I have just implemented an I2C demo for my customer, he found no demo for MMA8451Q based on MQX 4.1, so I personally wrote one for him based on the I2C EEPROM demo, as well as the driver code for MMA8451Q supporting both polled and interrupt mode. I think maybe it would be interesting for someone else, so I posted it here. The demo is for TWR-K60D100M, but I think it should be easy to port to some platform else, for example , TWR-K21F120M, all you have to do is creating a new MQX project and replace the source code with the attached one, Please also note the I2C device address might be different in tower boards. You may change the deifintion of I2C_MMA8451_BUS_ADDRESS in MMA8451.h according to the schematics. Please kindly refer to the attached result.txt for more details. Hope that helps, B.R Kan

The new Freescale MQX™ 4.1 for TWR-K64F120M release is now available on the www.freescale.com ·         Files available # Name Description 1 FSL_MQX_TWRK64F120M_RELEASE_NOTES Freescale   MQX™ RTOS 4.1.0 TWR-K64F120M Release Notes 2 Freescale   MQX RTOS 4.1.0 for the TWRK64F120M Includes   an RTOS, File System, TCP/IP and USB host/device software stacks. Does not   require MQX™ 4.1 installation. ·         Target HW board o   TWR-K64F120M ·         New features o   PSP support for the K64F120M Microcontroller o   BSP for the TWR-K64F120M tower system module o   Standard set of I/O drivers supporting the K64F120M peripherals including: §  LWGPI/O driver §  Serial interrupt and polled driver §  DMI SPI driver §  I2C interrupt and polled driver §  ADC §  LWADC §  Flash Driver §  RTC Driver §  PIT Timer §  LPT Timer §  SD card driver §  SDHC §  FlexCAN §  SAI §  ENET o   USB Host and Device drivers and stacks o   Example and demo applications demonstrating MQX, USB, RTCS, and MFS usage o   RTCS TCP/IP stack o   MFS file system o   Shell command line interface ·         Known issues o   For known issues and limitations please consult the release notes.

The new Freescale MQX™ 4.1 GA release is now available on the www.freescale.com/MQX ·         Files available # Name Description 1 FSL_MQX_RELEASE_NOTES_4_1_0 Freescale   MQX™ RTOS 4.1 Release Notes 2 Freescale   MQX RTOS 4.1 MQX™    Source code. Includes an RTOS, File System, TCP/IP and USB host/device   software stacks. ·         What is New? o   New Board Support Package added §  TWR-K21F120M o   Vybrid-based board support packages for TWR-VF65GS10 and AutoEVB updated §  Support of audio-related drivers extended--SAI, eSAI, and ASRC. Device driver for DSP Codec CS422888 added (AutoEVB only). §  Support the Quadrature Decoder functionality in the FTM peripheral §  Added eDMA driver §  UART driver updated to use the eDMA §  Clock management component ported §  Added DCU driver §  QSPI driver updated to support the FlashX framework §  NAND FFS support added o   DMA support in device drivers has been extended §  Introduced new DMA device driver, supporting eDMA peripheral on Kinetis and Vybrid processor families §  The SPI device driver was updated to support the new DMA driver §  The SAI and eSAI audio drivers support DMA §  eSDHC drivers were reworked to fully leverage the ADMA peripheral module o   Driver updates §  The LWADC driver has been ported to all supported board support packages. The support of the legacy ADC driver was discontinued. §  The RTC driver was updated on all supported platforms. Provided generic, POSIX compatible API for time conversion functionality. §  FlashX driver extended by handling Flash Swap functionality on Kinetis processors. §  LP Timer module was added to the HW Timer framework. Its usage is demonstrated in the Low Power and HW Timer example applications o   Standardization effort §  Legacy MQX custom integer types were replaced by the Standard C99 set (int_32 -> int32_t, boolean -> bool, etc). A header file is provided with the set of backward compatible type definitions to make the transition to the new types easier. For more details, see Section 3.1 “C99 Types” in the Getting Started with Freescale MQX™ RTOS (document MQXGSRTOS). §  The endian conversion macros were consolidated inside MQX. The htons, ntons and similar conversion functions were renamed to mqx_htons, mqx_nton to avoid a conflict with the standard. o   NAND FFS library is no longer provided as a separate add in package but it is directly included as a part of MQX main package o   RTCS new features and enhancements §  The MQX TCP/IP stack is now available with an optional package to enable the IPv6 protocol support. For more information visit freescale.com/mqx. §  The FTP server was redesigned to provide faster and more stable implementation. §  The DNS resolver was updated. o   USB §  Fixed several EHCI related bugs (HUB, pipe close, audio example) o   MQX startup is now split in two parts to avoid a crash risk if an interrupt occurs during the startup. §  _bsp_enable_card() function has been replaced by the _bsp_pre_init() function that handles initialization of the OS vital functions, such as the timer (system tick), interrupt controller, memory management, etc. The _bsp_pre_init() function is called during the MQX initialization time, before any user task is created and the scheduler is not started. §  The second part of the startup is done in a separate _mqx_init_task that executes _bsp_init() function for I/O drivers or stacks initialization and _bsp_post_init() function for possible post-init operations. After the _bsp_post_init() function execution, the _mqx_init_task is destroyed. o   All BSPs are now adjusted to this concept. All I/O drivers are installed in the context of the _mqx_init_task after the MQX scheduler is started. This concept also allows a complex driver installation (handling ISRs during the driver initialization, drivers can use blocking functionality like _time_delay, etc.). ·         Known issues o   For known issues and limitations please consult the release notes.

