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Introduction Over The Air Programming (OTAP) is a Bluetooth LE custom NXP's service that provides a solution to upgrade the software running in the microcontroller. This document guides to load a new software image in a KW38 device through (Over The Air Programming) OTAP Bluetooth LE service . Software Requirements MCUXpresso IDE or IAR Embedded Workbench IDE. FRDM-KW38 SDK. IoT Toolbox App, available for Android and iOS. You can also download the APK of the IoT Toolbox App from this post: IoT Toolbox for Android  Hardware Requirements FRDM-KW38 board. A smartphone with IoT Toolbox App. KW38 Flash Memory Used by the OTAP Client Software During the Update Process By default, the 512KB KW38 flash memory is partitioned into: One 256KB Program Flash array (P-Flash) divided into 2KB sectors with a flash address range from 0x0000_0000 to 0x0003_FFFF. One 256KB FlexNVM array divided into 2KB sectors with address range from 0x1000_0000 to 0x1003_FFFF. Alias memory with address range from 0x0004_0000 to 0x0007_FFFF. Writes or reads at the Alias memory modifies or returns the FlexNVM content, respectively. In other words, Alias memory is another way to refer to FlexNVM memory using different addresses. The following statements simplify how does the OTAP service work:   The OTAP application consists of two independent parts, OTAP bootloader, and OTAP client. The OTAP bootloader verifies if there is a new image available in the OTAP client to reprogram the device. The OTAP client software, on the other hand, provides the Bluetooth LE custom service needed to communicate the OTAP client device (device to be reprogrammed) with the OTAP server device (device that contains the image to reprogram the OTAP client device). Therefore, to prepare the software for the first time, the OTAP client device needs to be programmed twice, first with the OTAP bootloader, and then with the OTAP client software. The mechanism created to have two different software coexisting in the same device is storing each one in different memory regions. This is achieved by indicating to the linker file different memory regions on each individual software. For the KW38 device, the OTAP bootloader has reserved an 8KB slot from 0x0000_0000 to 0x0000_1FFF, thus the rest of the memory is reserved, among other things, by the OTAP client software.     When generating the new image file for the OTAP client device, we need to specify to the linker file that the code will be placed with an offset of 8KB (as the OTAP client software does), since these address range must be preserved to do not overwrite the OTAP bootloader. The new application should also contain the bootloader flags at the corresponding address to work properly (later we will return to this point).     While OTAP client and OTAP server devices are connected, and the download is in progress, the OTAP server device sends the image packets (known as chunks) to the OTAP client device via Bluetooth LE. The OTAP client device can store these chunks, in the external SPI flash (which is already populated on the FRDM-KW38) or in the on-chip FlexNVM region. The destination for these chunks is selectable in the OTAP client software (This post will give the instructions to modify the destination).     When the transfer of the image has finished, and all chunks were sent from the OTAP server device to the OTAP client device, the OTAP client software writes information such as the source of the software update (either external flash or FlexNVM) in a portion of memory known as bootloader flags. Then the OTAP client performs a software reset on the MCU to execute the OTAP bootloader code. Then, the OTAP bootloader code reads the bootloader flags to get the information needed to reprogram the device with the new application. See the following flow diagram which explains the flow of both applications.   Because the new application was built with an offset of 8KB, the OTAP bootloader programs the device starting from the 0x0000_2000 address, so, in consequence, the OTAP client application is overwritten by the new image. Then, the OTAP bootloader moves the flow of the application to start the execution of the new code.     In practice, the boundary between the OTAP client software and the software update when FlexNVM storage is enabled described in statement 3 is not placed exactly in the boundary of the P-Flash and FlexNVM memory regions, moreover, these values might change depending on your linker settings. To know where is located the boundary, you should inspect the effective memory addressing in your project.        Configuring and Programming OTAP Client Software in IAR Embedded Workbench IDE As mentioned in the last section, to complete the software for OTAP implementation, there are required two software programmed in your FRDM-KW38, OTAP bootloader and OTAP client. This section guides you to program and configure the settings to choose between external or internal storage using the IAR Embedded Workbench IDE. 1- The first step is to program the OTAP bootloader in your KW38. Unzip your SDK and then locate the OTAP bootloader software in the following path: <KW38_SDK>\boards\frdmkw38\wireless_examples\framework\bootloader_otap\bm\iar\bootloader_otap.eww 2- Program the OTAP bootloader project on your board by clicking on the "Download and Debug" icon (Ctrl + D) . Once the KW38 was programmed and the debug session begun, abort the session (Ctrl + Caps Lock + D)  to stop the MCU safely. 3- At this point, you have programmed the OTAP bootloader in your KW38. The next is to program and configure the OTAP client software. Locate the OTAP client software at the following path: Freertos project version: <KW38_SDK>\boards\frdmkw38\wireless_examples\bluetooth\otac_att\freertos\iar\otap_client_att_freertos.eww Baremetal project version: <KW38_SDK>\boards\frdmkw38\wireless_examples\bluetooth\otac_att\bm\iar\otap_client_att_bm.eww 4- Then, configure the OTAP client to select external or internal storage. To select the external storage, follow the next steps (this is the default configuration in the SDK project): 4.1- Locate the "app_preinclude.h" header file in the source folder of your workspace. Search the "gEepromType_d" define and set its value to "gEepromDevice_AT45DB041E_c". /* Specifies the type of EEPROM available on the target board */ #define gEepromType_d gEepromDevice_AT45DB041E_c 4.2- Open the project options window (Alt + F7). Go to Linker->Config window and set "gUseInternalStorageLink_d=0".   To select the internal storage, follow the next steps: 4.1- Locate the "app_preinclude.h" header file in the source folder of your workspace. Search the "gEepromType_d" define and set its value to "gEepromDevice_InternalFlash_c". /* Specifies the type of EEPROM available on the target board */ #define gEepromType_d gEepromDevice_InternalFlash_c 4.2- Open the project options window (Alt + F7). Go to Linker->Config window and set "gUseInternalStorageLink_d=1".   5- Once you have configured the storage settings, save the changes in the project. Then program the software on your board by clicking on the "Download and Debug" icon (Ctrl + D)  . Once the KW38 was programmed and the debug session began, abort the session (Ctrl + Caps Lock + D)  to stop the MCU safely. Creating an SREC Image to Update the Software in OTAP Client in IAR Embedded Workbench IDE This section shows how to create an image compatible with OTAP to reprogram the KW38 OTAP Client using as a starting point, our wireless examples with IAR Embedded Workbench IDE. 1- Select any example from your SDK package in the Bluetooth folder and open it using the IAR IDE. Bluetooth examples are located in the following path: <KW38_SDK>\boards\frdmkw38\wireless_examples\bluetooth  In this example, we will use the glucose sensor project: <KW38_SDK>\boards\frdmkw38\wireless_examples\bluetooth\glucose_s\freertos\iar\glucose_sensor_freertos.eww 2- Open the project options window in IAR (Alt + F7). In Linker->Config window, edit the options to include the "gUseBootloaderLink_d=1" flag and update the "gEraseNVMLink_d=0" flag. When the gUseBootlaoderLink_d flag is true, it indicates to the linker file that the image must be addressed after the first flash sector, to do not overwrite the OTAP Bootloader software (as we stated previously). On the other hand, the gEraseNVMLink_d symbol is used to fill with a 0xFF pattern the unused NVM flash memory region. Disabling this flag, our software image will not contain this pattern, in consequence, the image reduces its total size and it improves the speed of the OTAP download and memory usage. 