DOCSLIB.ORG

Blueprint News and Innovations

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Blueprint News and Innovations THE EMBEDDED SOFTWARE TOOLS COMPANY Debug — Trace — Coverage — Performance — Visualization — Test — Report BluePrint News and Innovations WIRELESS DEBUGGER — WHAT‘S AVAILABLE TODAY ? Wireless Debugger 1 Since a couple of month testIDEA Pro 1 User 2 iSYSTEM launched the wire- Floating License less debugger era. For now the wireless part is handled testIDEA: What‘s hot? 2 by a Bluetooth connection. In winIDEA OPEN 3 the near future, iSYSTEM will Semiconductor News 3 release a WiFi version of this platform too. For now all the iC6000 Special 4 necessary information can AUTOSAR OS from Erika 5 be found on iSYSTEM’s web Enterprise page: Connectivity Special 6 Technical Notes Wireless LieberLieber—UML De- 6 Debugger for Cortex-M, sup- bugging ported Cortex derivatives, etc. Timing Architects— 6 Hardware Reference Manual How to license a wireless CORTEXM) comes as a bun- Multicore Wireless Debugger debugger? Two options: dle of different components License is stored in the (bundle price is EUR 2.900): AdaCore—Code Coverage 7 The official launch of the Bluetooth Dongle Bluetooth Dongle (IW- Razorcat—Unit Test 7 product was end of February BRIDGE-BT1) Renesas—Starter Kit 7 2014 at Embedded World in Vector Informatik—XCP 7 Nuremberg, Germany. Anja Debugger Hardware Visnikar (a member of the (IW-IONE-BT101) Infineon– DAVE 7 iSYSTEM software develop- winIDEA/testIDEA Stand- The Last Page 8 ment team) presented ard license iSYSTEM’s wireless debug License is stored in the Debugger Hardware solution @Embedded World Update/Support Standard Conference . This presenta- Service (1 year) tion is also documented in a Additional Debugger Hard- technical article available ware can be purchased for from iSYSTEM’s web page. EUR 500 each. A Bluetooth Dongle can be paired with every wireless debugger iSYSTEM’s Bluetooth Debug- hardware. ger (order # IW-IONE-BT- Did you know that you may order an optional 12V power supply for Car (cigarette lighter) plug using ordering code „IC30000-PS- CAR12V“ ? It works for any blue box. BLUEPRINT Page2 TESTIDEA PRO 1 USER FLOATING LICENSE Since April 2014 iSYSTEM discount applies (please lators possible (without does provide a testIDEA Pro contact iSYSTEM’s sales blue box and target)* Dongle version. It is similar team): to a 1-user floating license Usable on every PC run- done in software and costs * iSYSTEM tools currently ning winIDEA EUR 4.950 including the come with an ARM and dongle. Flexible combination MPC instruction set simula- with any blue box tor. It is planned to inte- If a different floating li- grate 3rd party simulators in cense is required, a certain testIDEA use with simu- the near future. MORE TESTIDEA — W H A T ‘ S HOT? Machine / Object code 1. Configure Core IDs The main difference to unit level testing Each core is identified by tests are target start and testIDEA is an application its index. To make this stop conditions. While unit for embedded software identification more user tests define the test start testing of machine/object friendly, one can assign a as a function entry, and code. It complements iSYS- name to each core in pro- test end as a function exit, TEM’s debug and analyzer ject properties (File | Pro- system tests have no such tools for embedded soft- perties | Multicore configu- clear definitions of test ware development with ration). The comma separa- start and stop, so a user testing and test automation ted list contains a list of has to define them explicit- functionality. In combina- core IDs, where the first ly. To start the test at a tion with an instruction set item refers to the core with specific point, one defines simulator, testing can also index 0 or primary core, the the section Init test, and to be performed on a PC with- next item refers to core end the test one defines out connecting