The MQX 4.0.2 BSP doesn't support VLPS mode out of box, and RXEDGE interrupt is not enabled either, so there are several steps to do before implementing the demo. modify user_config.h #define BSPCFG_ENABLE_TTYB                        0 #define BSPCFG_ENABLE_ITTYB                       1 MQX enables UART in polled mode by default, and here we enable the UART1 interrupt mode, the TTY port may vary depending on the platform. modify BSP_DEFAULT_IO_CHANNEL in twrk20d72,.h as below: #ifndef BSP_DEFAULT_IO_CHANNEL #if BSPCFG_ENABLE_ITTYB #define BSP_DEFAULT_IO_CHANNEL                      "ittyb:"    /* OSJTAG-COM   interrupt mode */ #define BSP_DEFAULT_IO_CHANNEL_DEFINED #else #define BSP_DEFAULT_IO_CHANNEL                      NULL #endif modify LPM_CPU_OPERATION_MODES[] in init_lpm.c as below: const LPM_CPU_OPERATION_MODE LPM_CPU_OPERATION_MODES[LPM_OPERATION_MODES] = { // LPM_OPERATION_MODE_RUN { LPM_CPU_POWER_MODE_RUN,                     // Index of predefined mode 0,                                          // Additional mode flags 0,                                          // Mode wake up events from pins 0..3 0,                                          // Mode wake up events from pins 4..7 0,                                          // Mode wake up events from pins 8..11 0,                                          // Mode wake up events from pins 12..15 0                                           // Mode wake up events from internal input sources }, // LPM_OPERATION_MODE_WAIT { LPM_CPU_POWER_MODE_VLPS,//LPM_CPU_POWER_MODE_VLPR,                    // Index of predefined mode 0,                                          // Additional mode flags 0,                                          // Mode wake up events from pins 0..3 0,                                          // Mode wake up events from pins 4..7 0,                                          // Mode wake up events from pins 8..11 0,                                          // Mode wake up events from pins 12..15 0                                           // Mode wake up events from internal input sources }, // LPM_OPERATION_MODE_SLEEP { LPM_CPU_POWER_MODE_WAIT,                    // Index of predefined mode LPM_CPU_POWER_MODE_FLAG_SLEEP_ON_EXIT,      // Additional mode flags 0,                                          // Mode wake up events from pins 0..3 0,                                          // Mode wake up events from pins 4..7 0,                                          // Mode wake up events from pins 8..11 0,                                          // Mode wake up events from pins 12..15 0                                           // Mode wake up events from internal input sources }, // LPM_OPERATION_MODE_STOP { LPM_CPU_POWER_MODE_LLS,                     // Index of predefined mode 0,                                          // Additional mode flags 0,                                          // Mode wake up events from pins 0..3 0,                                          // Mode wake up events from pins 4..7 0,                                          // Mode wake up events from pins 8..11 0,                                          // Mode wake up events from pins 12..15 LLWU_ME_WUME0_MASK                          // Mode wake up events from internal input sources - LPT } }; Here we map LPM_OPERATION_MODE_WAIT to VLPS mode add following code in _kuart_int_rx_tx_isr() from serl_int_kuart.c   if (sci_ptr->S2 & UART_S2_RXEDGIF_MASK)          {                     sci_ptr->S2 = UART_S2_RXEDGIF_MASK;                     sci_ptr->BDH &= 0xBF; /* clear RXEDGIE */          } so that RXEDG event is checked in _kuart_int_rx_tx_isr() for low power mode. replace main.c in "C:\Program Files\Freescale\MQX_4_0_2\mqx\examples\lowpower" with the attached one. After recompiling MQX libs as well as the low power demo, you may test the VLPS mode just as shown in the attached video.   Hope that helps, B.R Kan Original Attachment has been moved to: VLPS-test.7z.zip Original Attachment has been moved to: main.c.zip Original Attachment has been moved to: serl_int_kuart.c.zip Original Attachment has been moved to: user_config.h.zip Original Attachment has been moved to: init_lpm.c.zip