3- Go to "Output Converter" window. Deselect the "Override default" checkbox, then expand the "Output format" combo box and select "Motorola S-records" format. Click the "OK" button to finish. 4- Build the project. 5- Locate the S-Record file (.srec) in the following path, and save it to a known location on your smartphone. <KW38_SDK>\boards\frdmkw38\wireless_examples\bluetooth\glucose_s\freertos\iar\debug\glucose_sensor_freertos.srec Configuring and Programming OTAP Client Software in MCUXpresso IDE As mentioned in a previous section, to complete the software for OTAP implementation, there are required two software programmed in your FRDM-KW38, OTAP bootloader and OTAP client. This section guides you to program and configure the settings to choose between external or internal storage using the MCUXpresso IDE. 1- Open MCUXpresso IDE. Click on "Import SDK example(s)" in the "Quickstart Panel". 2- Select the FRDM-KW38 icon and click "Next >". 3- Import the OTAP bootloader project. It is located in "wireless_examples -> framework -> bootloader_otap -> bm -> bootloader_otap". Click on the "Finish" button. 4- Program the OTAP bootloader project on your board by clicking on the "Debug" icon  . Once the KW38 was programmed and the debug session begun, abort the session  (Ctrl + F2) to stop the MCU safely. 5- Repeat steps 1 to 3 to import the OTAP client software on MCUXpresso IDE. It is located at "wireless_examples -> bluetooth -> otac_att -> freertos -> otap_client_att_freertos" for freertos version, or "wireless_examples -> bluetooth -> otac_att -> bm -> otap_client_bm_freertos" if you prefer baremetal instead. 6- Then, configure the OTAP client to select external or internal storage. To select the external storage, follow the next steps (this is the default configuration in the SDK project): 6.1- Locate the "app_preinclude.h" file under the source folder in your workspace. Search the "gEepromType_d" define and set its value to "gEepromDevice_AT45DB041E_c". /* Specifies the type of EEPROM available on the target board */ #define gEepromType_d gEepromDevice_AT45DB041E_c 6.2- Navigate to "Project -> Properties -> C/C++ Build -> MCU settings -> Memory details". Edit the Flash fields as shown in the figure below, and leave intact the RAM. To select the internal storage, follow the next steps: 6.1- Locate the "app_preinclude.h" file under the source folder in your workspace. Search the "gEepromType_d" define and set its value to "gEepromDevice_InternalFlash_c". /* Specifies the type of EEPROM available on the target board */ #define gEepromType_d gEepromDevice_InternalFlash_c 6.2- Navigate to "Project -> Properties -> C/C++ Build -> MCU settings -> Memory details". Edit the Flash fields as shown in the figure below, and leave intact the RAM. 7- Once you have configured the storage settings, save the changes in the project. Then program the software on your board by clicking on the "Debug" icon  . Once the KW38 was programmed and the debug session begun, abort the session  (Ctrl + F2) to stop the MCU safely. Creating an SREC Image to Update the Software in OTAP Client in MCUXpresso IDE This section shows how to create an image compatible with OTAP to reprogram the KW38 OTAP Client using as a starting point, our wireless examples with MCUXpresso IDE. 1- Import any example from your SDK package in the Bluetooth folder as explained previously. Bluetooth examples are located in "wireless_examples -> bluetooth" folder in the SDK Import Wizard. This example will make use of the glucose sensor project in "wireless_examples -> bluetooth -> glucose_s -> freertos -> glucose_sensor_freertos". See the picture below. 2- Navigate to "Project -> Properties -> C/C++ Build -> MCU settings -> Memory details". Edit the Flash fields as shown in the figure below, and leave intact the RAM. The last fields indicate to the linker file that the image must be addressed after the first flash sector, to do not overwrite the OTAP bootloader software, as we stated in the introduction of this post. 3- Unzip your KW38 SDK package. Drag and drop the "main_text_section.ldt" linker script from the following path to the "linkscripts" folder on your workspace. The result must be similar as shown in the following figure. <KW38_SDK>\middleware\wireless\framework\Common\devices\MKW38A4\mcux\linkscript_bootloader\main_text_section.ldt 4- Open the "end_text.ldt" linker script file located in the linkscripts folder in MCUXpresso IDE. Locate the section shown in the following figure and remove "FILL" and "BYTE" statements. BYTE and FILL lines are used to fill with a 0xFF pattern the unused NVM flash memory region. Removing this code, our software image will not contain this pattern, in consequence, the image reduces its total size and it improves the speed of the OTAP download and memory usage. 5- Open the "app_preinclude.h" file, and define "gEepromType_d" as internal storage. This is a dummy definition needed to place the bootloader flags in the proper address, so this will not affect the storage method chosen before when you programmed the OTAP client and the OTAP bootloader software in your MCU. /* Specifies the type of EEPROM available on the target board */ #define gEepromType_d gEepromDevice_InternalFlash_c 6-  Include in your project, the "OtaSupport" folder and its files in the "framework" folder of your project. Include as well the "External" folder and its files in the "framework -> Flash" folder of your project. "OtaSupport" and "External" folders can be found in your SDK. You can easily drag those folders from your SDK download path and drop it into your workspace in MCUXpresso to include them. "OtaSupport" and "External" folders are located at: OtaSupport <KW38_SDK>middleware\wireless\framework\OtaSupport External <KW38_SDK>middleware\wireless\framework\Flash\External The result must look like the following picture:   7- Go to "Project -> Properties -> C/C++ Build -> Settings -> Tool Settings -> MCU C Compiler -> Includes". Click on the icon next to "Include paths" (See the picture below). A new window will be displayed, then click on the "Workspace" button. 8- Deploy the directory of the project in the "Folder selection" window, and select "framework -> Flash -> External -> interface" and "framework -> OtaSupport -> interface" folders. Click the "OK" button to save the changes. 9- Ensure that "OtaSupport" and "External" folders were imported in the "Include paths" window. Then save the changes by clicking on the "Apply and Close" button. 10- Save and build the project by clicking this icon  . Then, deploy the "Binaries" icon in your project. Click the right mouse button on the ".axf" file and select the "Binary Utilities -> Create S-Record" option. The S-Record file generated will be saved in the Debug folder in your workspace with ".s19" extension. Save the S-Record file in a known location on your smartphone.    Testing the OTAP Client with IoT Toolbox App This section explains how to test the OTAP client software using the IoT Toolbox App. 1- Open the IoT Toolbox App on your smartphone. Select OTAP and click "SCAN" to start scanning for a suitable OTAP Client device.  2- Press the ADV button (SW2) on your FRDM-KW38 board to start advertising. 3- Once your smartphone has found the FRDM-KW38 board, it will be identified as "NXP_OTAA". Connect your smartphone with this device. Then a new window will be displayed on your smartphone.  4- Click the "Open" button and search for the SREC software update. 5- Click "Upload" to start the transfer. Wait while the download is completed. A confirmation message will be displayed after a successful update.  6- Wait a few seconds until the software update was programmed on your MCU. The new code will start automatically.   Please let me know any questions about this topic.
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This guide explains how to configure Wi-Fi as Access Point using the i.MX8M Plus EVK (8MP) as the AP device and the i.MX8M Mini EVK (8MM) as the connected device.
