Kinetis työt

I am looking for a freelancer who has worked with or very familiar with NXP Kinetis KW41Z/31Z/21Z Multi-Protocol Wireless MCUs. The project will be used in home automation so knowledge and familiarity with Zigbee protocols is essential. WHEN RESPONDING, PLEASE INDICATE IF YOU HAVE DIRECT EXPERIENCE WORKING WITH KINETIS KW41Z MCUS This is not a bare metal development from scratch, a code base already exists. Estimated time required for the project to be around 3-5 days. Please contact me if you have the skill set and I will provide more details of the project. Thanks.

We are looking at developing RTSP library in ARM microcontroller platform. Options could be NXP Kinetis ARM or STM32 which we have been using. Generally, the main application is to able to stream recorded and/or live audio from Host(s) to multiple Clients. Anyone who is interested please please let me know, so that I could provide more detailed requirements.

Phased project for creating firmware for an existing HMI system. No hardware design is required. 1. Identify IDE, RTOS, UI Library, and other tools 2. Create Bootloader Project 3. Create Application Project Attached document shows general development outline and award for each section. Additional technical information will be provided after NDA is executed.

Schematic will be provided to the freelancer that is awarded this job. An NDA is required. Please see the attachment before quoting and make your quote the final dollar amount that you will accept to do the job.

Responsibilities • Design and implement software on embedded devices for core product (Embedded C, Freescale Codewarrior Toolchain, Kinetis ARM Cortex M0+ Architecture) • Develop software tools to test and maintain product (Python, C#) • Maintain traceable version control (Git/SVN) • Produce Documentation to support 3rd party code reviews • Provide support in data processing for testing (R, Python, MATLAB) • Create deployment packages for Windows based targets for Test and Configuration software. • Applicant must be prepared to be flexible with languages. Future developments may include IoT and AUTOSAR Requirements • BS Degree in Computer Science/Engineering, Mechatronics or Electronic Engineering. • Experience in hands-on development and...

...con interrupciones. La aplicación de origen se hizo usando el IDE Coocox, para placas Discovery basadas en un microcontrolador STM32F407. Aunque el aplicativo original usa tarjetero micro SD por SPI, en la nueva aplicación sobre RT1020, este debe de usar SDIO 4bit paralelo, para una mayor velocidad de acceso. Este proyecto es bastante más sencillo, que el otro que tengo puesto para portar de Kinetis MK66 a RT1020. En este basado originalmente en STM32, no hay librerías adicionales que portar, todo el código fuente es nativo y relativamente sencillo en comparación con el otro. Plazo para realizarlo, unas 2 semanas. Presupuesto a negociar con los interesados. Para probar el proyecto original con STM32, se puede usar una placa Discovery...

El trabajo de trata de portar una aplicacion hecha para un microcontrolador NXP Kinetis MK66, a un microcontrolador NXP RT1020. Ambos son ARM, el proyecto portado debe de realizarse con MCUXpresso. Básicamente la portabilidad se centra en la nueva configuración del hardware, puertos GPIO, interrupciones, SPI de entrada por DMA, salida a varios puertos usando DMA y un par de timers con interrupciones. La aplicación de origen se hizo usado el IDE de Arduino, para el desarrollo de placas Teensy, que instalan microcontroladores NXP Kinetis MK66.

Project is to create C/C++ software to program Altera FPGA (MAX10) configuration memory from an embedded ARM processor using Altera JAM tools. The target device is MAX10 16M, and embedded CPU is Kinetis. The software must read a JAM file and program the FPGA configuration memory using the JTAG interface, which is bit-banged from the MCU pins. Deliverable is a C/C++ program for the JAM programming and a short description of the code. Developer will hand off to internal team for final integration. The dev hardware can be NXP Freedom K28F board (K28+16Mb DRAM) and any Intel (Altera) demo board for the MAX10 family. If you do not have this hardware, we can provide it for development. If we understand your experience, I will hire you immediately.

Simon was an electronic game introduced in 1978 (shown in the picture below); it was one of the top selling Christmas toys in the US that year. The device creates a sequence using the coloured lights, the player has to respond by pressing the coloured lights in the same order. The sequence gets longer through each iteration, with the game ending when the user enters an incorrect sequence. You are going to make a variation of this game where the device creates a sequence of five lights and then repeats the sequence with one missing; the player has to select which coloured light is missing. If correct, for the next round the device adds another coloured light to the same sequence and the whole sequence is shown to the user. The device now repeats the sequence with two lights missing; the use...