Atheros WiFi Tower Module (TWR-WIFI-AR4100P) support patch for Freescale MQX™ 4.0.2  is available at MQX Downloads. Files available # Name Description 1 FSL_MQX_ATHEROS_RELEASE_NOTES_4_0_2  Freescale   MQX™ Atheros Wifi package 4.0.2 Release Notes 2 Freescale   MQX RTOS 4.0.2 Atheros Wifi package Atheros   Wifi solution for MQX™ 4.0.2

A new MQX Flash File System (FFS) add-on is available for Freescale MQX™ 4.0.2.   See MQX Downloads.  FFS provides wear-leveling support required for mapping MFS on top of NAND flash. Files available # Name Description 1 FSL_MQX__FFS_RELEASE_NOTES_4_0_2 Freescale   MQX™ FFS package 4.0.2 Release Notes 2 Freescale   MQX RTOS 4.0.2 FFS package NAND   Flash File System solution for MQX™ 4.0.2

Hi All, The new Freescale MQX™ 4.0.2.2 patch release is now available on the www.freescale.com. ·         Files available # Name Description 1 Freescale   MQX RTOS 4.0.2.2 Patch This   patch release is based on the MQX™ RTOS 4.0.2 release and provides the   solutions to software issues identified in the released version. This patch   release applies to all the BSPs. ·         Patch Description This patch provides the software workarounds for the following issues identified in MQX 4.0.2 release: o   ENGR00278434 §  Vybrid ARM Cortex®-A5: The float context is not properly saved when a task is blocked. §  Affected BSPs: TWR-VF65GS10, AutoEVB Vybrid o   ENGR00273581 §  A memory allocation problem occurs when the system is out of memory. §  Affected all BSPs o   ENGR00276466 §  Events are sometimes triggered immediately after they are added. §  Affected all BSPs o   ENGR00279275 §  RTCS connect failures via Dell router §  Affected all BSPs ·         Known issues o   For known issues and limitations please consult the release notes document.

The new Freescale MQX™ 4.0.2.1 patch release is now available on the www.freescale.com ·         Files available # Name Description 1 FSL_MQX_4_0_2_1_RELEASE_NOTE Freescale   MQX™ RTOS 4.0.2.1 Patch Release Notes 2 Freescale   MQX RTOS 4.0.2.1 Patch This   patch release is based on the MQX™ RTOS 4.0.2 release and provides Software   workaround for Errata e7166. This   patch release applies to TWR-K70F120M and TWR-K60F120 board support packages. ·         Patch Description ·         This patch provides a software workaround for Errata e7166, which is relevant to the Mask 3N96B silicon. ·         Errata: SoC: SDHC, NFC, USBOTG, and cache modules are not clocked correctly in low-power modes. o   Errata Description: SDHC, NFC, USBOTG, and Cache controller modules are connected to a single master port on the crossbar switch through a multiplexer. While the modules are still clocked in Wait mode, the multiplexer clock, which is connecting the modules to the crossbar switch, shuts off at entry into low-power modes. This prevents the three modules either to complete bus transactions during a low-power mode entry, or to start new bus transactions when the system enters Wait mode (even though the modules themselves remain clocked in Wait mode). Because the cache tag clock and data RAM clock are gated off in Wait mode, cache contents may be corrupted at low-power entry. ·         Software workaround provided: To resolve the Cache Controller issue, all bus master operations for each module should be complete before requesting system entry into any low-power mode. o   To prevent cache corruption at low-power mode entry in idle task and low power manager, the WFI instruction is encapsulated in a special code sequence. The code sequence is executed from a memory location that is not cached (SRAM_L is recommended). Additionally, the code sequence must execute without interruption from the start of the code sequence to the WFI. If an interrupt occurs between the start of the sequence and the WFI instruction, MQX dispatcher code ensures that the code sequence is restarted from the beginning. ·         Known issues o   For known issues and limitations please consult the release notes document.

