamically linked (uses shared libs), not stripped Re: U-Boot Debug using CodeWarrior for QorIQ LS series – ARM V7 ISA Hi Adrian, I'm working on a custom board now. I have made a working u-boot for my board. But still I cannot debug the file "u-boot" normally, While I reset it(Figure 10), what I get is different from Figure 11, there is no place to set the source code location. Here is the message: No source available for "0x00001EC0 (0x00001EC0)() " Re: U-Boot Debug using CodeWarrior for QorIQ LS series – ARM V7 ISA Do you use LS1021AQDS board? If yes, could you provide your switches settings? Also, did you use u-boot-with-spl-pbl-ls1021aqds_nand.bin? Adrian Re: U-Boot Debug using CodeWarrior for QorIQ LS series – ARM V7 ISA Hi Adrian, I still have troubles in debuging the NAND boot u-boot. The NAND boot file "u-boot" is different from the NOR boot file "u-boot", there is another "SPL" part. How could I debug the NAND boot file? Thanks Re: U-Boot Debug using CodeWarrior for QorIQ LS series – ARM V7 ISA Yes, this is the reason. You have to flash a u-boot with spd-pbl image into the NAND to have all is necessary (rcw, pbi, uboot) for NAND boot. Adrian Re: U-Boot Debug using CodeWarrior for QorIQ LS series – ARM V7 ISA Hi Adrian, I tried it on a bare board, it doesn't work. Maybe the reason is no u-boot in the NAND flash. I have programmed a RCW file into the NAND flash, so I can gain the JTAG control. Thanks. Re: U-Boot Debug using CodeWarrior for QorIQ LS series – ARM V7 ISA I didn't try to debug uboot from NAND, but should be the same. Let me know if doesn't work and I can take a look. Adrian Re: U-Boot Debug using CodeWarrior for QorIQ LS series – ARM V7 ISA Hi Adrian, I have another question: Can I debug the u-boot that boots up from NAND by this way? Thanks Re: U-Boot Debug using CodeWarrior for QorIQ LS series – ARM V7 ISA Indeed, to boot from qspi you should used ls1021aqds_spi to compile u-boot. Re: U-Boot Debug using CodeWarrior for QorIQ LS series – ARM V7 ISA Thanks, I have another question, I try to boot from the QSPI flash, I should use ls1021aqds_spi to compile my u-boot, right? Should I also need to build a SPL? Re: U-Boot Debug using CodeWarrior for QorIQ LS series – ARM V7 ISA Usually the " Failed to correctly configure the JTAG chain" is generated by the missing of RCW or the wrong configuration of the switches . Adrian Re: U-Boot Debug using CodeWarrior for QorIQ LS series – ARM V7 ISA Hi, I have a problem on loading u-boot into our bareboard. I have a customized LS1021A bareboard, how could I load u-boot into this board? I compiled a u-boot and tried to attach it by a CodeWarrior TAP, but I always got some JTAG configuration failure.      Error launching LS1021AQDS_Debug_LS1021AQDS_Attach      CCSProtocolPlugin : Failed to correctly configure the JTAG chain Is an on-board programmed u-boot necessary? Or I should change the target initialization file too? Thanks

Predictive Safety with Qorivva MCU and MC33907 and MC33908 System Basis Chip (SBC) Demo Owner David Lopez Explore this SafeAssure solution for ASIL D applications. This highly optimized Qorivva MCU and system basis chip (SBC) solution offers independent fail-safe monitoring for power management. It also features MCU external assessment of SBC architecture and concept to fit for ISO 26262 within an optimized ecosystem.   Features Safe Assure solution to fit for ASIL D applications Highly optimized SBC + MCU solution inside a new EVM ecosystem Independent fail-safe monitoring unit for power management and MCU External assessment of SBC (System Based Chip) architecture and concept fit for ISO 26262 MC33907 independent from physical and electrical stand point. It is Monitoring MCU and Power Management Presenting different components for the safe assure program Featured NXP Products Qoriva MCU MPC5643L MC33907 MC33908 Development Hardware Used KIT33908MBEVBE: Evaluation mother board - MC33908, Safe System Basis Chip with Buck and Boost DC/DC up to 1.5 A on Vcore Automotive Industrial