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Please find here all the information needed to build your own PCB based on K32W061/041(AM/A), QN9090/9030(T) or JN5189/5188(T). Your first task before to send any inquiry to NXP support is to fill the K32 W  Design In CHECK LIST available in this ticket.   K32W061 Manufacturing package   Find here all the product pages, most of the HW documents are in the corresponding platforms web pages: K32W061/041 (AM/A) QN9090/9030(T) JN5189/5188(T)   The K32W EVK getting started webpage: IOT_ZTB-DK006 Get started page (nxp.com) IoT_ZTB getting started manual (nxp.com)   HW: HW design consideration : JN-RM-2078-JN5189-Module-Development_1V4.pdf (see attached file) JN-RM-2079-QN9090-Module-Development_1V0.pdf (see attached file) JN-RM-2080-K32W-Module-Development_1V0.pdf (see attached file)   Radio: RF report:  JN5189: https://www.nxp.com/docs/en/application-note/AN12154.pdf (nxp.com) QN9090: https://www.nxp.com/docs/en/nxp/application-notes/AN12610.pdf (nxp.com) K32W: https://www.nxp.com/docs/en/application-note/AN12798.pdf (nxp.com) Antenna:  https://www.nxp.com/docs/en/application-note/AN2731.pdf (nxp.com)   Low Power Consumption:  JN5189: https://www.nxp.com/docs/en/application-note/AN12898.pdf (nxp.com) QN9090: https://www.nxp.com/docs/en/application-note/AN12902.pdf (nxp.com) K32W: https://www.nxp.com/docs/en/application-note/AN12846.pdf (nxp.com) A power calculator tool is available here: https://community.nxp.com/t5/Connectivity-Support-QN-JN-KW/QN9090-Bluetooth-LE-Power-Profile-Calculator-Tool/ta-p/1209602 SW tools: Customer Module Evaluation Tool  (nxp.com) Bluetooth Low Energy Certification Tool (nxp.com) K32W041/K32W061/QN9090(T)/QN9030(T) Bluetooth Low Energy Certification Tool User's Guide (nxp.com)     Certification: Certificates/Declarations of conformity (nxp community)  
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The border router device provides connectivity of the nodes in the Thread network with the possibility to connect to the networks as the www. Requirements Hardware K32W/JN5189 DK6 Board Udoo Neo Ethernet Cable Software MCUXpresso IDE v11.4.1 o newer. SDK 2.6.4. https://mcuxpresso.nxp.com/en/dashboard DK6 Production Flash Programmer Tool udoo_neo_os_nxp.img Docker Image Software Set up 1. Flash udoo_neo_os_nxp.img on an SD card using a tool. You could use any tool to flash the image, make sure that the SD card is correctly formatted. 2. Flash the ot-rcp.bin file on the USB Dongle(K32W/JN5189),  included in the SDK. \K32W061DK6\middleware\wireless\openthread\openthread\output\k32w061\bin DK6Programmer.exe -V5 -s COM2 -p ot-rcp.bin Running OpenThread BorderRouter You have connected your Udoo Neo board to an Ethernet cable, just open a new terminal to be sure that you have a connection. You could type the ping 8.8.8.8 command. If you do not have the IPV4, you could access connection your board to your computer and use the USB IP. After that, you could open a browser and enter to the Udoo Neo page using the USB IP. You could use the different address for creating a SSH connection.   Install Docker Copy the Docker image and Bash scripts to the Udoo Board; Install docker; curl -sSl https://get.docker.com | sh; The command will take some time   Verify the Docker images was successfully loaded Launch a Docker container   In this case, the UDOO NEO Extended doesn't have an Ethernet port, so, there is a USB converter to Ethernet. The OpenThread Example requires an IPV6 address sudo ./run_br_container.sh; Note: You have to have Ethernet Connection because the OpenThread requires IPV6. Be sure that the file has the execute permissions. The image below shows the process of the container. You cannot use this terminal, as this is a running Docker instance. It will output logs from the wpantund while it’s running.   Open a new terminal and look at for the container ID     After that, open a browser and search the IPV4 of your UDOO Neo, and you will find an OpenThread web page.     On the left side, select the option form, and a new page will be displayed for the network creation. Then you can ask for the wpanctl status, it will show all the Thread information, the address, the channel of the network, etc. sudo wpanctl status sudo wpanctl getprop Thread:OnMeshPrefixes Node A In the same UDOO terminal, start the border router internal commissioner and allow that a Thread node with the preshared key could join in this network. sudo wpanctl commissioner start; sudo wpanctl commissioner joiner-add “*” 120 J01NME; Node B Flash another JN5189/K32W using the REED example and type the next command for enabling and join to a Thread Network. \K32W061DK6\boards\k32w061dk6\wireless_examples\openthread\reed ifconfig up joiner start J01NME After the joining process is complete, type the next command to attach to the border router. thread start Look at the image below, you will notice the Node B Commands.   Ping the external internet 64:ff9b::808:808 to be sure that you have access to the internet.   For a better reference please look at the OpenThread Demo Applications User Guide included in your SDK documentation. "\K32W061DK6\docs\wireless\OpenThread" 11 Chapter Running Border Router Application Scenarios   Regards, Mario    
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The document is for 88w9098 users who is running lower version of linux kernel. just a reference for them. Driver version:      PCIE-WLAN-UART-BT-9098-U16-X86-17.68.1.p81-17.26.1.p81-MXM5X17277_V0V1-MGPL   NXP global CAS connectivity team Weidong Sun 12-29-2021
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The document discusses how to enable MAYA_160(IW416) bluetooth on i.MX8MM UART2. 1. Hardware connections 2. how to change device tree 3. compiling mass market driver and getting firmware 4. starting bluetooth and setting bandrate to be 3Mbps More detailed information, see attachment, please!   NXP global CAS connectivity team weidong sun 12-29-2021
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Please, find the important link to build a PCB using a KW38 and all concerning the radio performances, low power and radio certification (CE/FCC/IC). Your first task before to send any inquiry to NXP support is to fill the KW38 Design In CHECK LIST available in this ticket.   KW38 product NXP web page: KW39/38/37 32-bit Bluetooth 5.0 Long-Range MCUs|NXP | NXP Semiconductors   FRDM-KW38 getting started NXP web page Getting Started with the FRDM-KW38 | NXP Semiconductors   HW: FRDM-KW38 User Guide: FRDM-KW38 Freedom Development Board User’s Guide (nxp.com.cn) Hardware design consideration: Hardware Design Considerations for MKW39A/38A/37A/38Z/37Z Bluetooth LE Devices (nxp.com) Minimum BoM: KW37_38_39 Minimum BoM Presentation.pdf - NXP Community DCDC management guide : MKW4xZ/3xZ/3xA/2xZ DC-DC Power Management (nxp.com)          Migration guide: KW36 to KW38: Migration Guide from MKW36A512xxx4 to MKW38A512xxx4 (nxp.com)          Design-In check list: attached excel file         Configuration for Unused Pins/GPIOs on Kinetis Radio: RF report: https://www.nxp.com.cn/docs/en/application-note/AN12517.pdf Annex: MIIT (China) sharpened Homologation on FRDM-KW38 &... - NXP Community          Radio co-existance: FRDM-KW38 Co-existence with RF System Evaluation Report for Bluetooth® Low Energy Application (nxp.com) Low Power Consumption: https://www.nxp.com/docs/en/application-note/AN12459.pdf Distance performances: KW37_38_39_Bluetooth LE Range Performance.pdf - NXP Community Antenna: https://www.nxp.com/docs/en/application-note/AN2731.pdf          Generic FSK Link Layer Quick Start: Connectivity test SW user guide in attached pdf file          Binary file attached: Connectivity test frdmkw38.bin          Return loss (S11) measurement: attached file          Loadpull: attached file Low Power:          Low power estimator tool link: https://community.nxp.com/t5/Connectivity-Support-QN-JN-KW/BLE-power-profile-calculator-v0p3-xlsx/ta-p/1107083 SW tools:          IoT Tool box          Connectivity test tool for connectivity products KW39/38/37 32-bit Bluetooth 5.0 Long-Range MCUs|NXP | NXP Semiconductors          DTM: How to use the HCI_bb on Kinetis family products a... - NXP Community https://community.nxp.com/t5/Wireless-Connectivity-Knowledge/BLE-HCI-Application-to-set-transmitter-receiver-test-commands/ta-p/1126093 Certification:          Zip attached file and the community link: KW39 KW38 KW37 Radio certification documents - NXP Community