to the tar- with index 1, and so forth. the section Stop test. get. More The powerful and generic Test points 2. Initialization Sequenze Information: scripting interface allows Test points enable a user With more than one core isystem.com/ automating tests very easi- to pause test execution at the initialization sequence downloads/ ly. Standard script lan- any location in the tested becomes more complex. testIDEA/help/ guage within iSYSTEM tools code, and perform the follo- The init sequence for all is Python. wing actions: winIDEA instances per Eclipse plug-in: cored has to be entered Verify the values of vari- testIDEA is implemented in into a Run configuration ables to test the internal JAVA. So running it under dialog (Run | Run configu- state during function Eclipse is a logical thing. ration) within testIDEA. execution iSYSTEM now provides an Assign values to variab- Eclipse version of testIDEA. les to test the behavior 3. Assign Core ID to a test Multicore support: under conditions, which case can not be triggered With multi-core target The final step is defining a otherwise, for example to MCUs, a need to run tests core ID for each test case. implement fault injection on a specific core appears. To be able to utilize multi- System test support Log values of variables to be reference anytime core testing, one must first In contrast to unit tests, properly configure testIDEA. which test the behavior of a later. function, system tests ve- Run script function for rify the behavior of a com- performing any kind of plete system or parts of the action system which are greater You want to check what than a single function. The test scope can be specified else is new: Link to log file in the Meta section of the (all changes, new features, Test Case Editor. etc.) Page 3 BLUEPRINT WINIDEA OPEN More Information: A year ago iSYSTEM did winIDEA Open is now isystem.com/ launch a complete line of integrated in Infineon download/ Cortex-M development DAVE™ ... winideaopen tools. A line of hardware platforms spanning zero requiring no code instru- What is Infineon DAVE™? cost to a high end analysis mentation rounds up this Eclipse IDE Framework, platform is complemented unique toolsuite. Code Generation Environ- by a powerful software sui- ment, it is from Infineon What‘s new? and integrates iSYSTEM tools … click Compiler support: GCC on the logo for unlimited, all other com- more infor- Explore a simple pilers can be used and mation about tested based on a DAVE™. Cortex-M 32Kbyte download limit debugger iSYSTEM provides a free hardware from te winIDEA/winIDEA Open Cortex Example Projects debugger, winIDEA Open iSYSTEM: and testIDEA. winIDEA O- on the web for boards that can be installed in isystem.com/itag pen is completely free, wit- from Infineon, ST Micro- DAVE™ to enhance the hout code size limitation electronics, Freescale, debugging capabilities in Or and operates with popular Spansion and NXP (more DAVE™. third party hardware. to follow) testIDEA a test test tool DOWNLOAD TUTORIAL SEMICONDUCTOR NEWS Renesas http://www.isystem.com/supported-mcus/tricore winIDEA for Renesas E1 is Infineon TriCore TC233LP, TC234LP, TC237LP, TC274D, TC274DE available since a couple of weeks. Now Renesas bun- http://www.isystem.com/supported-mcus/cortex dled iSYSTEM’s Embedded Freescale Kinetis Cortex M3 Software Develoment Envi- MKL26Z32, MKL26Z64, MKL26Z128, MKL26Z256 ronment with their newest Starterkits for RH850F1L. http://www.isystem.com/supported-mcus/cortex Freescale Fujitsu Cortex M3 iSYSTEM @Freescale MB9BF506, MB9BF521, MB9BF522, MB9BF524, MB9BF566, MB9BF567, Events: MB9BF568 DwF Poland (June 24, http://www.isystem.com/supported-mcus/cortex 2014) NXP Cortex M3 Abendseminare LPC1517, LPC1518, LPC1519, LPC1547, LPC1548, LPC1549 Friedrichshafen (September 2014), Sin- http://www.isystem.com/supported-mcus/cortex delfingen (October 2014) ST Cortex M3 Infineon