Technical guide IQRF Technical Guide

Transcription

1 Smarter wireless. Simply. to make any device wireless, working in Mesh networks and connectable to Internet. Simply, quickly, without high investment. Technical guide IQRF Technical Guide

2 Complete platform for wireless IQRF is a complete platform including hardware (transceivers, gateways, routers, accessories, development tools), software, protocols, support and services. Makes devices wireless Makes devices connectable via Internet Makes devices simply accessible IQRF OS Operating system RF implementation IQRF IDE Development environment Network visualisation & management IQRF Cloud Cloud server IoT IQRF Wireless Mesh network Local control USB IQRF IDE Internet / LAN Free server cloud.iqrf.org IQRF gateways Plug & Play HTTP + AES GSM WiFi Ethernet IQRF Cloud Data Control Licensed server Devices with RF transceivers with OS (and DPA) inside MQTT + TLS Any Internet connection C, Java or Python devices e.g. Raspberry Pi 3rd party cloud e.g. Bluemix, InteliGlue or Azure IQRF DPA Network framework Application without programming IQRF SDK Libraries Rapid SW development IQRF zones Area coverage IoT Preliminary Free application support and a lot of services are available examples, reference designs, video tutorials, trainings, consultancy, development support, troubleshooting, IQRF Field Application Engineering (FAE) provides massive customer-facing help with applications (from an assistance with system-level design to complete turn-key solutions). Wireless your device using our transceivers Any device IQRF Alliance is a consortium of manufacturers implementing interoperable wireless connectivity in their devices. Interoperable devices made by various manufacturers can be mixed with each other. Besides of other benefits, IQRF Alliance members are entitled to purchase DCTR transceivers for discounted prices. 1 To make any device wireless, w orking in Mesh networks and connectable to Internet. Simply.

3 Complete platform for wireless IQRF technology IQRF is a technology for low power, low speed, low data volume, reliable and easy to use wireless connectivity in sub-ghz ISM bands, ranging tens and hundreds of meters (up to several kilometers in special cases or in networks) e.g. for telemetry, industrial control and automation of buildings and cities (street lights, parking etc.). It can be used with any electronic equipment, whenever there is a need of wireless transfer, e.g. remote control, monitoring of remotely acquired data or connection of more devices to a wireless network. IQRF is extremely easy to implement. TR transceivers IQRF is based on wireless RF transceivers (TR). Operating system (OS) supporting Mesh networking makes them powerful but unusually easy to apply. Specific functionality can be achieved by application SW placed by the user into the internal MCU. DCTR transceivers DCTR is a standard TR transceiver additionally supporting so called Hardware profiles (HWP), which are ready-to-use SW plug-ins enabling specific implementation without programming. The application is controlled just by sending and receiving commands and data via simple protocol (called Direct Peripheral Access, DPA). The implementation is even much easier than when programming. Full networking is completely ready. Mesh network In addition to normal operation, every (DC)TR can route packets for other Nodes to prolong the range and increase the reliability (Mesh network). Thus, for IQRF, dedicated routers are optional but not necessary. IQRF networking is very sophisticated, utilizes a lot of unique patented features but still remains outstandingly easy to implement. Just the addressees must be specified and then the packets are delivered transparently. Gateways Gateways (GW) are interface devices between IQRF wireless and other complex communication standards, either local (USB) or remote, wired (Ethernet) or wireless (WiFi, GSM), optionally enabling also Internet connectivity and easy implementation of Internet of Things. The most demanded GW feature is a datalogger. IQRF network GW A standard protocol e.g. Ethernet IQRF Cloud The easiest but powerful IQRF to Internet connection is IQRF Cloud. This is a server providing a transparent bidirectional encrypted channel between end devices in IQRF network and worldwide users. The datalogger connected to a database on the server allows complex control, data filtration and visualisation via API functions by using high-level standard tools like PHP, database and JavaScript. Additionally, simple remote management via a web browser is available as well. It is possible to use IQRF Cloud from basic version to implementation of the licensed server. Efficient development tools Hardware Kits and sets for rapid development and solderless prototyping Software IQRF IDE development environment (programmer, debugger, RF scanner, network management, visualization and testing) IQRF SDK development package for programming in C, Python and Java. Wireless can easily be implemented whenever Java runs. IQRF network GW Internet / LAN IQRF Cloud Simple control Configuration Complex control Design cost and time to market Powerful IQRF technology with such an ease of use and extended application support results in never seen low design costs and faster time to market