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1.    Introduction   1.1 Document Purpose This post entry provides a detailed description of how to integrate the NFC Reader Library to a KW3x Bluetooth Low Energy application.   1.2 Audience The goal of this post is to serve as a guide for software developers who want to use, adapt and integrate the NFC Reader Library to an SDK wireless connectivity example.   1.3 References and Resources - NFC Reader Library:  nxp.com/pages/:NFC-READER-LIBRARY - NCF3320: nxp.com/products/:NCx3320  - CLRC663 plus: nxp.com/products/:CLRC66303HN - FRDM-KW36 board: nxp.com/demoboard/FRDM-KW36 - KW35/KW36 SDK: https://mcuxpresso.nxp.com/en/select - MCUXpresso IDE: nxp.com/products/: MCUXpresso-IDE   2. NFC Reader Library Overview   The NXP NFC Reader Library is a modular software library written in C language, which provides an API that enables customers to create their own software stack and applications for the NXP contactless reader ICs: - PN512; - CLRC633 family; - PN7462 family; - PN5180; This API facilitates the most common operations required in NFC applications such as: - reading or writing data into contactless cards or tags; - exchanging data with other NFC-enabled devices; - allowing NFC reader ICs to emulate cards. The NFC Reader Library is designed in a way to be easily portable to many different microcontrollers with a multi-layered architecture:   As main blocks, we have: - Application Layer (AL) - implements the command sets to interact with MIFARE cards and NFC tags. - NFC activity - implements a configurable Discovery loop for the detection of contactless cards, NFC tags or other NFC devices. - HCE and P2P components, for the emulation of Type 4 tags and P2P data exchange respectively. - Protocol abstraction layer (PAL) - contains the RF protocol implementation of the ISO14443, Felica, vicinity and NFC standards. - Hardware abstraction layer (HAL) - implements the drivers for controlling the NFC frontends RF interface and capabilities. - Driver Abstraction Layer (DAL) - implements the GPIO pinning, the timer configuration and the physical interface (BAL) between the host MCU and the reader IC. - OSAL module, in charge of abstracting the OS or RTOS specifics (tasks events, semaphores, and threads)   3. The KW3x Wireless Microcontroller Overview The KW3x wireless microcontrollers (MCU are highly integrated single-chip devices that enable Bluetooth Low Energy (Bluetooth LE) and Generic FSK connectivity for automotive, industrial and medical/healthcare embedded systems.   The KW36/35 Wireless MCU integrates an Arm® Cortex®-M0+ CPU with up to 512 KB flash and 64 KB SRAM and a 2.4 GHz radio that supports Bluetooth LE 5.0 and Generic FSK modulations. The Bluetooth LE radio supports up to 8 simultaneous connections in any master/slave combination.  The KW36A/36Z includes an integrated FlexCAN module enabling seamless integration into an automotive or industrial CAN communication network, enabling communication with external control and sensor monitoring devices over Bluetooth LE.   For more details please refer to the NXP website information: https://www.nxp.com/products/wireless/bluetooth-low-energy:BLUETOOTH-LOW-ENERGY-BLE.   4. NFC Reader Library – integration with FRDM-KW36 The current NFC Reader Library v5.21.01 is not containing support for Kinetis KW3x MCU. We will use a reference the K82 NFC Reader Library package: www.nxp.com/pages/:NFC-READER-LIBRARY. The steps required to integrate the library are: - Hardware preparation (the connection between FRDM-KW36 and NFC reader board); - Setting up the development environment (SDK download, workspace); - Preparing adaptation files for FRDM-KW3x board; - Integrating NFC application to Wireless_UART Bluetooth LE example; - Running the demo;   4.1 Hardware preparation Hardware required: - NCF3320 Antenna v1.0 board as an NFC transceiver; - FRDM-KW36 board as host MCU, used to load and run the Bluetooth Low Energy Stack and NFC application logic;   The communication between the boards will be via the SPI communication using the following pin configuration: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Master board (FRDM-KW36)         Connects to            Slave board (NCF3320 Antenna v1.0)           ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ PTB0  (J2-pin10)                                      -                    IRQ PTB1  (J2-pin9)                                         -                    Reset PTA16 (J2-pin1 - SPI1_Sout)                   -                    MOSI PTA17 (J1-pin5 - SPI1_Sin)                     -                    MISO PTA18 (J1-pin7 - SPI1_SCK)                   -                    SCK PTA19 (J2-pin3 - SPI1_CS)                     -                    CS GND   (J3-pin7)                                        -                    GND ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~   4.2 Setting up the development environment   Install MCUXpresso IDE (for this example we are using v10.2.0 build 759)   - Go to MCUXpresso-IDE webpage and download the latest version of IDE: www.nxp.com/products/: MCUXpresso-IDE. - Install the IDE;     Get the latest NFC Reader Library release (for this example we are using v5.21.00) - Go to NXP NFC Reader Library webpage (www.nxp.com/pages/:NFC-READER-LIBRARY) - Go to the Downloads tab and click on the download button - Download the NFC Reader Library for Kinetis K82F package:     Generate a downloadable SDK package for FRDM-KW36 board (SDK_2.2.1_FRDM-KW36) - Navigate to https://mcuxpresso.nxp.com/en/select and select FRDM-KW36 board; - Select Build MCUXpresso SDK. - As toolchain, please make sure that the MCUXpresso IDE is selected. - Use Download SDK button to start downloading SDK package:   Create MCUXpresso workspace - Open MCUXpresso IDE and create a workspace; - Drag and drop the SDK_2.2.1_FRDM-KW36 into the installed SDKs tab of the MCUXpresso IDE;   - Import Wireless_Uart Example to the current workspace:     4.3 Preparing adaptation files for FRDM-KW3x board This chapter describes the Driver Abstraction Layer (DAL) changes required for FRDM-KW36: - unzip the NFC Reader Library and navigate to boards folder:   - Create an equivalent file for FRDM-KW36 (Board_FRDM_KW36FRc663.h) by setting the right configuration for GPIOs and handlers; - Below are the differences required for FRDM-KW36 board in comparation with a FRDM-K82F board:   - Add the FRMD-KW36 to …DAL\cfg\BoardSelection.h file:   #ifdef PHDRIVER_FRDM_KW36FRC663_BOARD #include <Board_FRDM_KW36FRc663.h> #endif   - In KinetisSDK folder, update the following dependencies: o PIT Driver IRQ name:   o Open drain and pin lock configuration: - phDriver_KinetisSDK.c:   - phbalReg_KinetisSpi.c:   - add PHDRIVER_FRDM_KW36FRC663_BOARD define to …\NxpNfcRdLib\types\ph_NxpBuild_Platform.h file to enable the right NFC transceiver:     4.4  Integrating NFC application to Wireless_UART Bluetooth LE example In this chapter we will integrate the BasicDiscoveryLoop NFC example to Wireless_UART Bluetooth LE application. For this, the following steps are required: - On the wireless_uart project location create an “nfc” folder:   - Copy from modified NFC Reader Library the DAL, NxpNfcRdLib and phOsal folders:   - On the wireless_uart project location, “source” folder create a new “nfc” subfolder to integrate the BasicDiscovery loop files:   - Some changes will be required on the BasicDiscoveryLoop files: o Main function renamed to NFC_BasicDiscoveryLoop_Start; o Removed drivers/OS initialization; (all the changes can be observed in the attachment) - Update MCUXpresso workspace by pressing F5 to see the latest changes:   - Update the linker information (Project Properties -> C/C++ Build -> Settings) and preprocessor defines (Project Properties -> C/C++ Build -> Preprocessor):     - Add dependencies: o PIT module/ PIT module initialization; o Update LED, SW configuration; o Increase heap size (gTotalHeapSize_c); o Add functionality for NFC in wireless_uart.c application; (all the changes can be observed in the attachment);   Considering the attached ZIP archive, we can be easily dragged and drop, frdmkw36_w_uart_ncf3320_basic_discovery.zip file, to the MCUXpresso workspace:       4.5 Running the demo - Create hardware connection based on chapter 4.1; - Open a serial terminal on the corresponding COM port for FRDM-KW36 board. The BaudRate used is 115200. - Press SW2 on FRDM-KW36 to start advertising. - Open Mobile APP - IOT toolbox - Wirreless UART.  The FDRM-KW36 board will be listed as NXP_WU:   - Create Bluetooth LE connection. The serial log will contain the log for Bluetooth LE operations:     - Use NFC Cards close to NCF3320 Antenna v1.0 board to initiate discovery demo. - Once the card is detected, an event is sent to the mobile application including technology and UUID of the card: (https://www.youtube.com/watch?v=wCCz5zDIwHE&feature=youtu.be)     Attached is the source code for this example application (frdmkw36_w_uart_ncf3320_basic_discovery).
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The radio certification has been performed on JN5189, QN9090 and K32W products. The certificates or declaration of conformity are available in attached files.   And click here to know more on t he best way to build a PCB the first time right with K32W061, QN9090 or JN5189 ! 