Need a Kinetis firmware developer to create initial MCUxpresso Project. Have schematic of KV30 on a board, and need help getting the Project created with GPIO, and ADC peripherals configured in MCUxpresso IDE.

...(ARM Cortex A8) and a FRDM-KV11Z board. I am trying to get a bootloader up and running in FRDM-KV11Z device so that we could program it using Beaglebone(BBB). The communication between BBB and KV11Z is using a UART. My idea is to get the KV11Z device to change its application whenever BBB gets a updated version of code( from the cloud). There is an already developed version of bootloader for Kinetis MCUs in this link: and all Docs: I want a simple version of this bootloader which is flash resident(see source code for tower bootloader). You can download the host and target application source file. My host application has to be in python and should is run from BBB. I am happy to share more information

Ultimate Hacking Keyboard is an open-source, split USB keyboard designed for extreme productivity and ergonomics. I...firmware repo at to see the code and the open issues. You’re expected to: * have a good understanding of ARM programming in general and USB HID in particular * be self-motivated and able to resolve issues on your own without extensive management * write clean code and follow our coding standards Experience with Freescale/NXP Kinetis MCUs and Kinetis Design Studio / MCUXpresso IDE would be highly appreciated. Please contact me, and include your relevant experience, skills, and your hourly rate. I’d also like to see the source code you’ve written in the past. Looking forward to work with you! - Laci

Communicate with MAX30102 slave device to read SPo2 register values via i2C with KL02 master processor

I need a program for MK64FN1M0VLL12//FRDM-K64F that read an RS232 port , keep the information in memory and send to HyperTerminal. Please se the attachment, at this moment I need the part 1 and 2 and 7. In future I will need 3,4,5,6. It is preferable to use Freertos with MCUXPRESSO if it is possible, or with KINETIS DESIGN STUDIO 3.2.

NFC Reader communication on custom board able to establish connection both with NFC Tags(smart Cards) and NFC active devices(mobile phones). The project must created based on PN5180 Chip of NXP. Prerequisite for this project are also to work with the Kinetis MK22FN512 MCU and to build the firmware with Kinetis Design Studio and Software Development Kit (SDK 2x) of NXP. Project should be managed through BitBucket repository and Asana Task managment.

I need a program for MK64FN1M0VLL12//FRDM-K64F that read an RS232 port , keep the information in memory and send to HyperTerminal. Please se the attachment, at this moment I need the part 1 and 2 and 7. In future I will need 3,4,5,6. It is preferable to use Freertos with MCUXPRESSO if it is possible, or with KINETIS DESIGN STUDIO 3.2.

I need a program for MK64FN1M0VLL12//FRDM-K64F that read an RS232 port , keep the information in memory and send to HyperTerminal. Please se the attachment, at this moment I need the part 1 and 2 and 7. In future I will need 3,4,5,6. It is preferable to use Freertos with MCUXPRESSO if it is possible, or with KINETIS DESIGN STUDIO 3.2.

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We have changed architecture from AVR to ARM and would like our code to be rewritten for the new MCU (NXP Kinetis KEA128) to MISRA C standards for automotive applications. Code does not need to be ISO26262 ASIL spec due to application, but MISRA would be ideal for ease of type approvals

Hi mechatronicsengr, I noticed your profile and would like to offer you my project. We can discuss any details over chat. I am looking for a firmware engineer who knows ARM Kinetis family. Using a MKL27Z128/256 or similar in my design, I would like the MCU to receive standard keyboard USB HID input, wrap them in custom / composite container packets and send them over the USB bus to a custom OS driver. The goal is to cloak HID data over the USB bus and have it decrypted/unpacked by a software agent or driver running in the OS. The agent/driver would receive the packets, "decrypt" them and transmit the initial HID data contents to the OS. The whole process should only require the Agent to be installed and running in the background tasks of the OS with no user input. This i...