Aurora Trace for CodeWarrior Power Architecture General

i.MX6 CSC setting sample source code This is sample code for CSC settings for /dev/fb1. It can calculating the CSC matrix and updates in real time from given parameters(Brightness,Contrast,Saturation,Hue, and gamma). This is sample code for CSC settings for /dev/fb1. It can calculating the CSC matrix and updates in real time from given parameters(Brightness,Contrast,Saturation,Hue, and gamma). Re: i.MX6 CSC setting sample source code I think there is a small glitch in the code: the include in line 14 #include yields to some warnings respectively compilation errors ("missing dma_addr_t etc."). Hence it is better to substitute it with #include . Re: i.MX6 CSC setting sample source code Helo Taro Please, could you help me - i have to ajust display brightness and contrast on IMX6 (nitrigen6x) Was your method successful for display adjustment and this adjustment was applied to all menues on display? And please, give me the tip which libs i should install on my Ubuntu for working with IPU THX

在 KDS 中使 FRDM-MK64 板上的 LED 闪烁 <meta http-equiv="Content-Type" content="text/html; charset=utf-8" /> KDS 中的 LED 闪烁   说明：   这是在 FRDM-MK64FN1M0VLL12 板上使用 KDS 制作的一个小项目。 蓝色 LED 每秒切换一次，由定时中断控制。 <meta http-equiv="Content-Type" content="text/html; charset=utf-8" /> KDS 中的 LED 闪烁   说明：   这是在 FRDM-MK64FN1M0VLL12 板上使用 KDS 制作的一个小项目。 蓝色 LED 每秒切换一次，由定时中断控制。 概述

Using the Accelerometer on the FRDM-MK64 Board in KDS Accelerometer in KDS Description:   This is a small project made in KDS using the accelerometer on a FRDM-MK64FN1M0VLL12 board. The blue LED is on when the board is flat or upside down The red LED is on when the board is on its side The green LED is on when the board is on its nose or tail   Sections of code taken from http://mcuoneclipse.com/2014/05/26/tutorial-data-logger-with-the-frdm-k64f-board/ Accelerometer in KDS Description:   This is a small project made in KDS using the accelerometer on a FRDM-MK64FN1M0VLL12 board. The blue LED is on when the board is flat or upside down The red LED is on when the board is on its side The green LED is on when the board is on its nose or tail   Sections of code taken from http://mcuoneclipse.com/2014/05/26/tutorial-data-logger-with-the-frdm-k64f-board/ General

Creating a new MQX project using GCC C++ The attached document explains how to create a C++ project using CW10.6 with GCC compiler, MQX 4.1. Regards, Carlos Re: Creating a new MQX project using GCC C++ Hi Dave, I am trying to configure KSDK/PEx project to convert in C++. Can you send a procedure/steps for running C++ code. I am using MK64FN controller. I have gone through below link but could not configure for C++.  Processor Expert, gcc C++ and Kinetis-L with MQXLite | MCU on Eclipse   C++ with Kinetis Design Studio | MCU on Eclipse  Also can you send a sample project with PEx which runs C++ code. Thanks, Kirti   Re: Creating a new MQX project using GCC C++ Thanks Carlos.  I didn't realize I could use the Service Request feature for anything other than actual bugs that could be 100% reproducible or were clearly a problem with the KSDK. The good news is that I have a procedure for running C++ code with MQX and PEx that seems to work and is minimally inconvenient.  I'm going to test some C++ wrapper classes for the FSL device drivers and we'll see how it goes this week.  Thanks! Re: Creating a new MQX project using GCC C++ For this kind of matters I strongly recommend to submit a Service Request at our web page www.freescale.com/support I am part of the support team and I or any of my colleagues can take a look to it in our side. Carlos Re: Creating a new MQX project using GCC C++ Okay, would you mind looking over my project after I do an initial test?  I'll create a KSDK/PEx/MQX project, convert to C++, and then will see if I can do something simple like blinking an LED on my FRDM-K64F.  If that doesn't work, I'd like to be able to submit it to someone to review.  Thanks! Re: Creating a new MQX project using GCC C++ Hi Dave, I find difficult to have this guide soon. As you have noticed Processor Expert does not manages C++, but the work around you described looks good on the side of the tasks. But regarding the whole project you will need to change many settings and at this moment I am not sure if these settings may cause conflict with PEx. Regards, Carlos Re: Creating a new MQX project using GCC C++ I have an idea of how I need to get everything working, but I have a MK64FN1M0VLL12 board with ethernet, and would like to use Processor Expert in KDS3/KSDK1.2 to create my tasks.  I'll be using the OS_Task component, but code generation creates C files, not CPP.  I don't think it's *that* big of an issue, as long as I convert everything over and then disable code generation for MQX.  So my plan was to create some extra tasks ahead of time, even if I don't use them.  Then when it's time to release the code, I can just delete the unused tasks.  Seems like it's easier to create more tasks up front and then disable the code generation, and delete unused code later.  Would you agree with that? In such a case, would you be able to make a "walkthrough" document that takes a processor and the latest toolchain and show what needs to be done to get MQX running in a C++ project?  I plan to tackle this this week, so perhaps if you can't make a doc, I'll just go for it and will post questions here if I run into problems. Re: Creating a new MQX project using GCC C++ Hi Dave, I don't have such example, there are many variables in this case. Do you have an specific question about it? Regards, Carlos Re: Creating a new MQX project using GCC C++ Carlos, do you have any examples for MQX using C++ under KDS 3.0 / KSDK 1.2, using Processor Expert?