STM32F302CB, STM32F302CC, STM32F302RB, STM32F302RC, STM32F302VB, iSYSTEM @Infineon STM32F302VC, STM32F303CB, STM32F303CC, STM32F303RB, STM32F303RC, STM32F303VB, STM32F303VC, STM32F373C8, STM32F373CB, STM32F373CC, Events,: STM32F373R8, STM32F373RB, STM32F373RC, STM32F373V8, STM32F373VB, XMC Developer Day, Mu- STM32F373VC nich 25.6., Milano 1.7. http://www.isystem.com/supported-mcus/cortex MISC Fujitsu Cortex R4 Every month we do release MB9EF226, MB9DF126 support for a huge number of MCUs —> … and much more … Check out www.isystem.com/supported-mcus BLUEPRINT Page4 iC6000 With Aurora Protocol Support iSYSTEM Real-time Embedded Software Development, Test and Measurement Tool Platform HIGHLIGHTS AND FACTS Two Debug/Trace Module A matching part from (DTM) Options: Samtec to be put on AURORA/DAP for In- the target (e.g., ASP- fineon AURIX 137969-01) ( order # IC60023) iC5000 platform: 34-pin High-speed Auro- Debug: JTAG, AURORA/JTAG for ra cable (order # DAP, DAP2, ... Freescale Qorivva Power IC60041) to connect to Freescale MPC57xx or Trace: NEXUS, Architecture ETM (order # IC60022) SPC57xx All architectures With Samtec 34-pin AURORA Trace Optional IO debug connector Max. Configuration: 8 Rx Module Lanes, 4 Tx Lanes A matching part from Samtec to be put on iC6000 platform: Freescale: up to 4 Rx the target (e.g., ASP- Lanes at 1.25 GHz, i.e. Debug: JTAG, 137973-01) up to 4 x 1.25 GBit/s = DAP, DAP2, ... 5 GBit/s Trace: Aurora Infineon TriCore Infineon: 1 Rx For mor information: (Aurix) Lane at 2.5 GHz, i.e. up Technical Notes iC6000 Freescale Qorivva to 2.5 GBit/s Debug and Analyzer Plat- (57xx, ...) form for AURORA Debug Trace Memory and Trace: 8 GByte Freescale MCUs Connectivity USB 3.0 (4.8 GBit/s) or Infineon MCUs Ethernet Hardware Reference Two Cable Option according Manual iC6000 to the MCU family in use: 22-pin High-speed Auro- ra cable (order # IC60040) to connect to Infineon AURIX With Samtec 22-pin debug connector Page 5 BLUEPRINT AUTOSAR/OSEK OS AWAR ENESS Developing embedded soft- ERIKA Enterprise OS ob- Min/Max/Avg Net ware based on a Real-Time jects selected by the user and GrossTime Operating System (RTOS) are recorded and dis- Min/Max/Avg Call can be supported by the played by the winIDEA Time debugger making it aware Profiler.
Load more

Recommended publications
  • RT-Druid Reference Manual
    RT-Druid reference manual A tool for the design of embedded real-time systems version: 1.5.0 December 11, 2012 About Evidence S.r.l. Evidence is a spin-off company of the ReTiS Lab of the Scuola Superiore S. Anna, Pisa, Italy. We are experts in the domain of embedded and real-time systems with a deep knowledge of the design and specification of embedded SW. We keep providing signifi- cant advances in the state of the art of real-time analysis and multiprocessor scheduling. Our methodologies and tools aim at bringing innovative solutions for next-generation embedded systems architectures and designs, such as multiprocessor-on-a-chip, recon- figurable hardware, dynamic scheduling and much more! Contact Info Address: Evidence Srl, Via Carducci 56 Localit`aGhezzano 56010 S.Giuliano Terme Pisa - Italy Tel: +39 050 991 1122, +39 050 991 1224 Fax: +39 050 991 0812, +39 050 991 0855 For more information on Evidence Products, please send an e-mail to the following address: [email protected]. Other informations about the Evidence product line can be found at the Evidence web site at: http://www.evidence.eu.com. This document is Copyright 2005-2012 Evidence S.r.l. Information and images contained within this document are copyright and the property of Evidence S.r.l. All trademarks are hereby acknowledged to be the properties of their respective owners. The information, text and graphics contained in this document are provided for information purposes only by Evidence S.r.l. Evidence S.r.l. does not warrant the accuracy, or completeness of the information, text, and other items contained in this document.