...simple way to debounce an input in software is to accumulate a number of consecutive stable values. Objectives 1. To generate random numbers. 2. To implement a touch sensitive interface. 3. To debounce switch operations. 4. To create a real-time, reactive and multi-threaded application. P.2 Embedded Software Autumn 2016 Equipment  1 TWR-K70F120M-KIT – UTS  1 USB cable – UTS  Freescale Kinetis Design Studio Safety This is a Category A laboratory experiment. Please adhere to the Category A safety guidelines (issued separately). Cat. A lab P.3 Embedded Software Autumn 2016 Software Requirements 1. A hardware abstraction layer (HAL) is to be written for the random number generator (RNG). The HAL should support initialization of the RNG and the genera...

Help on specific tasks such as: For the MK02FN64VLH10_QFP64 package: Change power modes from hiSpeedRun to LowPowerRunMode and back again upon a low on PTC5. Along with a host of other similar well defined simple tasks as needed.

for egran , bootloader assistance as discussed thank u steve

Writing bootloader for freescaler kinetis arm mcu, involves advanced embedded c programming like runing functions outside the software adres space or from RAM

I need the code to be specific for Freescale MK70FN1M0VMJ12 microcontroller used in Freescale Tower development board. Details about hardware provided in KQRUG.pdf. Also I need the coding to be compatible with Kinetis Design Studio ide and adequately commented so that I can explain by reading the comment. I do not require RTOS part of the project to be completed.

I need the code to be specific for Freescale MK70FN1M0VMJ12 microcontroller used in Freescale Tower development board. Details about hardware provided in KQRUG.pdf. Also I need the coding to be compatible with Kinetis Design Studio ide and adequately commented so that I can explain by reading the comment. I do not require RTOS part of the project to be completed.

hello i want a basic application made for a new product i'm making. The MCU I'm using is a Freescale Kinetis KL43Z. Please contact me to negotiate a price and so I can tell you in more detail what i need done but basically all it will have is 1. A button 2. A speaker 3. A pullout with 2 contacts (that touch when you pull it out). Project ID: 8298843

I need you to develop some software for me. I would like this software to be developed using C or C++.hello i want a basic application made for a new product i'm making. I've got the all of the product planned out except i just need the software MCU I'm using is a Freescale Kinetis KL43Z. Please contact me to negotiate a price and so I can tell you in more detail what i need done but basically all it will have is 1. A button 2. A speaker 3. A pullout with 2 contacts (that touch when you pull it out)

hello i want a basic application made for a new product i'm making. I've got the all of the product planned out except i just need the software MCU I'm using is a Freescale Kinetis KL43Z. Please contact me to negotiate a price and so I can tell you in more detail what i need done

Implement a program A that transfers data from a PC to a K61 board in real time. Implement a corresponding program B for the board that receives and processes the data on the board and sends the results back to the PC. Constraints 1. The data must be send from a Windows PC to a connected K61 developer board. ( ) 2. Program A should transmit the data at least with 600kBytes/s, preferably much faster from the PC to this board. The possibility of transmission errors must be taken into account and handled. 3. The communication interface between the PC and the board should be USB. 4. The board should present itself as a serial port without the need for installing

Implement two programs for M4: Program “A” writes a given data file of approx. 25 MB into the NAND flash memory of our K61 developer board. ( ) Program “B” writes the data file from NAND to DDR2 RAM. Constraints 1. Program A should transmit the data file from the host pc to the board's NAND via a serial Connection. The possibility of transmission errors must be taken into account and handled. 2. Program A can be either in C or C++. 3. Program B must be in C++! 4. Program B must load the model file in max some seconds of run time into the DDR2; please state as soon as possible if this is not possible! 5. We will provide remote access via TeamViewer to

Set interrupt of hwtimer with FRDM-K64Fusing Kinetis Design Studio IDE + KSDK

The KL26 a Freescale MCU is to be used as a USB device (not host) which we require the code for a MSD (mass storage device) bootloader which will allow firmware update by a simple file copy from PC to the device. Initiation of the boot sequence to be by a GPIO pin being held low for 15 seconds.

...manipular los elementos de hardware. El proyecto consta de varios desarrollos en Embedded C, C/C++, APIs para Cloud, Aplicaciones en Qt, MySQL. Debe realizar las tareas asignadas del proyecto, tanto en C como PHP como en Qt. El nivel deseado es: - C : Nivel Alto - C++: Nivel Medio - QT: Deseable - PHP: Nivel Alto - Embedded programming: Deseable - Programación PIC-16: Deseable - Programación Kinetis: Deseable - SQL: Alto Como hay que trabajar con elementos de hardware y depuración de embedded es recomendable, aunque no imprescindible, tener conocimientos de hardware. Parte del desarrollo consta en temas de Radio Frecuencia, y otras en temas de conectividad 3G, Visión, Almacenamiento, etc....