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In the process of practical application, customers often need the combination of ble + NFC. At present, our IOT-DK006 is the only development board with NFC module. But the NFC example is not perfect. So we porting the library of NFC reader- PN7150, to support KW series microcomputer so that KW series can handle the demand of ble + NFC function. Now I will introduce you how to port the NFC lib to KW. 1 PN7150 Introduction PN7150 is the high-performance version of PN7120, the plug’n play NFC solution for easy integration into any OS environment, reducing Bill of Material (BOM) size and cost. PN71xx controllers are ideal for home-automation applications such as gateways and work seamlessly with NFC connected tags. 2 Tools hardware : FRDM-KW36 , PN7150 , some wire software : mcuxpresso11.3 package : NXP-NCI MCUXpresso example Project This package contains the nfc library and example that we need. We will refer the ‘NXPNCI-K64F_example’ firstly. Sdk version: 2.2.8 , Example: frdmkw36_rtos_examples_freertos_i2c  3  Steps Hardware part : We need connect the PN7150 to KW36 like the picture. Although we can connect the PN7150 to board through the ardunio connector, the pin’s voltage is not enough to drive the PN7150. So we need a wire connected to U1 to get 3.3V.   PN7150 FRDM-KW36 VBAT/PVDD 3.3V VANT 5V GND GND IRQ PTA16 VEN PTC15 SCL PTB0 , I2C0 SDA PTB1 , I2C0 Software part : We should add the nfc library and directory into our project. You can check the following picture to know what file is necessary. If you want to know how to add directory into our project, you can refer this link. The red line shows what file we need. Please notice that when we add file path into the mcuxpresso configuration, we also need add the path into ‘Path and Symbols’ .   We need add some macro into ‘Preprocessor’.   We copy the NXPNCI-K64F_example’s main file content into our ‘freertos_i2c.c’. Next, we need modify the file pin_mux.c, tml.c and board.h   In file board.h , add the following macro. Don't forget to enable the pin clock. /* NXPNCI NFC related declaration */ #define BOARD_NXPNCI_I2C_INSTANCE I2C0 #define BOARD_NXPNCI_I2C_BAUDRATE (100000) #define BOARD_NXPNCI_I2C_ADDR       (0x28) #define BOARD_NXPNCI_IRQ_PORTIRQn PORTA_IRQn #define BOARD_NXPNCI_IRQ_GPIO     (GPIOA) #define BOARD_NXPNCI_IRQ_PORT     (PORTA) #define BOARD_NXPNCI_IRQ_PIN      (16U) #define BOARD_NXPNCI_VEN_GPIO     (GPIOC) #define BOARD_NXPNCI_VEN_PORT     (PORTC) #define NXPNCI_VEN_PIN            (5U)     In file pin_mux.c, add head file ‘board.h’. Add the following code in function ’ BOARD_InitPins’. The step is to configure the VEN, IRQ and I2C0. This example contains the I2C1’s code, you can comment them.     /* Initialize NXPNCI GPIO pins below */   /* IRQ and VEN PIN_MUX Configuration */   PORT_SetPinMux(BOARD_NXPNCI_IRQ_PORT, BOARD_NXPNCI_IRQ_PIN, kPORT_MuxAsGpio);   PORT_SetPinMux(BOARD_NXPNCI_VEN_PORT, NXPNCI_VEN_PIN, kPORT_MuxAsGpio);   /* IRQ interrupt Configuration */   NVIC_SetPriority(BOARD_NXPNCI_IRQ_PORTIRQn, 6);   EnableIRQ(BOARD_NXPNCI_IRQ_PORTIRQn);   PORT_SetPinInterruptConfig(BOARD_NXPNCI_IRQ_PORT, BOARD_NXPNCI_IRQ_PIN, kPORT_InterruptRisingEdge);   Finally, in file tml.c, modify PORTC_IRQHandler as PORTA_IRQHandler We finished all steps. 4 Results We use ntag to test the reading and writing operation.   When the tag is closed to the PN7150, we will get the following message.   The text recording is ‘VER=03’. Next, we will modify the text recording We need add the new macro to preprocessor.   We can modify the variable NDEF_MESSAGE in function task_nfc_reader to modify the text recording.   Then we download the program again. We will see the original text ‘VER=03’ and the text has been modified. Then we read the tag again. We will see the new text.   If we want to send the larger text, what should we do? We need modify the macro ‘ADD’. When only 4 characters are sent, ‘ADD’ is 0. And every additional character is added, the ‘ADD’ will add. We modify the tag as ‘Ver=03’, and we have two more characters. So ‘ADD’ needs to be defined as 2   It firstly shows the text ‘Test’. Then it will show the new text ‘Ver=03’. Other tags’ reading and writing operation can be enabled by defining some macro.      
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This document provides the calculation of the Bluetooth Low Power consumption linked to the setting of the Kinetis.   The Power Profile Calculator is build to provide the power consumption of your application. It's a mix between real measurements in voltage and temperature. The process is not taken into account which may create some variation.   DISCLAIMER: This excel workbook is provided as an estimation tool for NXP customers and is based on power profile measurements done on a set of randomly selected parts. A specific part may exhibit deviation from the nominal measurements used on this tool.   This document is the summary of all the information available in the AN12180 Power Consumption Analysis - FRDM-KW36 available in the NXP web page.   Several parameters could be fill-in: Buck or bypass mode (DCDC) Supply Voltage (2.4V to 3.6V) Temperature (-40°C to +105°C) Processor configuration (20MHz, 32MHz or 48MHz) 2 different deep sleep modes (LLS3 or VLLS2) Different Tx output power (0dBm, +3.5dBm or +5dBm) Possibility to set the Advertising interval, connection interval, scan interval and active scan windows duration Fix the Bluetooth Packet sizes in Advertising and Connection  Tx/Rx payload.   One optional information is to provide an idea of the duration life time on typical batteries.
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This document provides the calculation of the Bluetooth Low Power consumption linked to the setting of the Kinetis.   The Power Profile Calculator is build to provide the power consumption of your application. It's a mix between real measurements in voltage and temperature. The process is not taken into account which may create some variation.   DISCLAIMER: This excel workbook is provided as an estimation tool for NXP customers and is based on power profile measurements done on a set of randomly selected parts. A specific part may exhibit deviation from the nominal measurements used on this tool.   This document is the summary of all the information available in the AN12459 Power Consumption Analysis - FRDM-KW38 available in the NXP web page.   Several parameters could be fill-in: Buck or bypass mode (DCDC) Supply Voltage (2.4V to 3.6V) Temperature (-40°C to +105°C) Processor configuration (20MHz, 32MHz or 48MHz) 10 different deep sleep modes Different Tx output power (0dBm, +3.5dBm or +5dBm) Data rate (1Mbps, 2Mbps, 500kbps, 125kbps) Possibility to set the Advertising interval, connection interval, scan interval and active scan windows duration Fix the Bluetooth Packet sizes in Advertising and Connection  Tx/Rx payload.   One optional information is to provide an idea of the duration life time on 9 typical batteries.
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The High Power board design files can be found on the JN5189 product webpage, in the  JN-RD-6054-JN5189 Design Files . More precisely, the reference manual and the design files are attached to this article (OM15072-2_MOD_EXT_AMP_QFN40_PCB2467-2.0.zip and JN-RM-2078-JN5189-Module-Development_1V4.pdf) Some guidance is available here. The RF performances are presented in the attached test report (powerpoint file). The  FCC/IC   Certificates or Declarations of conformity are in the article "Certificates/Declarations of conformity (nxp community)".  