    [Show full text]
  • RT-Druid Code Generator Plugin Reference Manual
    RT-Druid Code generator Plugin reference manual A tool for the design of embedded real-time systems version: 1.4.9 March 5, 2009 About Evidence S.r.l. Evidence is a spin-off company of the ReTiS Lab of the Scuola Superiore S. Anna, Pisa, Italy. We are experts in the domain of embedded and real-time systems with a deep knowledge of the design and specification of embedded SW. We keep providing signifi- cant advances in the state of the art of real-time analysis and multiprocessor scheduling. Our methodologies and tools aim at bringing innovative solutions for next-generation embedded systems architectures and designs, such as multiprocessor-on-a-chip, recon- figurable hardware, dynamic scheduling and much more! Contact Info Address: Evidence Srl, Via Carducci 64/A Localit`aGhezzano 56010 S.Giuliano Terme Pisa - Italy Tel: +39 050 991 1122, +39 050 991 1224 Fax: +39 050 991 0812, +39 050 991 0855 For more information on Evidence Products, please send an e-mail to the following address: [email protected]. Other informations about the Evidence product line can be found at the Evidence web site at: http://www.evidence.eu.com. This document is Copyright 2005-2008 Evidence S.r.l. Information and images contained within this document are copyright and the property of Evidence S.r.l. All trademarks are hereby acknowledged to be the properties of their respective owners. The information, text and graphics contained in this document are provided for information purposes only by Evidence S.r.l. Evidence S.r.l.
    [Show full text]
  • Introduction to the Web of Things
    Introduction to the Web of Things Dave Raggett, W3C Progressive improvements in electronics is enabling widespread deployment of connected sensors and actuators (the Internet of Things) with predictions of 50 billion smart objects by 2020 (Cisco, 2011). This raises huge challenges for security, privacy and data handling, along with huge opportunities across many application domains, e.g. homes and buildings, retail, healthcare, electrical grids, transport, logistics, manufacturing, and environmental monitoring (IERC 2014). The Internet of Things started with work on radio frequency identity tags (RFID) and expanded to connected sensors and actuators, along with many communication technologies designed for different purposes. IPv6 has greatly expanded the address space compared to IPv4 and makes it feasible to give each device its own IP address. Considerable effort has been made on supporting IP all the way to constrained devices, e.g. the 6LoWPAN protocol for wireless access, CoAP for lightweight message exchange and easy bridges to HTTP, and MQTT as a lightweight pub-sub protocol. Related work has enabled self organising mesh networks of devices (sensors networks). Today, product silos are prevalent for the Internet of Things, and a sign of market immaturity. This is where open standards and open platforms can play a major role in enabling the growth of rich open ecosystems that can realise the huge potential benefits. Can we repeat the run away success of the World Wide Web and build a Web of Things? Turning that around, what can we learn from the Web in relation to encouraging an open market of services? Much of the work on the Internet of Things (IoT) has focused on the technologies needed for constrained devices, long battery life, efficient use of wireless spectrum, sensor networks and so forth.
    [Show full text]
  • M2M Protocols, Solutions and Platforms for Smart Home Environments Integrating C.STATUSTM and the Mediasense
    M2M Protocols, Solutions and Platforms for Smart Home Environments Integrating C.STATUSTM and the MediaSense 10/12/2012 MID SWEDEN UNIVERSITY The Department of Information Technology and Media (ITM) Author: Addisu Thomas Lodamo, [email protected] Tutors: Stefan Forsström, Miun,[email protected] Examiner: Prof. Tingting Zhang, [email protected] Medical Monitoring Services Home Security automation Services Services Energy Entertainment Consumption Services services e y t a a W G The Internet M.Sc. Thesis within Computer Engineering AV, 30 Credit Points M2M Protocols, Solutions and Platforms for Smart Home Environments Integrating C.STATUSTM and the MediaSense Addisu Lodamo M2M Protocols, Solutions and Platforms for Smart Home Environments Abstract Addisu Lodamo 2012-11-11 Abstract Digital technological breakthroughs have brought about a huge change in the way the society interacts, responds to the immediate environment and the way that people live. Furthermore, Ubiquitous Computing and dirt cheap sensors have created a new paradigm in digital technology where human beings could control their environment in a different approach. In a number of paradigms of digital technology, multiple proprietary solutions in industry results in a huge cost for the end users to use the technology and thus a very sluggish penetration of the tech- nology into the society. Moreover, such unorganized and vendor ori- ented standards create additional burdens on a person concerned in design and implementation. This thesis presents existing and emerging technologies in relation to smart home environment having an aim to manifest available open standards and platforms. Smart Home Envi- ronment Infrastructures have been presented and discussed.