The open source software here: has an interesting API and control features. We would like to use it but in a new Kinetis MCU. One key component, the potentiometer for feedback control would be replaced by the RLS AM4096 magnetic encoder. Datasheet can be found here: The MCU used would be MKL16Z128VLH4 because it has two TWI (well, I2C) busses - one would be used to talk to the encoder and the other to talk via OpenServo TWI protocol to the master controller.

This project is to work with and finish a alerady strated project. We need a candidate with Low level embedded C programming skils. This project use different freescale Kinetis MCU ARM cortex-M Microcontrollers to control a number of device for a new smarthouse solution (control of ligthning, heating, audio and video) Please check out our company here: and find more information of this and other position/candidates here: This link is written as a open position, but we are open for use of frelancers for this positions. We want to have you on site (at our factory), for this project. We will take all cost for transport and

We need some code written for the K60 Tower board. The specific inputs and outputs will be provided to qualified candidates for further review. Here are the major milestones. Milestone 1. 1. Use example program, GPIO (no MQX) as the starting point. GPIO program is written for the K60 Kinetis Tower Board. 2. Add 4 more inputs – all 4 should be configured with pull-up resistors and falling edge interrupts (just like the 2 SW inputs above). The ISR should send a string out UART5 when the interrupt triggers. 3. Add SPI support. 2 channels are available on the K60 Tower board, SPI1 and SPI2. 4. Add UART support. The K60 tower board has 3 UARTs accessible to external headers. UART3, UART4 and UART5 (osjtag). All UARTs will use ONLY the TX and RX pins (no Hardware flow control)...

We need some code written for the K60 Tower board. The specific inputs and outputs will be provided to qualified candidates for further review. Here are the major milestones. Milestone 1. 1. Use example program, GPIO (no MQX) as the starting point. GPIO program is written for the K60 Kinetis Tower Board. 2. Add 4 more inputs – all 4 should be configured with pull-up resistors and falling edge interrupts (just like the 2 SW inputs above). The ISR should send a string out UART5 when the interrupt triggers. 3. Add SPI support. 2 channels are available on the K60 Tower board, SPI1 and SPI2. 4. Add UART support. The K60 tower board has 3 UARTs accessible to external headers. UART3, UART4 and UART5 (osjtag). All UARTs will use ONLY the TX and RX pins (no Hardware flow control)...

We are looking to embed Zello on an embedded, standalone device, which will be a freescale kinetis ARM Cortex M4. For this we first need to fully reverse engineer and document the Zello protocol, including but not limited to: 1. Network discovery and negotiation with the Zello servers. 2. authentication including creating user name / password and then logging in and maintaining the keep alive 3. Crypto - all aspects - full disassembly and documentation. 4. Audio Codec and encryption. Deliverable could be either full documentation and implementation in C/C++ on a windows platform with all sources, or deliver a full working zello compatible app for this target device, including all sources of course.

We are looking to embed Zello on an embedded, standalone device, which will be a freescale kinetis ARM Cortex M4. For this we first need to fully reverse engineer and document the Zello protocol, including but not limited to: 1. Network discovery and negotiation with the Zello servers. 2. authentication including creating user name / password and then logging in and maintaining the keep alive 3. Crypto - all aspects - full disassembly and documentation. 4. Audio Codec and encryption. Deliverable could be either full documentation and implementation in C/C++ on a windows platform with all sources, or deliver a full working zello compatible app for this target device, including all sources of course.

Hi. We are looking for a freelancer with some experience or at least a good spirit for the Freescale Kinetis microprocessor family. What we are currently looking for is a USB Host Bootloader firmware for the KL25 chip from the Kinetis L family which consists of a Cortex-M0 ARM processor. The processor can be found on the inexpensive Freescale Freedom board () which is also why we would like to use this board for the development. To make this project even easier for the freelancer and hopefully also more inexpensive for us, the development should be based on the following Freescale Application Note about the same subject: Freescale has already

I'm designing a PCB for a grill/smoker temperature controller as a consumer product. First version is AVR-based. I'd like to move to ARM Kinetis MCU for its internal ADC. I'm a junior EE and I need a senior EE to review the design and make a report of findings. List what changes you would recommend and why. Looking ahead to FCC, UL, and CE approvals. From that list we will decide what to do next and then hopefully move to layout. This is somewhat a mentoring project. See to see the application.