ターゲット側のアドレス変換 <meta http-equiv="Content-Type" content="text/html; charset=utf-8" /> この記事では、組み込みツールとFreeMASTERツール側の両方からTSA機能について説明します。 これは、FreeMASTERチュートリアルシリーズの一部です。 通信ドライバ ボードへの接続 Target Side Address Translation(現在の記事) TSA によるプロジェクト変数の公開 (マイビデオで視聴)

Unboxing MYD-C8MMX Dev Kit Based on NXP i MX 8M mini A53 Quad Processor Unboxing MYD-C8MMX Dev Kit Based on NXP i MX 8M mini A53 Quad Processor The MYD-C8MMX development board is using the i.MX 8M Mini Quad Processor which is among NXP i.MX 8M mini family of applications processors and includes a 1.8GHz quad Cortex-A53 core plus a 400MHz Cortex-M4 core. The MYC-C8MMX CPU Module provides an outstanding embedded solution for Home and Building Control, IOV, Industrial and Medical Instruments, Human Machine Interface (HMI) and more other general purpose industrial and IoT applications which require optimized power consumption while maintaining high-performance.performance and low-power processors. For more information: http://www.myirtech.com/list.asp?id=618 http://www.myirtech.com/list.asp?id=617

Metropolitan Area Network: Enabling Smart Cities - Demo Demo Owner: Michael L Dow   NXP's Metropolitan Area Network Demonstration Kit utilizes the latest IPv6 Mesh technologies and enables the Smart City of the future. This kit was built around a Smart Objects modem and IPv6 stack from Nivis based on the Kinetis K60 and the MC12311 sub-GHz radio. In this demo the Power PC P1025 Tower board acts as a Data Concentrator/Edge Router, gathering information from several battery powered wireless Smart Object end nodes—all managed via a Nivis’s Network Manager Software.       Features Sub- 1 GHz communication Metropolitan  Area Network Communication Featured NXP Products QorIQ Processing Platforms - P1025 MC12311 Kinetis K60 Development Hardware Used TWR-METRO-KIT Design Resources Demo Quick Start Guide Link to Nivis web page   Smart City

Floating License server daemon - Hiware Re: Floating License server daemon - Hiware The  lmgrd  daemon and the vendor daemons work together to manage the license keys. The  lmgrd  daemon handles the initial contact with the client application programs, passing the connection on to the appropriate vendor daemon. The  lmgrd  daemon also starts and restarts vendor daemons.

USB CDC 虚拟通信示例 <meta http-equiv="Content-Type" content="text/html; charset=utf-8" /> 附件文档展示了如何获取 MQX4.1 虚拟 Com 端口示例。该文档位于以下路径： C:\Freescale\Freescale_MQX_4_1\usb\device\examples\cdc\virtual_com 此致， 卡洛斯

FRDM-MK64ボードを使用してKDSのSDカードに書き込む <meta http-equiv="Content-Type" content="text/html; charset=utf-8" /> KDSでのSDカードへの書き込み   形容：   KDSでFRDM-MK64FN1M0VLL12ボードを使用してSDカードに書き込むプロジェクト。 毎秒、変数x、y、zの時間と値がSDカードに書き込まれます。 これらはlog.txtファイルに書き込まれ、存在しない場合は作成されます。 X、Y、Z は、デフォルトで 1、2、3 に設定されています。   http://mcuoneclipse.com/2014/05/26/tutorial-data-logger-with-the-frdm-k64f-board/ から取得したコードのセクション   問題：   フラッシュ後、時間は常に17:51:31から始まります。 これは、TmDt1_Initでそのように設定されているためです。 <meta http-equiv="Content-Type" content="text/html; charset=utf-8" /> KDSでのSDカードへの書き込み   形容：   KDSでFRDM-MK64FN1M0VLL12ボードを使用してSDカードに書き込むプロジェクト。 毎秒、変数x、y、zの時間と値がSDカードに書き込まれます。 これらはlog.txtファイルに書き込まれ、存在しない場合は作成されます。 X、Y、Z は、デフォルトで 1、2、3 に設定されています。   http://mcuoneclipse.com/2014/05/26/tutorial-data-logger-with-the-frdm-k64f-board/ から取得したコードのセクション   問題：   フラッシュ後、時間は常に17:51:31から始まります。 これは、TmDt1_Initでそのように設定されているためです。 全般