    [Show full text]
  • Product Brief
    QPG6095 ® Zigbee / Thread / Bluetooth Low Energy Smart Home Communications Controller Product Brief Product Overview The QPG6095 Zigbee / Thread / Bluetooth® Low Energy Smart Home Communications Controller provides a fully integrated solution for ultra-low power wireless communications for Smart Home sentroller devices such as thermostats, motion sensors, smart plugs, keypads and door/window sensors. It is compliant with the IEEE Standard 802.15.4 for Zigbee and Thread, and the Bluetooth Core Specification v 5.0 3 for Bluetooth Low Energy, providing robust spread spectrum data communication with a highly secure encrypted and authenticated data flow. For Zigbee communications, antenna diversity offers additional robustness in a crowded wireless 2.4 GHz environment. The QPG6095 features a radio transceiver, integrated real-time Medium Access Control and Bluetooth Low Energy Controller, integrated Arm® Cortex®-M4 microprocessor, RAM and Flash memory, security engine, event scheduler, and an extensive set of peripherals including analog signal monitors and comparators. The QPG6095 integrated RF baluns and filters reduce the product’s RF design complexity enabling very low cost single layer applications using simple PCB antennas requiring no shielding and a minimum number of external components. The Flash memory allows for software upgrade over the air. The QPG6095 integrates full stack and applications for Zigbee 3.0 and Bluetooth Low Energy devices, as well as the OpenThread open-source implementation of the Thread networking protocols. Integrated multi-stack, multi-protocol support enables device vendors to operate multiple protocols on different channels, enabling innovative new applications combining Zigbee, Thread and Bluetooth Low Energy in one product. Advanced power management features ensure that power consumption is minimized in active as well as in standby states, enabling maintenance free and very small form factor products.
    [Show full text]
  • Wireless E-Paper Reference Design
    WIRELESS E-PAPER REFERENCE DESIGN Abstract Multifunctional development kit showcasing MiWi mesh radio, Bluetooth, USB connectivity, and Li-Ion battery management. User interface accomplished with ePaper display. Don Wyman [email protected] Page 1 of 46 E-Paper Display Demo Kit Overview This demo kit provides a hand held low power battery operated device promoting Pervasive Displays Inc. 1.44 inch electronic paper display. This demo kit also highlights Microchip’s PIC24 family microprocessor with USB functionality, wireless connectivity, and graphical user interface. Linear Technology provides battery management and system power. The external connector exposes 16 processor pins for custom development. This kit incorporates a low power, sunlight readable high resolution display with a 180 degree viewing angle. This kit also provides connectivity through Microchips low power wireless module, Bluetooth low energy module, USB and asynchronous serial communication. Depending on local wireless requirements, selecting an appropriate demo kit will allow the user operate in the approved 863-870MHz, 902-928 MHz or 2.4 GHz spectrum. The USB provides host connectivity to external hardware memory devices and printers. USB device mode is also supported. Lithium-ion rechargeable battery management is achieved by using Linear Technology charger and coulomb counting gas gauge solution. There are three push buttons for navigating the graphical user interface. Also included is a low power 32 kHz clock for real time clock calendar functionality. This demo kit is feature rich and provides the developer a great project head start. Central to the design is the PIC24FJ256GB106 and implements the USB, file I/O, graphics and MiWi software libraries.