4 Transceivers IQRF transceiver (TR) is a tiny intelligent electronic board with complete circuitry needed to implement wireless RF connectivity. It is a key communication component of IQRF technology. Specific functionality is either given by an application software in MCU inside or achieved without programming simply by sending commands. Features Compact highly integrated design, no external components needed MCU with built-in IQRF operating system (OS) supporting Mesh networking Fully programmable in C language Data controlled approach (DCTR) for application even without programming License-free sub-ghz bands, worldwide (434, 868 and 916 MHz) RF output power up to 12.5 mw, programmable Range tens of meters in buildings, hundreds of meters in free space (up to several kilometers in special cases) per hop, up to 240 hops per packet Extremely low power: Standby < 100 na, receive 15 µa Peripherals Up to 12 I / O pins 2 SPI, I C, UART and other interfaces A / D and D / A converters Analog comparator PWM output Programmable timer (HW module) Interrupt capability Serial EEPROM Temperature sensor Voltage regulator (LDO) LEDs V V RF EEPROM Temperature sensor LDO voltage regulator MCU OS User application Peripherals 2 SPI, UART, I C Peripherals I / O 3 V See IQRF interfaces for detailed peripheral options. General illustrations. For individual TR types see respective datasheets. RF shielding Antenna Antenna connector RF IC Temperature sensor Microcontroller with OS EEPROM Voltage regulator 2 x LED 3 To make any device wireless, w orking in Mesh networks and connectable to Internet. Simply.

5 Transceiver highlights Built-in IQRF operating system (OS) Extremely low power consumption For applications fully programmed in C language nanoampers in sleep OS controls TR operation and provides an efficient set of functions for: A few microampers while receiving RF (transmission, receiving, ) The RX mode is the most important from the Buffer / packet oriented communication consumption point of view. IQRF smart transceivers Light but efficient, license free IQMESH protocol are extremely low power at this mode, which makes A lot of additional functions them great for battery-operated applications. No solution stack has to be compiled. Functionality is controlled by application code. Battery-operated network Coordinator and routers enabled Data Controlled Transceivers DCTR For applications without programming Higher level is DPA framework above OS. Ready to use DPA interpreter (so-called Hardware profile, HWP) uploaded in TR instead of common application creates an IQRF data controlled transceiver (DCTR). This enables much easier usage with transparent Mesh networking ready. No programming is necessary. Functionality is controlled by data and commands flow only. Simple commands specify where and what to perform NADR HWPID PNUM PCMD DATA Network address HWP identification Peripheral number Command Data (optional) Unique features Unique transceiver architecture with built in operating system patented. OS upgradable at the user. Robust routing algorithm for really working wireless Mesh networks patented Three independent encryptions: Bonding, Networking and User In-circuit debugging and network management supported by IQRF IDE development environment IQRF Data Controlled Transceivers for programming free application patented Simultaneous work in two networks enables networks chaining patented Low power modes: standard (STD), low power (LP) and extra low power (XLP), independently for receiving and transmitting Dynamic timing selectable number of hops and time slots Advanced Network Management Tools remote bonding of Nodes to network, backup, seamless replacement of network devices Real-time Discovery (routing paths found automatically) for transparent addressing of Nodes placed in random way FRC - Fast Response Command the fastest network control, management and data aggregation patented Bonding, Discovery and FRC also in low power mode Wireless upload easy and efficient way to upload application code into TR wirelessly (RFPGM RF programming ). Automated building of the network Wireless upgrades of all SW (OS, HWP, Custom handler and application code) simultaneously for all devices in a network Openness: IQRF is a generic technology. The user has control over all TR resources and the application. DPA protocol is open, free and documented. No license and carrier fees