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简介: 当 OTAP 客户端(接收软件更新的设备,通常为 Bluetooth LE 外围设备)从 OTAP 服务器 (发送软件更新的设备,通常为 Bluetooth LE Central)请求软件更新时,您可能希望保留一 些数据,例如绑定信息,系统振荡器的匹配值或您的应用程序的 FlexNVM 非易失数据。 本 文档指导您在执行 OTAP 更新时, 如何保留您感兴趣的闪存数据内容。 本文档适用于熟悉 OTAP 定制 Bluetooth LE 服务的开发人员,有关更多基础信息,您可以阅读以下文章: 使用 OTAP 客户端软件对 KW36 设备进行重新编程。 OTAP 标头和子元素 OTAP 协议为软件更新实现了一种格式,该格式由标题和定义数量的子元素组成。 OTAP 标 头描述了有关软件更新的一般信息,并且其定义的格式如下图所示。 有关标题字段的更多 信息,请转至 SDK 中的<SDK_2.2.X_FRDM-KW36_Download_Path> \ docs \ wireless \ Bluetooth 中的《 Bluetooth Low Energy Application Developer's Guide》文档的 11.4.1 Bluetooth Low Energy OTAP 标头一章。   每个子元素都包含用于特定目的的信息。 您可以为您的应用程序实现专有字段(有关子元 素字段的更多信息, 请转至 SDK 中的<SDK_2.2.X_FRDM-KW36_Download_Path> \ docs \ wireless \ Bluetooth 中的《 Bluetooth Low Energy Application Developer's Guide》文档的 11.4.1 Bluetooth Low Energy OTAP 标头一章。 OTAP 包含以下子元素: 镜像文件子元素 值字段长度(字节) 描述 升级镜像 变化 该子元素包含实际的二进制可执行镜像,该镜像将被复制到 OTAP 客户端设备的闪存中。 该子元素的最 大大小取决于目标硬件。 扇区位图 32 该子元素包含目标设备闪存的扇区位图,该位图告诉引导加载程序哪些扇区应被覆盖,哪些扇区保持完 整。 该字段的格式是每个字节的最低有效位在前,最低有效字节和位代表闪存的最低存储部分。 镜像文件CRC 2 是在镜像文件的所有元素(此字段本身除外)上计算的 16 位 CRC。 该元素必须是通过空中发送的镜像文件中的最后一个子元素。   OTAP 扇区位图子元素 KW36 闪存分为: 一个 256 KB 程序闪存( P-Flash)阵列, 最小单元为 2 KB 扇区,闪存地址范围为 0x0000_0000 至 0x0003_FFFF。 一个 256 KB FlexNVM 阵列, 最小单元为 2 KB 扇区,闪存地址范围为 0x1000_0000 至 0x1003_FFFF, 同时它也会被映射到地址范围为 0x0004_0000 至 0x0007_FFFF 的空间。 位图子元素的长度为 256 位,就 KW36 闪存而言,每个位代表 2KB 扇区,覆盖从 0x0- 0x0007_FFFF 的地址范围(P-Flash 到 FlexNVM 映射地址范围),其中 1 表示该扇区应 被擦 除, 0 表示应保留该扇区。 OTAP 引导加载程序使用位图字段来获取在使用软件更新对 KW36 进行编程之前应擦除的地址范围,因此必须在发送软件更新之前对其进行配置,以使包含您 的数据的内存的地址范围保持不变。仅擦除将被软件更新覆盖的地址范围。 例如:假设开发人员想要保留 0x7D800-0x7FFFF 之间的地址范围和 0x0-0x1FFF 之间的地址 范围,并且必须擦除剩余的存储器。 0x7D800-0x7FFFF 之间的地址范围对应于前 5 个闪存 扇区, 0x0-0x1FFF 之间的地址范围是最低的 4 个扇区。 因此,这意味着应将 256 和 252 之间的位(256、 255、 254、 253 和 252)以及 4 和 1 之间 的位(4、 3、 2 和 1)设置为 0,这样本示例的 OTAP 位图为 : 0x07FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF0 使用 NXP 测试工具配置 OTAP 位图以保护地址范围 在 恩智浦网站 上下载并安装用于连接产品的测试工具   在 PC 上打开 NXP Test Tool 12 软件。 转到“ OTA 更新-> OTAP 蓝牙 LE”,然后单击“浏 览...”按钮加载用于软件更新的映像文件(NXP 测试工具仅接受.bin 和.srec 文件)。 您 可以配置 OTAP 位图,选择“覆盖扇区位图”复选框,并通过新的位图值更改默认值。 配 置位图后,选择“保存...”。   然后,将显示一个窗口,用于选择保存.bleota 文件的目的地,保存文件可以自行取名。 您可以将此文件与 Android 和 iOS 的 IoT Toolbox App 一起使用,以使用 OTAP 更新软 件。 这个新的.bleota 文件包含位图,该位图告诉 OTAP 引导加载程序哪些扇区将被擦 除,哪些扇区将被保留。    
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URL : https://community.nxp.com/docs/DOC-343990 版本:3 最后更新:09-14-2020 更新:EdgarLomeli 介绍 本文档介绍了如何通过无线编程引导加载程序将新的软件镜像加载到KW41 设备中。此外, 还将详细说明如何设置客户端软件以更改镜像文件的存储方式。 软件要求 1. IAR 嵌入式集成开发环境或MCUXpresso IDE 2. 下载两个软件包,SDK FRDM-KW41Z 和SDK USB-KW41Z。 硬件要求 1. FRDM-KW41Z 板 更新过程中的OTAP 内存管理 KW41 具有512KB 程序闪存,其闪存地址范围为0x0000_0000 至0x0007_FFFF。 1. OTAP 应用程序将闪存分为两个独立的部分,即OTAP 引导加载程序(Bootloader)和 OTAP 客户端。OTAP Bootloader 会验证OTAP 客户端上是否有可用的新镜像文件要对 设备进行重新编程。OTAP 客户端软件提供了将OTAP 客户端设备与包含新镜像文件 的OTAP 服务器进行通信所需的Bluetooth LE 自定义服务(OTAP 服务器设备可以是连 接到安装有测试工具的PC 或安装有IoT 工具箱应用的智能手机的另一个FRDM-KW41Z 板)。因此,需要对OTAP 客户端设备进行两次编程,首先编程OTAP Bootloader,然后 编程支持OTAP 客户端的Bluetooth LE 应用程序。为使两个不同的软件共存于同一设备 而使用的方法是将每个软件存储在不同的存储区域中。此功能由链接器文件实现。在 KW41 设备中,引导加载程序已从0x0000_0000 到0x0003_FFF 保留了16 KB 的内存区 域,因此OTAP Client 演示程序保留了其余的内存空间。 2. 要为客户端设备创建新的镜像文件,开发人员需要在链接文件中指定将以16 KB 的偏移 量放置代码,因为必须把最前面的地址空间预留给OTAP Bootloader。 3. 在连接状态下,OTAP 服务器通过蓝牙LE 将镜像数据包(称为块)发送到OTAP 客户 端设备。OTAP 客户端设备可以首先将这些块存储在外部SPI 闪存或片上闪存中。在 OTAP 客户端软件中可以选择代码存储的目的地。 4. 当连接完成,并将所有块都从OTAP 服务器发送到OTAP 客户端设备后,OTAP 客户端 软件会将信息,比如镜像更新的来源(外部闪存或内部闪存)写入称为Bootloader 标 志的内存部分中并复位MCU 以执行OTAP Bootloader 代码。OTAP 引导加载程序 (Bootloader)会读取引导加载程序(Bootloader)标志以获取对设备进行编程所需的信 息,并触发编程以使用新应用程序对MCU 进行重新编程。由于新应用程序的偏移地 址为16 KB,因此OTAP Bootloader 从0x0000_4000 地址开始对设备进行编程,并且 OTAP 客户端应用程序将被新镜像文件所覆盖,因此,通过该方法对设备重新编程后, 将无法二次以同样的方法对设备再次编程。最后,OTAP 引导加载程序(Bootloader) 会触发命令以自动开始执行新代码。 使用IAR 嵌入式开发工具准备软件以测试KW41Z 设备的OTAP 客户端 ⚫ 加载OTAP Bootloader 到FRDM-KW41Z 上。可以通过以下路径从SDK FRDM-KW41Z 中包含的项目中编程OTAP Bootloader 软件,也可以从以下路径中拖放已编译好的二进 制文件。 ⚫ OTAP Bootloader 项目: <SDK_2.2.0_FRDM-KW41Z_download_path>\boards\frdmkw41z\wireless_examples\framework\bootloader_otap\bm\iar\bootloader_otap_bm.eww OTAP Bootloader 已编译好的二进制文件: <SDK_2.2.0_FRDM-KW41Z_download_path>\tools\wireless\binaries\bootloader_otap_frdmkw41z.bin ⚫ 打开位于以下路径的SDK FRDM-KW41Z 中包含的OTAP Client 项目。 <SDK_2.2.0_FRDM-KW41Z_download_path>\boards\frdmkw41z\wireless_examples\bluetooth\otap_client_att\freertos\iar\otap_client_att_freertos.eww ⚫ 自定义OTAP 客户端软件以选择存储方式。在工作区的源文件夹中找到 app_preinclude.h 头文件。 1. 要选择外部闪存存储方式,请将“gEepromType_d”定义为 “gEepromDevice_AT45DB041E_c” 2. 要选择内部闪存存储方式,请将“gEepromType_d”定义为 “gEepromDevice_InternalFlash_c” ⚫ 配置链接标志。打开项目选项窗口(Alt + F7)。在“Linker->Config”窗口中,找到 “Configuration file symbol definitions”窗格。 1. 要选择外部闪存存储方式,请删除“gUseInternalStorageLink_d = 1”链接标志 2. 要选择内部闪存存储方式,请添加“gUseInternalStorageLink_d = 1”链接标志 ⚫ 加载OTAP 客户端软件到FRDM-KW41Z 板上(Ctrl + D).停止调试会话(Ctrl + Shift + D). 项目默认的链接器配置会把OTAP 客户端应用程序存储到相应的内存偏移位置上。 使用MCUXpresso IDE准备软件以测试KW41Z 设备的OTAP 客户端 ⚫ 加载OTAP Bootloader 到FRDM-KW41Z 上。可以通过以下路径从SDK FRDM-KW41Z 中包含的项目中编程OTAP Bootloader 软件,也可以从以下路径中拖放已编译好的二进 制文件。 OTAP Bootloader项目: wireless_examples->framework->bootloader_otap->bm OTAP Bootloader 已编译好的二进制文件 <SDK_2.2.0_FRDM-KW41Z_download_path>\tools\wireless\binaries\bootloader_otap_frdmkw41z.bin • 单击"Quickstart Panel"视窗中的"Import SDK examples(s)"选项 • 双击frdmkw41z 图标 • 打开位于下列路径中包含在SDK FRDM-KW41Z 中的OTAP 客户端项目 wireless_examples->bluetooth->otap_client_att->freertos • 自定义OTAP 客户端软件以选择存储方式。在工作区的源文件夹中找到 app_preinclude.h 头文件。 1. 要选择外部闪存存储方式,请将“gEepromType_d”定义为 “gEepromDevice_AT45DB041E_c” 2. 要选择内部闪存存储方式,请将“gEepromType_d”定义为 “gEepromDevice_InternalFlash_c” • 配置链接文件 1. 若选择外部闪存存储方式,从此时起无需对项目中做任何修改,可跳过此步骤。 