E14 Sensor: The KDS Port This project is a re-build of Yayra Kwaku Adugu's E14 project, now built in KDS. The project allows the FRDM KL25Z to utilise an external E14 sensor board for accellerometer, magnetometer and pressure sensor, printing data to terminal.   Unfortunately this project runs afoul of a printf bug in KDS and not all printf calls will display properly. More information/examples of this bug can be seen at Re: printf() weirdness - Using printf() with ConsoleIO and TeraTerm via OpenSDA - issues   Hopefully if/when the printf implementation is fixed in KDS, the project should work fine and display data to terminal.   Project Info: Board used: MKL25Z128VLK4 Terminal Baud Rate: 9600 This project is a re-build of Yayra Kwaku Adugu's E14 project, now built in KDS. The project allows the FRDM KL25Z to utilise an external E14 sensor board for accellerometer, magnetometer and pressure sensor, printing data to terminal.   Unfortunately this project runs afoul of a printf bug in KDS and not all printf calls will display properly. More information/examples of this bug can be seen at Re: printf() weirdness - Using printf() with ConsoleIO and TeraTerm via OpenSDA - issues   Hopefully if/when the printf implementation is fixed in KDS, the project should work fine and display data to terminal.   Project Info: Board used: MKL25Z128VLK4 Terminal Baud Rate: 9600 General

FRDM-K64 Ethernet / web HVAC example using MQX Since the mbed Ethernet library and interface for FRDM-K64 have not yet been fully tested, instead of using mbed we will use one of the latest demo codes from MQX specifically developed for the FRDM-K64 platform. Before starting please make sure you have the following files and software installed in your computer: CodeWarrior 10.6 (professional or evaluation edition) MQX 4.1 for FRDM-K64 (it is not necessary to install full MQX 4.1) JLink_OpenSDA_V2.bin (this is the debugger application) * If you don't have a valid license, you can find a temporary license below, it will only be valid until 7/30/2014 and it will only be available online until 7/05/2014. Building the project The first step to use an MQX project is to compile the target/IDE libraries for the specific platform: 1. Open CodeWarrior and drag the file from the following path C:\Freescale\Freescale_MQX_4_1_FRDMK64F\build\frdmk64f\cw10gcc onto your project area: This will load all the necessary libraries to build the project, once they are loaded build them it is necessary to modify a couple of paths on the BSP: 2. Right click on the BSP project and then click on properties 3. Once the properties are displayed, expand the C/C++ Build option, click on settings, on the right pane expand the ARM Ltd Windows GCC Assembler and select the directories folder, this will display all the libraries paths the compiler is using 4. Double click on the "C\Freescale\CW MCU v10.6\MCU\ProcessorExpert\lib\Kinetis\pdd_100331\inc" path to modify it, once the editor window is open, change the path from "pdd_100331" to "pdd" 5. Repeat steps 2 and 3 for the ARM Ltd Windows GCC Compiler 6. Now you can build the libraries, build them one at a time by right clicking on the library and selecting build project, build them in the following order, it is imperative you do it in that order. BSP PSP MFS RTCS SHELL USBD USBH 7. Once all the libraries are built, import the web hvac demo, do it by dragging the .project file to your project area; the project is located in the following directory:                     C:\Freescale\Freescale_MQX_4_1_FRDMK64F\demo\web_hvac\build\cw10gcc\web_hvac_frdmk64f 8. Once the project is loaded, build it by right clicking on the project folder and select Build project Debugging the project To debug the project it is necessary to update the FRDM-K64 debugging application: Press the reset button on the board and connect the USB cable Once the board enumerates as "BOOTLOADER" copy the JLink_OpenSDA_vs.bin file to the unit Disconnect and reconnect the board On CodeWarrior (having previously compiled the libraries and project) click on debug configurations 5. Select the connection and click on debug 6. Open HVAC.h and change the IP Address to 192.168.1.202 Now the demo code has been downloaded to the platform you will need the following to access all the demo features: Router Ethernet Cable Serial Terminal The code enables a shell access through the serial terminal, it also provides web server access with a series of options to simulate an Heating Air Conditioning Ventilation System, the system was implemented using MQX and a series of tasks, for more details on how the task are created, the information regarding how to modify the code please check the attached document: Freescale MQX RTOS Example guide. Freedom Development Platform Kinetis K Series MCUs Re: FRDM-K64 Ethernet / web HVAC example using MQX Hello Pedro, Thank you for putting this guide together.  I was successful in building and deploying the project on the board.  I would like to take this project and copy it so that I can keep the original and modify the copy.  I copied and pasted the project in code warrior but am getting some build path issues that I cannot figure out. When I build the copied project I get warnings, that lead to a no build that include: Invalid Project path: Include path not found (C:\lib\frdmk64f.cw10gcc\debug) Invalid Project path: Include path not found (C:\lib\frdmk64f.cw10gcc\debug\bsp) Invalid Project path: Include path not found (C:\lib\frdmk64f.cw10gcc\debug\bsp\Generated_Code) ... What I cant figure out is what is generating this error.  I have tried linking in the bsp/psp etc. resoures, I have added path variable but these warnings are persistent. Where is this error being generated from and how can i correct it? Re: FRDM-K64 Ethernet / web HVAC example using MQX Hi Pedro, I've followed your guide to the letter and it debugs fine but am having problems getting the board to actually 'ping' anything other than itself. If I attempt to ping something I get 'Error 0x1510 - Unknown Error'. I've also tried putting 192.168.1.202 in my browser but it never reaches the board. Any advice?