6 Transceiver options DCTR option: nil Common transceiver DC Data controlled transceiver IQRF transceiver Transceiver type MCU type DC TR - 72 D A TF RF bands: nil 868 and 916 MHz (configurable) MHz (fixed) Other options: nil No other options T Temperature sensor F Metallic shielding not optional for (DC)TR-7xDx Antenna options: nil Soldering pad-hole (no antenna, no U.FL connector) A PCB antenna C U.FL connector (mini coax) Series Mounting Pins I/O TR-52D SIM 8 6 TR-55D Vertical TR-56D SMT TR-58D-RJ RJ TR-72D SIM 8 6 TR-76D SMT TR-77D ** SMT MCU Flash memory RAM EEPROM PIC16LF K 14 b 1024 B 256 B Serial EEPROM 2 KB 16 KB RF IC MRF49XA Spirit 1 RF power (max.) RF range* 3.5 mw 300 m or more *** 12.5 mw 500 m 1100 m *** ** ** LDO voltage regulator Yes Yes Yes Supply voltage V V V V V V Sleep 1.9 µa 380 na 1.9 µa 2.9 µa < 1 µ A ** Receiving LP 330 µa 235 µ A ** XLP 25 µa 16 µ A 15 µ A ** Temperature sensor Precision Precision Precision LEDs 2 2 A/D inputs RF shielding Optional Optional Yes Dimensions without antenna [mm] with antenna MCU Supply current * Up to specified value in free space ** Preliminary / To be defined *** When arranged with artificial ground as antenna counterpoise All parameters specified here are for guidance only, may depend on conditions and are subject to change. For exact parameters refer to IQRF datasheets and manuals. Antenna options RF shielding FCC compliant FCC certified Soldering pad-hole UF.L connector Built-in PCB Optional for TR-5xD Standard for TR-7xD Mounting options SIM connector SMT Vertical soldering Encapsulated, RJ-45 connector 5 To make any device wireless, w orking in Mesh networks and connectable to Internet. Simply.

7 Transceiver types TR-5xD family Mature TR-52D series TR-55D series TR-56D series Scale 1:1 TR-52D TR-52DA TR-55DA TR-56D TR-56DA SIM connector mounting Vertically solderable mounting For street lighting and similar usage Smallest form-factor Low consumption 12 I / O pins SMT mounting TR-58D-RJ TR-7xD family Proven TR-72D series Fully coated, RJ-45 connector Waterproof, ideal for street lights 12.5 mw, extended RF range Advanced RF features Enhanced parameters Extended IQRF OS AES 128 encryption Metallic shielding TR-72DC SIM connector mounting Ideal to start with IQRF TR-72DA Scale 1:1 TR-76D series TR-77D series Preliminary TR-7xD-WMB series All TR-7xDx series are available also as Wireless M-Bus transceivers Wireless M-Bus TR-76D TR-76DA TR-77DA TR-76D-WMB Smallest form-factor, 12 I / O pins SMT mounting Low price and consumption Extended blocking of unwanted signals EN 54-25:2008, subclause compliant For fire fighter and similar applications Modes S1, T1, S2 and T2 UART - Wireless M-Bus converter Without IQRF OS TR vs. DCTR Hardware of the both is the same, but: Both TR and DCTR allow application development under OS (fully programmed in C language) But only DCTR allows applications under DPA (applying ready-to-use HWP and optionally user-specific Custom DPA handler programmed in C) Compatibility and migration IQRF transceivers can work either peer-to-peer or in networks. IQRF transceiver allows implementation of network Coordinator as well as common networking device (Node), dynamically switched. It enables chained IQMESH subnetworks. Every network Node also works as a router in background. All IQRF transceivers (including network Coordinator and routers) can operate in standard (STD) or power saving modes (LP, XLP). RF parameters and features are configurable and programmable. IQRF transceivers allow upgrades to current OS version (released by the manufacturer). This can be done at the user (from OS v3.06d). TR modules are normally delivered with current IQRF OS version. However, any lower OS version can be ordered upon request