    [Show full text]
  • Wireless Positioning in Iot: a Look at Current and Future Trends
    Article Wireless Positioning in IoT: A Look at Current and Future Trends Pedro Figueiredo e Silva 1,2,* ID , Ville Kaseva 2 and Elena Simona Lohan 1 ID 1 Laboratory of Electronics and Communications Engineering, Tampere University of Technology, Korkeakoulunkatu 3, Tampere 33720, Finland; elena-simona.lohan@tut.fi 2 Wirepas, Visiokatu 4, Tampere 33720, Finland; [email protected] * Correspondence: pedro.fi[email protected] Received: 30 May 2018; Accepted: 25 July 2018; Published: 30 July 2018 Abstract: Connectivity solutions for the Internet of Things (IoT) aim to support the needs imposed by several applications or use cases across multiple sectors, such as logistics, agriculture, asset management, or smart lighting. Each of these applications has its own challenges to solve, such as dealing with large or massive networks, low and ultra-low latency requirements, long battery life requirements (i.e., more than ten years operation on battery), continuously monitoring of the location of certain nodes, security, and authentication. Hence, a part of picking a connectivity solution for a certain application depends on how well its features solve the specific needs of the end application. One key feature that we see as a need for future IoT networks is the ability to provide location-based information for large-scale IoT applications. The goal of this paper is to highlight the importance of positioning features for IoT applications and to provide means of comparing and evaluating different connectivity protocols in terms of their positioning capabilities. Our compact and unified analysis ends with several case studies, both simulation-based and measurement-based, which show that high positioning accuracy on low-cost low-power devices is feasible if one designs the system properly.
    [Show full text]
  • Time Synchronization in ANT Wireless Low Power Sensor Network
    Time Synchronization in ANT Wireless Low Power Sensor Network Nathirulla Sheriff THESIS WORK 2010 Electrical Engineering Time Synchronization in ANT Wireless Low Power Sensor Network Nathirulla Sheriff This thesis work is performed at Jönköping University within the subject area of Electrical Engineering. The work is part of the Master’s Degree Program with the Specialization in Embedded Systems. The authors are responsible for the given opinions, conclusions and results. Supervisor : Alf Johannson Examiner : Prof. Youzhi Xu Credit points: 30 points (D-level) Date Abstract Abstract Short range wireless data communication networks that are used for sport and health care are sometimes called Wireless Body Area Networks (WBANs) and they are located more or less on a person. Sole Integrated Gait Sensor (SIGS) is a research project in WBAN, where wireless pressure sensors are placed like soles in the shoes of persons with different kinds of deceases. The sensors can measure the pressure of the foot relative to the shoe i.e. the load of the two legs is measured. This information can be useful e.g. to not over or under load a leg after joint replacement or as a bio feedback system to help e.g. post stroke patients to avoid falling. The SIGS uses the ANT Protocol and radio specification. ANT uses the 2.4 GHz ISM band and TDMA is used to share a single frequency. The scheduling of time slots is adaptive isochronous co-existence i.e. the scheduling is not static and each transmitter sends periodically but checks for interference with other traffic on the radio channel.
    [Show full text]
  • A Reliable Message Transmitting of CAN-Bus Network Connection
    Consumer Electronics Times July 2013, Vo l . 2 Iss. 3, PP. 124-136 A Reliable Message Transmitting of CAN-Bus Network Connection Applied in Real-Time CAR-based Motor Control System Chun-Shian Tsai*1, Chia-Wei Huang2, Ming-Tsai Hsu3 1, 3Information and Communications Research Lab, Industrial Technology Research Institute (ITRI), Hsinchu, 31040, Taiwan (R. O. C.) 2Multimedia and Game Science Dept., Chung Chou University of Science and Technology, Changhua County 510, Taiwan (R.O.C.) *[email protected] Abstract- The automobile functions and reliability are increasing rapidly, but the price is decreasing. Therefore, more and more ECUs (Electronic Control Unit) will be conducted into the car. Today, there are about more than 50 ECUs being used in the high-level automobile, and people designed CAN Bus to decrease development cost for car such that ECUs can be worked coordinately. By applying the CAN Bus, we can make the ECUs communicate with each other, moreover, the data message will also be sent to each control device. Therefore, it is an important paradigm for CAN Bus in the CAR-based real time motor control system. In this paper, we first introduce the motor control that is to research how the control message is delivering out through the CAN Bus. Based on this technology, algorithm for motor control is also mentioned. Besides, to achieve much safety and reliability for the real-time motor control, we also research the automotive software framework for ERIKA Enterprise, and through the conducting of ERIKA software, the real time operating system for OSEK can be ported (embedded) into the target ECU hardware in a very easy way.