2. 若选择内部闪存存储方式,搜索位于下列路径中SDK USB-KW41Z 中的链接文件, 替换OTAP 客户端项目中源文件夹中的默认链接文件。你可以从SDK USB-KW41Z 复制(Ctrl+C ) 链接文件,并直接粘贴(Ctrl + V)在工作区中。这将显示一条警告消息,选择”Overwrite "。 SDK USB-KW41Z 上的链接文件: <SDK_2.2.0_USB-KW41Z_download_path>\boards\usbkw41z_kw41z\wireless_examples\bluetooth\otap_client_att\freertos\MKW41Z512xxx4_connectivity.ld • 保存项目中的更改。在“Quickstart Panel”中选择“Debug”。一旦项目已经加载到 设备上,请停止调试会话。 在IAR 嵌入式工作台中为FRDM-KW41Z OTAP 客户端创建S 记录镜像文件 • 从SDK FRDM-KW41Z 中打开要使用OTAP Bootloader 进行编程的一个无线连接的 项目。本示例是一个使用葡萄糖传感器的项目,该项目位于以下路径。 <SDK_2.2.0_FRDM-KW41Z_download_path>\boards\frdmkw41z\wireless_examples\bluetooth\glucose_sensor\freertos\iar\glucose_sensor_freertos.eww • 打开项目选项窗口(Alt + F7)。在“Linker->Config”窗口中,在“Configuration file symbol definitions”文本框中添加以下链接标志。 gUseBootloaderLink_d=1 • 转到“Output Converter”窗口。取消选择“Override default”复选框,展开“Output format”组合框,然后选择Motorola S-records 格式,然后单击“确定”按钮。 • 重编译项目。 • 在以下路径中搜索S-Record 文件(.srec)<SDK_2.2.0_FRDM-KW41Z_download_path>\boards\frdmkw41z\wireless_examples\bluetooth\glucose_sensor\freertos\iar\debug 在MCUXpresso IDE 中为FRDM-KW41Z OTAP 客户端创建S-Record 镜像文件 • 从MCUXpresso IDE 中打开要使用OTAP Bootloader 进行编程的一个无线连接的项 目。本示例是一个使用葡萄糖传感器的项目,该项目位于以下路径。 wireless_examples->bluetooth->glucose_sensor->freertos • 搜索位于以下路径的SDK FRDM-KW41Z 中的链接文件,并替换Glucose Sensor 项 目中源文件夹中的默认链接文件。你可以从SDK FRDM-KW41Z 复制(Ctrl + C) 链接文件,然后直接粘贴(Ctrl + V)到工作区中。这将显示一条警告消息,请选择“Overwrite”。 SDK FRDM-KW41Z 上的链接文件: <SDK_2.2.0_FRDM- KW41Z_download_path>\boards\frdmkw41z\wireless_examples\bluetooth\otap_client_att\freertos\MKW41Z512xxx4_connectivity.ld • 打开新的“MKW41Z512xxx4_connectivity.ld”链接文件。找到下图的段位置,并删除 “FILL”和“BYTE”语句。 • 编译项目。 在工作区中找到“Binaries”图标。在“.axf”文件上单击鼠标右键。选择“Binary Utilities/Create S-Record”选项。S-Record 文件将保存在工作区中带有“.s19”扩展名的 “Debug”文件夹中。 使用IoT Toolbox App 测试OTAP 客户端演示 1. 将通过上一节中的步骤创建的S-Record 文件保存在智能手机中的已知位置。 2. 打开IoT Toolbox App,然后选择OTAP 演示。按“SCAN”开始扫描合适的广告客户。 3. 按下FRDM-KW41Z 板上的“SW4”按钮开始广告。 4. 与找到的设备建立连接。 5. 按“Open”并搜索S-Record 文件 6. 按“Upload”开始传输。 7. 传输完成后,请等待几秒钟,直到引导加载程序(bootloader)完成对新镜像文件 的编程。新的应用程序将自动启动。 标签:KW KW41Z | 31Z | 21Z frdm-kw41
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从 MKW36Z512VHT4 到 MKW36A512VFT4 的软件移植指南 URL:https://community.nxp.com/docs/DOC-345487 由 Edgar Eduardo Lomeli Gonzalez 于 2020-09-14 创建的文档 引言 这篇文章将指导您如何从 MKW36Z512VHT4 移植到 MKW36A512VFT4 MCU。本示例将使用 “信标(beacon)” SDK 示例程序。 SDK 的下载和安装 1- 前往 MCUXpresso 网页:MCUXpresso 网页 2- 使用您的注册帐户登录。 3- 搜索“ KW36A”设备。单击建议的处理器型号,然后单击“Build MCUXpresso SDK”。 4- 点击后将显示另一页面。在“Toolchain / IDE”框中选择“All toolchains”,并提供名称以标 识软件包。然后点击“Download SDK”。   5- 接受许可协议。等待几分钟直到系统将软件包放入您的配置文件中。 单击“下载 SDK 存 档”(Download SDK Archive),下载 SDK,如下图所示。   6- 如果使用了 MCUXpresso IDE,请在“ Installed SDK’s”视图中拖放 KW36A SDK 压缩文件 夹来安装软件包。 至此,您已经下载并安装了 KW36A 芯片的 SDK 软件包。 MCUXpresso IDE 中的软件迁移 1- 在 MCUXpresso 工作区上导入“信标(beacon)”示例。单击“Import SDK examples(s)…” 选项,将出现一个新窗口。然后选择“ MKW36Z512xxx4”,单击 FRDM-KW36 图像。点击 “Next >”按钮。   2- 搜索信标例程并选择您的项目版本(裸机的 bm 或带 freertos 操作系统)。 3- 转到 Project/Properties。展开 C / C ++ Build / MCU 设置,然后选择 MKW36A512xxx4 MCU。单击“Apply and Close”按钮以保存配置。 4- 将 MKW36Z 文件夹重命名为 MKW36A,单击鼠标右键并选择“重命名”。这些是以下内容: framework/DCDC/Interface -> MKW36Z framework/DCDC/Source -> MKW36Z framework/LowPower/Interface -> MKW36Z framework/LowPower/Source -> MKW36Z framework/XCVR -> MKW36Z4 5- 在 MCUXpresso IDE 中打开“Project/Properties”窗口。 转到 C / C ++ Build / Settings,然 后在 Tool Settings 窗口中选择 MCU C Compiler / Includes 文件夹。在创建之前,根据 MKW35 文件夹,编辑与 MKW36 MCU 相关的所有路径。结果类似如下所示: ../framework/LowPower/Interface/MKW36A ../framework/LowPower/Source/MKW36A ../framework/DCDC/Interface/MKW36A ../framework/XCVR/MKW36A4  6- 在工具设置中选择 MCU Assembler/General 文件夹。 编辑与 MKW36 MCU 相关的路径。 结果类似如下所示: ../framework/LowPower/Interface/MKW36A ../framework/LowPower/Source/MKW36A ../framework/DCDC/Interface/MKW36A ../framework/XCVR/MKW36A4 7- 转到 Project/Properties。展开 MCU CCompiler/Preprocessor 窗口。编辑 “ CPU_MKW36Z512VHT4”和“ CPU_MKW36Z512VHT4_cm0plus”符号,分别将其重命名为 “ CPU_MKW36A512VFT4”和“ CPU_MKW36A512VFT4_cm0plus”。保存更改。 8- 转到工作区。删除位于 CMSIS 文件夹中的“ fsl_device_registers,MKW36Z4, MKW36Z4_features,system_MKW36Z4.h 和 system_MKW36Z4.c”文件。然后解压缩 MKW35Z SDK 软件包并在以下路径中搜索“ fsl_device_registers,MKW36A4,MKW36A4_features, system_MKW36A4.h 和 system_MKW36A4.c”文件到该文件夹中: <SDK_folder_root>/devices/MKW36A4/fsl_device_registers.h <SDK_folder_root>/devices/MKW36A4/MKW36A4.h <SDK_folder_root>/devices/MKW36A4/MKW36A4_features.h <SDK_folder_root>/devices/MKW36A4/system_MKW36A4.h <SDK_folder_root>/devices/MKW36A4/system_MKW36A4.c 9- 通过位于路径<SDK_folder_root> /devices/MKW36A4/mcuxpresso/startup_mkw36a4.c 中的“ startup_mkw36a4.c”覆盖“ startup_mkw36z4.c”(位于启动文件夹中)。 您只需拖放 启动文件夹,然后删除较旧的文件夹即可。 10- 在 CMSIS 文件夹中打开“ fsl_device_registers.h”文件。在以下代码(文件的第 18 行)中 添加“ defined(CPU_MKW36A512VFT4)”: 11- 在 bluetooth->host->config 文件夹中打开“ ble_config.h”文件。在以下代码中添加 “ defined(CPU_MKW36A512VFT4)”(文件的第 146 行): 12- 在 source-> common 文件夹中打开“ ble_controller_task.c”文件。在以下代码(文件的 第 272 行)中添加“ defined(CPU_MKW36A512VFT4)”: 13-生成项目。 至此,该项目已经在 MCUXpresso IDE 环境中移植完成。 IAR Embedded Workbench IDE 中的软件移植 1- 打开位于以下路径的信标项目: 2- 在工作区中选择项目,然后按 Alt + F7 打开项目选项。 3- 在 General Options/Target”窗口中,单击器件名称旁边的图标,再选择合适的器件 NXP / KinetisKW / KW3x / NXP MKW36A512xxx4,然后单击“确定”按钮。 4- 在以下路径中创建一个名为 MKW36A 的新文件夹: <SDK_root>/middleware/wireless/framework_5.4.6/DCDC/Interface <SDK_root>/middleware/wireless/framework_5.4.6/DCDC/Source <SDK_root>/middleware/wireless/framework_5.4.6/LowPower/Interface <SDK_root>/middleware/wireless/framework_5.4.6/LowPower/Source <SDK_root>/middleware/wireless/framework_5.4.6/XCVR   5- 复制位于上述路径的 MKW36Z 文件夹内的所有文件,然后粘贴到 MKW36A 文件夹中。   6- .在工作区中选择信标项目,然后按 Alt + F7 打开项目选项窗口。 在“ C/C++ Compiler/Preprocessor”窗口中,将所有路径里的 MKW36Z 文件夹重命名为 MKW36A 文件 夹。在已定义的符号文本框中,将 CPU_MKW36Z512VHT4 宏重命名为 CPU_MKW36A512VFT4。结果如下图所示:单击确定按钮。 7- 展开启动文件夹,选择所有文件,单击鼠标右键,然后选择“Remove”选项。在文件夹上 单击鼠标右键,然后选择““Add/Add files”。添加位于以下路径的 startup_MKW36A4.s: <SDK_root>/devices/MKW36A4/iar/startup_MKW36A4.s 另外,将 system_MKW36A4.c 和 system_MKW36A4.h 添加到启动文件夹中。 这两个文件都 位于如下的路径中: 8- 在 bluetooth->host->config 文件夹中打开“ ble_config.h”文件。在以下代码中添加 “ defined(CPU_MKW36A512VFT4)”: 9- 在 source-> common 文件夹中打开“ ble_controller_task.c”文件。在以下代码中添加 “ defined(CPU_MKW36A512VFT4)”: 10-生成项目。 至此,该项目已经在 IAR Embedded Workbench IDE 环境中移植完成。          