It's a note to configre and use Flexbus interface in MQX platform .

Rev0.1 - 8/28/2012 Adding to the patch at TWR-K21D50M lowpower MQX Patch for v4.0.2, this updates the MQX BSP and lowpower example to add VLPS mode. The example works the same as the default lowpower example, except after waking from LLS, the application immediately enters VLPS.  It uses the LPTMR to wake after 10 seconds, and returns to RUN mode and restarts the example.  Because the transition is immediate from the user perspective, the user will press the switch to enter LLS mode, after 10s the MCU will wake, turn on the blue LED, enter VLPS, wait another 10s, wake, turn off the blue LED, return to RUN mode and resume printing to the terminal.  There is no text printed to the terminal between LLS and VLPS to show a quick transition. This patch covers several files to enable VLPS mode in the twrk21d50m BSP, and modifies the lowpower example. The lowpower example is provided to demonstrate the MQX Low-Power Manager (LPM) driver, and change low-power modes on the K21 board.  The BSP in the release provided does not include support for VLPS. To use this patch, copy the patch directory into the MQX v4.0.2 root directory.  The patch will over-write some existing files in the MQX installation.  The changes addressed by this patch include the following: User_config.h MQX_ENABLE_LOW_POWER macro enabled.  Required for LPM driver and lowpower example. LowPower Example main.c Modified as described above to add transition into VLPS mode bsp_cm.c Added case for VLPS mode for clock mode transition init_lpm.c Added mode to LPM_CPU_OPERATION_MODES[] for LPM_OPERATION_MODE_VLPS init_lpm.h Added mode LPM_OPERATION_MODE_VLPS to enumeration LPM_OPERATION_MODE init_sci.c Added settings for mode LPM_OPERATION_MODE_VLPS to the _bsp_sciX_operation_modes arrays for all the UARTs in the BSP lpm_smc.c Added mode DOM_VLPS to LPM_PE_OPERATION_MODE_MAP[] Disabled SPI0 clock gate when entering stop mode, otherwise stop entry is aborted.  Re-enabled clock gate after waking up.  If SPI0 peripheral is required in a stop mode, register the SPI driver with the LPM driver to properly configure when LPM changes operation mode to a stop mode.  Refer to LPM documentation for details. Disabled the SysTick interrupt for the 5ms RTOS tick before entering stop mode, and re-enabled after waking up.  Without this, the example was entering VLPS mode fine without the debugger, but with the debugger the SysTick interrupt was causing VLPS entry to abort. 

Rev0.1 - 8/28/2013 This is an update to the previous patch TWR-K21D50M lowpower Patch In MQX v4.0.2, most of the issues reported in the earlier patch have been fixed in the BSP.  But the lowpower example for this board still fails to enter LLS mode because of a conflict with the SPI peripheral.  There is only a minor edit in one file needed to fix the example. User_config.h MQX_ENABLE_LOW_POWER macro enabled.  Required for LPM driver and lowpower example. Disabled SPI0 peripheral before entering a stop mode lowpower example was aborting the stop mode entry, and never entered stop mode.  The issue was caused by the SPI0 peripheral preventing the entry to LLS mode.  Modified _lpm_set_cpu_operation_mode() in lpm_smc.c to disable SPI0 clock gate before entering a stop mode, and re-enabled after waking up.  If SPI0 peripheral is required in a stop mode, register the SPI driver with the LPM driver to properly configure when LPM changes operation mode to a stop mode.  Refer to LPM documentation for details.  Replace the file \Freescale_MQX_4_0_2\mqx\source\io\lpm\lpm_smc.c with the attached.