    [Show full text]
  • ANT Message Protocol and Usage
    ANT Message Protocol and Usage D00000652 Rev 5.1 Page 2 of 134 ANT Message Protocol and Usage, Rev 5.1 Copyright Information and Usage Notice This information disclosed herein is the exclusive property of Dynastream Innovations Inc. No part of this publication may be reproduced or transmitted in any form or by any means including electronic storage, reproduction, execution or transmission without the prior written consent of Dynastream Innovations Inc. The recipient of this document by its retention and use agrees to respect the copyright of the information contained herein. The information contained in this document is subject to change without notice and should not be construed as a commitment by Dynastream Innovations Inc. unless such commitment is expressly given in a covering document. The Dynastream Innovations Inc. ANT Products described by the information in this document are not designed, intended, or authorized for use as components in systems intended for surgical implant into the body, or other applications intended to support or sustain life, or for any other application in which the failure of the Dynastream product could create a situation where personal injury or death may occur. If you use the Products for such unintended and unauthorized applications, you do so at your own risk and you shall indemnify and hold Dynastream and its officers, employees, subsidiaries, affiliates, and distributors harmless against all claims, costs, damages, and expenses, and reasonable attorney fees arising out of, directly or indirectly, any claim of personal injury or death associated with such unintended or unauthorized use, even if such claim alleges that Dynastream was negligent regarding the design or manufacture of the Product.
    [Show full text]
  • Nrf5 SDK for Thread a Complete Software Development Kit to Build Thread Compatible Products for the Smart Home
    nRF5 SDK for Thread A complete software development kit to build Thread compatible products for the smart home. Product Overview KEY FEATURES Nordic offers a complete solution for applications using the Pre-built OpenThread stack for nRF52840 Thread networking protocol. nRF5 SDK for Thread takes a full Based on nRF5 SDK advantage of multi-protocol capabilities of nRF52840 SoC by offering support for concurrent Thread and Bluetooth® Low Examples for all Thread roles Energy operation. The nRF52840 SoC and the nRF5 SDK for Support for OpenThread network co-processor Thread makes a powerful solution for battery powered sensor nRF5 SDK for Thread includes Thread/Bluetooth LE dynamic devices in the smart home. To further ease development, the so- multiprotocol solution lution also includes development tools like the Thread topology Fast security execution using the on-chip ARM® Cortex™ monitor and a demo border router based on the Raspberry PI™. -M4F processor cryptographic accelerator Thread networking protocol Support for DFU over Thread The Thread networking protocol was designed to easily and CoAP application layer example securely connect hundreds of devices to each other and to the cloud using real Internet Protocols over a low-power, Border router and cloud connectivity example wireless mesh network. Built on open standards and with PC tools: Thread topology monitor IPv6/6LoWPAN protocols, Thread’s approach to wireless networking offers a secure and reliable mesh network with no APPLICATIONS single point of failure, simple connectivity and low power. The Smart Home Thread standard is a stack built on top of well-established y Some detectors protocols and technologies, such as IEEE 802.15.4, 6LoWPAN, y IPv6, and UDP.
    [Show full text]
  • Digi Xbee® 3 Zigbee RF Module
    Digi XBee® 3 Zigbee RF Module Migration Guide Contents Introduction ........................................................................................................... 3 What’s new ............................................................................................................. 3 Specification considerations ................................................................................. 3 Part number migration guide ................................................................................ 5 Legacy part number migration .................................................................................................... 5 Micro form factor - New to XBee 3 ............................................................................................... 5 Pin signals ............................................................................................................... 6 Configuration ......................................................................................................... 6 Digi XBee 3 Zigbee 3.0 functional migration considerations ............................... 6 Hardware and I/O considerations ............................................................................................... 6 UART considerations .................................................................................................................... 7 Sleep considerations .................................................................................................................... 8 RF considerations ........................................................................................................................
    [Show full text]