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Symptoms In the KW36 SDK, there is an API bleResult_t Controller_SetTxPowerLevel(uint8_t level, txChannelType_t channel) to set the Tx power, but the unit of param[in] level is not dBm. But how do we set a Tx power in dBm? Diagnosis By going through the source code, we found that two conversions are required between the actual dBm and the set value of the API. One is PA_POWER to Transmit Output Power conversion table:     Other is Level to PA_POWER  conversion table: .tx_power[0] = 0x0001, .tx_power[1] = 0x0002, .tx_power[2] = 0x0004, .tx_power[3] = 0x0006, .tx_power[4] = 0x0008, .tx_power[5] = 0x000a, .tx_power[6] = 0x000c, .tx_power[7] = 0x000e, .tx_power[8] = 0x0010, .tx_power[9] = 0x0012, .tx_power[10] = 0x0014, .tx_power[11] = 0x0016, .tx_power[12] = 0x0018, .tx_power[13] = 0x001a, .tx_power[14] = 0x001c, .tx_power[15] = 0x001e, .tx_power[16] = 0x0020, .tx_power[17] = 0x0022, .tx_power[18] = 0x0024, .tx_power[19] = 0x0026, .tx_power[20] = 0x0028, .tx_power[21] = 0x002a, .tx_power[22] = 0x002c, .tx_power[23] = 0x002e, .tx_power[24] = 0x0030, .tx_power[25] = 0x0032, .tx_power[26] = 0x0034, .tx_power[27] = 0x0036, .tx_power[28] = 0x0038, .tx_power[29] = 0x003a, .tx_power[30] = 0x003c, .tx_power[31] = 0x003e, The input parameter 'level' of the API is the subscript of this array. The array value is PA_POWER of first conversion table, then we can find the final Tx power. From another perspective, the parameter 'level' is the index of the first table.   Solution The following demonstrates a conversion process.  
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This document describes a simple process for enabling the user controls the radio through serial commands. Hardware requirements: • FRDM-KW41Z/QN902x board or a board programmed with HCI black box application. Software requirements: • Test Tool 12 application. It can be downloaded from the NXP web page. • HCI Black Box binary.   Running Demo 1. Load the board with hci_black_box example. 2. Open the Test Tool 12 software 3. Set up the correct Serial Configuration. If there were no changes in the application the default configuration will correspond to the one showed in the following figure. 4. Double click on the active device that you want to test, this will open the COM port in the command console. 5. Set the command set to the BLE_HCI.xml. This file has a list of the HCI commands that the user can send to the device, some of the commands have some options to be configured if necessary or some data to be filled. 6. To make easier the use of frequent commands, there is the option to add a shortcut to the command and the chosen behavior will be added to the panel. 7. Once you add the shortcut or choose the command or your preference, just double click over it and the tool will send the command to the device. In this case, we will send a reset on the board, this command does not receive any extra parameters, data or need any extra configuration.   8. If successful there will be a response or acknowledge of the behavior that will be shown in the right panel. Hope it helps. Regards, Mario
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Based on i.MX8MN-EVK And Linux 5.4.70_2.3.0 BSP As an example of NXP Bluetooth Bluetooth application, this article describes how to use Bluetooth to realize file transfer between windows PC and i.MX8MN-EVK (linux), and between Android mobile phone and i.MX8MN-EVK. The test architecture used in this example is as follows: The following steps are for the application example: Step 1 Preparation  --Downloading DEMO Image For i.MX8MN-EVK  --Downloading uuu tool  --Compiling L5.4.70_2.3.0 BSP for i.MX8MN-EVK  --Copying rootfs to the DEMO Image directory  --Modifying example_kernel_emmc.uuu as uuu programming script  --Programming images to i.MX8MN-EVK board  Booting i.MX8MN-EVK board Step 2 Loading WIFI/BT driver and Enable Bluetooth Step 3 File Transter between Windows 10 PC and i.MX8MN-EVK board Step 4 File Transter between Android Mobile and i.MX8MN-EVK board [Summary] More detailed information, see attachment, please!
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The homologation requirements in China (MIIT [2002]353) obviously are planned (end of December 2022) to be sharpened (MIIT publication from 2021-01-27: “Notice on Matters Related to Radio Management in the 2400MHz, 5100MHz and 5800MHz Bands”).   A modification register is need on the KW38 and KW36 to pass the new Chinese  requirement with acceptable margin: PA_RAMP_SEL value must be set to 0x02h (2us) instead of 0x01h (1us default value) Modification SW: XCVR_TX_DIG_PA_CTRL_PA_RAMP_SEL(2) in the nxp_xcvr_common_config.c All the details are in the attached file.   Note: This SW modification is for China country only.
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