NXPのソフトウェアおよびハードウェア・エンジニアリング・サービスによる市場投入までの時間を短縮 <meta http-equiv="Content-Type" content="text/html; charset=utf-8" /> NXPは、さまざまなソフトウェアコンポーネント、製品、プロフェッショナルサポート、およびサービスをますます提供しています。このセクションでは、NXPが専門的なサポートおよびサービスチームのおかげで、市場投入までの時間を短縮し、プロジェクト開発のリスクを軽減するのにどのように役立つかを、お客様のユースケースに基づいて説明します。 <meta http-equiv="Content-Type" content="text/html; charset=utf-8" /> NXPは、さまざまなソフトウェアコンポーネント、製品、プロフェッショナルサポート、およびサービスをますます提供しています。このセクションでは、NXPが専門的なサポートおよびサービスチームのおかげで、市場投入までの時間を短縮し、プロジェクト開発のリスクを軽減するのにどのように役立つかを、お客様のユースケースに基づいて説明します。 ソフトウェアとツール

産業用およびネットワーキングアプリケーション向けのLayerscapeマイクロプロセッサポートフォリオ <meta http-equiv="Content-Type" content="text/html; charset=utf-8" /> エッジコンピューティングアプリケーションについて学習し、ゲートウェイとセキュリティを「管理」するための技術的な課題、クラウドサービスのコンテキストでEdgeScaleフレームワークを含むLayerscapeマイクロプロセッサソリューションを示します。 <meta http-equiv="Content-Type" content="text/html; charset=utf-8" /> エッジコンピューティングアプリケーションについて学習し、ゲートウェイとセキュリティを「管理」するための技術的な課題、クラウドサービスのコンテキストでEdgeScaleフレームワークを含むLayerscapeマイクロプロセッサソリューションを示します。 Layerscape処理プラットフォーム

Sub-GHz Remote Control Dimmer: KW01 IEEE 802.15.4 Reference Design Overview Features Block Diagram Board Design Resources Overview The Sub-GHz Remote Control Dimmer reference design based on the MKW01Z128 MCU operates in a custom IEEE 802.15.4 star network for home automation applications. Users can control various RGB bulbs connected to a network using the KW01-RCD-RD board as a remote control. Controlled devices are USB-KW019032 boards, and each board simulates an RGB bulb in a GUI. Features Low-cost MKW01Z128 sub-1GHz wireless node solution with an FSK, GFSK, MSK or OOK modulation-capable transceiver Reference design area with small footprint, low-cost RF node Unbalanced input/output port Flexible RF-Front End for different bands operation Programmable output power from -18 dBm to +13 dBm in 1dB steps (RFIO output) Integrated dual band chip antenna for 800MHz and 900MHz ISM bands Micro-miniature coaxial connector (MMCX) for conducted RF measurements Block Diagram Board Design Resources Legacy Designs