The new Freescale MQX™ 4.0.2  release is now available on the www.freescale.com/MQX ·         Files available                    # Name Description 1 FSL_MQX_RELEASE_NOTES_4_0_2 Freescale   MQX™ RTOS 4.0.2 Release Notes 2 FSL_MQX__FFS_RELEASE_NOTES_4_0_2 Freescale   MQX™ FFS package 4.0.2 Release Notes 3 FSL_MQX_ATHEROS_RELEASE_NOTES_4_0_2   Freescale   MQX™ Atheros Wifi package 4.0.2 Release Notes 4 Freescale   MQX RTOS 4.0.2 Atheros Wifi package Atheros   Wifi solution for MQX™ 4.0.2 5 Freescale   MQX RTOS 4.0.2 FFS package NAND   Flash File System solution for MQX™ 4.0.2 6 Freescale   MQX RTOS 4.0.2 MQX™   Source code. Includes an RTOS, File   System, TCP/IP and USB host/device software stacks. Does not require MQX™ 4.0   installation. ·         What is New? o   AutoEVB Vybrid A5 and M4 Board support packages §  Support for CortexA5 and CortexM cores of dual core Vybrid processor §  Supporting standard set of IO drivers o   Vybrid BSP extensions §  RTC and NAND flash driver ported to Vybrid platform §  MMU support extended by handling of 4KB memory block §  Introduced new QuadSPI driver §  CortexM4 boot option enabled. §  Direct code execution from QuadSPI flash – XIP provided. Feature demonstrated in Vybrid QuadSPI bootloader. Introduced the first version of eDMA driver – the driver is experimental and will be further extended in the next MQX version. Documentation is not provided. o   Kinetis SPI driver was updated to use the eDMA driver. o   Hardware timer driver support extended to Systick and GPT HW modules. Kinetis and Vybrid BSPs updated to leverage the Hardware timer to provide MQX tick time. o   RTCS Hardware checksum acceleration enabled in ENET driver (for TCP and UDP); the benefits are the increased throughput and a reduced processor loading. This option is enabled by default for the K60N512 platform. o   HTTP server redesigned to provide a faster and more robust solution. The server API is simplified and changed to correspond to the RTCS standard. o   New SMTP client functionality provided as a part of the RTCS network suite. The client offers a simple API for e-mail handling. The new RTCS Shell command “email” demonstrates its functionality. o   The security_email, security_webserver, and security_telnet demo applications are removed from this release. Networking functionality is demonstrated in RTCS shell and httpsrv example applications. o   Multicore Communication (MCC) library updated to version 1.1. Fixed the incorrect usage of cache macros in the mcc_send() function. ·         Known issues o   For known issues and limitations please consult the release notes.

MQX Chinese User Manual

A pair of TCP server & client and a pair UDP server & client are implemented to demo socket API in RTCS. It supports K60N512 and K70F120M on IAR EWARM 6.50 at this moment. You can port it to other boards and IDE easily. 1) Copy Freescale_MQX_4_0 folder and override the default MQX folder 2) RTCS Socket Example Guide.doc can be found in ..\Freescale_MQX_4_0\rtcs\examples\socket

This is report from internal USB flash drive plugfest (tested with MQX 4.0). VID PID VID Manufacturer Photo Vendor info Product info 0x0dba 0x0120 Realtek Generic Card Reader 0x8564 0x1000 Transcend JetFlash Transcend 4GB 0x0951 0x1654 Kingston Technology Kingston DT R500 0x0951 0x1647 Kingston Technology Kingston DT Mini Fun G2 0x0204 0x6025 Chipsbank Microelectronics CMB USB2.0 0x1516 0x1213 Myson-Century Technology USB DISK 2.0 0x1b1c 0x1ab1 Corsair Technology Corsair Voyager 0x0001 0x7778 Fry's Electronics Generic Flash Disk 0x125f 0xc08a ADATA ADATA USB Flash Drive (C008/32GB) 0x0dda 0x2026 Apacer ICSI IC1210 CF 0x0ea0 0x6828 Ours Technology 32MB HardDrive 0x0781 0x5530 SanDisk SanDisk SanDisk Cruzer (SDCZ36-004G) 0x111d 0x0000 IDT CENTON Swivel 0x0781 0x5406 SanDisk SanDisk SanDisk Cruzer (SDZ6-8192RB) 0x8564 0x1000 Transcend JetFlash Transcend 16GB 0x0951 0x1642 Kingston Technology Kingston DT 101 G2