We need some code written for the K60 Tower board. The specific inputs and outputs will be provided to qualified candidates for further review. Here are the major milestones. Milestone 1. 1. Use example program, GPIO (no MQX) as the starting point. GPIO program is written for the K60 Kinetis Tower Board. 2. Add 4 more inputs – all 4 should be configured with pull-up resistors and falling edge interrupts (just like the 2 SW inputs above). The ISR should send a string out UART5 when the interrupt triggers. 3. Add SPI support. 2 channels are available on the K60 Tower board, SPI1 and SPI2. 4. Add UART support. The K60 tower board has 3 UARTs accessible to external headers. UART3, UART4 and UART5 (osjtag). All UARTs will use ONLY the TX and RX pins (no Hardware ...

We are looking for someone to write a simple test program Kinetis K70 development tower. Specifically, some sample code to copy 1 MB of data from the onboard DDR to onboard NAND flash. In applying, please provide the following information: 1) Approximately how many hours it would take to develop a test program 2) How fast you feel the transfer will 1MB could take. This could lead to future work depending on the success of this project

Develop board and firmware for a serial-to-GPRS bridging app with custom I/O, process,...bridging app with custom I/O, process, and connectors. Programmer will use MQX RTOS, RTCS with UDP & TCP stack (GSM module does not embed a TCP stack), manage GPRS connexion (ie. AT commmands, PPP). See the attached document for hardware and software specifications overview. Scope of work: 1. Board design (PCB design, component selection, validation) 2. Firmware development (for Freescale Kinetis using MQX RTOS/RTCS with Code Warrior) 3. Supply of 2 prototypes (GPRS module and DigiXBee will be provided by us) 4. Validation 5. Manufacturing file Code to be provided with full comments (for Code Warrior) PS: please note that we are the initial poster of this project (first post...

Hi. We are looking for a freelancer with some experience or at least a good spirit for the Freescale Kinetis microprocessor family. What we are currently looking for is a USB Host Bootloader firmware for the KL25 chip from the Kinetis L family which consists of a Cortex-M0 ARM processor. The processor can be found on the inexpensive Freescale Freedom board () which is also why we would like to use this board for the development. To make this project even easier for the freelancer and hopefully also more inexpensive for us, the development should be based on the following Freescale Application Note about the same subject: Freescale has already

Design a WiFi enabled thermostat / HVAC controller based on an existing micro controller header board and existing plug-in WiFi module. The Micro controller is from the Kinetis K60 family made by Freescale. The project deliverables are the following: 1.) Design document with parts selection and engineering calculus 2.) Electrical schematic (Orcad Schematic capture preferred, other CAD formats accepted, PDF) 3.) Layout file (Orcad Layout 10 preferred, other CAD formats accepted,) 4.) Gerber files for manufacturing (including manufacturing ready panel) Optional negotiable items: 1.) Test Firmware 2.) Final product Firmware (please contact us if you are interested in developing FW for this product) A lot more details are included in the attached file.

Design a 1"x 1.3" header board based on Freescale Kinetis K60 microcontroller. Starting point will be the reference design published by Freescale for the TWR-K60N512. The module must have 2x40 pin high density surface mount connectors on top and bottom for connectivity. The design must include all the supporting components needed for the K60 processor. Pinout of the connectors and connector position on the PCB will be provided. The deliverables of the project are schematic and PCB layout. Orcad 16.0 is preffered, other CAD software is acceptable.

...will read from the buffers and output to a parallel output device called the FTDI. The output device uses an 8 bit GPIO port with simple handshaking via a ready bit which must be checked before sending data to the parallel port. Under optimal conditions, the FDTI can empty the FIFO at approximately 10MB/sec. Hardware Implementation The development hardware consists of a Freescale Kinetis K60 embedded processor with a USB interface to a mass storage device. Also included is 1 MByte of external SRAM. The processor receives SPI data on Port 0 from the attached test generator source. The processor can be configured to DMA the SPI data directly to SRAM or internal memory. The processor stores data to the internal USB HDD (or flash dongle) whenever the SRAM buffer is &g...