Rev0.2 - 8/28/2012 NOTE: for an update to this patch for MQX v4.0.2, see TWR-K21D50M lowpower MQX Patch for v4.0.2 This patch addresses several issues with using the lowpower example in MQX on the twrk21d50m BSP. The lowpower example is provided to demonstrate the MQX Low-Power Manager (LPM) driver, and change low-power modes on the K21 board.  The BSP provided in MQX v4.0 has several issues interfering with these low-power modes, and the lowpower example. To use this patch, copy the patch directory into the MQX v4.0 root directory.  The patch will over-write some existing files in the MQX installation.  The changes addressed by this patch include the following: User_config.h MQX_ENABLE_LOW_POWER macro enabled.  Required for LPM driver and lowpower example. VLPR Clock configuration dividers Updated the clock dividers in the SIM_CLKDIV1 register to set the core/system/bus clock frequencies at 2MHz as expected, instead of 1MHz.  Modified Cpu_SetClockConfiguration() in bsp_cm.c.  Fixes issue in lowpower example where characters printed to terminal are incorrect baud rate in VLPR mode. UART settings for LPM Operation modes BSP has incorrect settings for UART2 (TTYC) for the LPM operation modes.  Causes UART2 to be disabled in Run mode when MQX_ENABLE_LOW_POWER is enabled, which causes a bus error exception, stopping the BSP startup before main() is entered.  Modified init_sci.c Over-writing internal oscillator trim value The BSP was not using the factory trimmed settings for the internal oscillators.  The BSP is configured for a user-trim value to be stored at 0x3FE and 0x3FF.  The BSP checks these flash locations, and if not erased having 0xFF, it writes these locations to the MCG trim registers.  The issue is the vector table filled the vector location at 0x3FC, fooling the BSP into thinking user-trim value was present.  Modified vector.c to replace final vector with 0xFFFFFFFF, forcing BSP to keep the factory trim settings.  Fixes issue in lowpower example where characters printed to terminal are incorrect baud rate in VLPR mode. Disabled clock monitor when entering a stop mode BSP had clock monitor enabled in BSP, and did not disable before entering a stop mode.  This prevents the lowpower example from recovering properly from LLS mode. Modified _lpm_set_cpu_operation_mode() in lpm_smc.c to clear the CME bit before entering a stop mode, and then restore CME setting after waking up. Disabled SPI0 peripheral before entering a stop mode lowpower example was aborting the stop mode entry, and never entered stop mode.  The issue was caused by the SPI0 peripheral preventing the entry to LLS mode.  Modified _lpm_set_cpu_operation_mode() in lpm_smc.c to disable SPI0 clock gate before entering a stop mode, and re-enabled after waking up.  If SPI0 peripheral is required in a stop mode, register the SPI driver with the LPM driver to properly configure when LPM changes operation mode to a stop mode.  Refer to LPM documentation for details.

It took me a while, plus a few contradicting and confusing answers from ARM support until I managed to make this work. Therefore, I do want to share with you the easiest method in order to save you some precious time (tested with MQX 4.0): 1. Make sure to install keil's TAD plugin during the MQX installation (it can also be installed separately from MQX\tools\keil_extensions\uVision4). 2. Make the following changes in the MQX configuration file "user_config.h": #define BSPCFG_ENABLE_IODEBUG   1 #define BSP_DEFAULT_IO_CHANNEL  "iodebug:" 3. Rebuild BSP debug library. 4. Configure Debugger as detailed in your MQX release documentation, which can be found in the following folder: MQX\doc\tools\uv4\MQX-uVision4-Getting-Started.pdf That's it, you're good to go - now you can see printf's using your uVision4 IDE console!

Video Tutorial 1 of 6 for the iDigi Connector for MQX: Installing and Configuring the iDigi Connector for MQX (1 of 6) - iDigi Device Cloud More information and free download at http://www.freescale.com/webapp/sps/site/prod_summary.jsp?code=KINETIS_IDIGI_M2M

Video Tutorial 3 of 6 for the iDigi Connector for MQX: Writing Your First iDigi Enabled Application (3 of 6) - iDigi Device Cloud More information and free download at http://www.freescale.com/webapp/sps/site/prod_summary.jsp?code=KINETIS_IDIGI_M2M

Tutorial 6 of 6 for the iDigi Connector for MQX: Adding Remote Configuration Support (6 of 6) - iDigi Device Cloud More information and free download at http://www.freescale.com/webapp/sps/site/prod_summary.jsp?code=KINETIS_IDIGI_M2M