8 IQRF interfaces Simple interfaces are available directly at TR modules p Standard communication Full duplex SPI slave is the basic IQRF wired interface. It is directly supported by IQRF OS via a set of powerful functions and runs in OS background. UART, SPI master/slave and I2C master/slave are supported by MCU HW and can also work in background. Ready to use examples are available. Other standards (e.g. Dallas 1-wire) can be implemented by SW. Ready examples are available. Proprietary communication Any simple wired protocol can be implemented by application code. Other peripherals Supported by MCU HW: PWM, A/D and D/A converters, analog comparator, HW timer, For DCTR (data controlled) approach under DPA, without programming: DCTR transceivers are managed by Control interface, either locally (wired, from/to an optional control system) via SPI or UART or remotely (wireless, from/to IQRF mesh network). Other resources are accessible as standard peripherals with DPA framework support. User-specific peripherals and non-standard behavior of standard peripherals can be handled by Custom DPA handler. Battery check TR-72D Example: possible interfacing of standalone TR-72D plugged in SIM connector RF TR-76D PWM UART V 2 Multiple I C devices + Digital I/O 2-wire Battery check RAM EEPROM Serial EEPROM 1-wire Example: one of a lot of interfacing possibilities of standalone TR-76D + ~ Multiple Dallas devices Analog comparator Digital input Interrupt on change Wake-up from sleep Pulsing in background A/D converter D/A converter ~ ~ Complex standards (Ethernet, GSM, USB, WiFi, ) can be accessed via IQRF gateways. See next page. Standard 3-rd party devices are easily connectable to IQRF and cloud Standard devices with Linux, Windows, Java, Python or C++ and various embedded units programmable directly in C are easily connectable to IQRF (and cloud) thanks to IQRF shields and breakout boards and free SDK software package with libraries, drivers and SW tools. This enables wireless connectivity for PC, PlugPC, Raspberry PI, BeagleBone, Arduino, chipkit, Gemalto M2M and similar popular devices in very simple way. See pages To make any device wireless, w orking in Mesh networks and connectable to Internet. Simply.

9 IQRF gateways IQRF gateway (GW) is a plug and play device implementing an interface between IQRF and a complex communication standard. Furthermore, gateways offer additional functionality, e.g. extended performance, memories, date and time. Thus, they can be used for more complex tasks (e.g. data monitoring, collection and processing). Internal datalogger is optionally supported by IQRF Cloud server for even more user-friendly access via API and web interfaces, enabling remote monitoring, data logging and control utilizing high-level tools such as PHP, database and JavaScript which the users are familiar with. The GW firmware is fixed but configurable. Specific functionality can be achieved by an application program for (DC)TR inside the GW. The data controlled approach (wireless control without programming) is supported. For communication and configuration the following SW options are available: IQRF IDE environment, internal web server and an open communication protocol. Gateway operation modes Gateway a transparent channel between IQRF and a standard protocol. Datalogger data incoming from IQRF is automatically stored in GW buffer and optionally forwarded to the IQRF Cloud server hosted either by MICRORISC (free) or by the user oneself (licensed) for easy but secure access to data from GW and sending commands to GW, both via API or web interfaces. GW-ETH-02A GW-WIFI-01 GW-GSM-02A Ethernet IQRF Ethernet, LAN and Internet connectivity Datalogger and IQRF Cloud supported, IQRF DNS server available Open protocol and API functions also for UDP layer, supported by IQRF SDK libraries. See pages Internal web server WiFi IQRF WiFi, Internet connectivity WEP/WPA/WPA2 security, IEEE b/g compatible Datalogger and IQRF Cloud supported Open protocol and API functions also for UDP layer, supported by IQRF SDK libraries Internal web server GSM IQRF GSM / GPRS, Internet connectivity GSM quad-band 850/900/1800/1900 MHz Datalogger Dedicated to IQRF Cloud only TCP Server mode with static IP address GW-USB-06 GW-USB-05 USB IQRF USB, PC connectivity, portable Local access to IQRF, no datalogger and Cloud support USB Custom device and 3 CDC classes, supported by IQRF SDK libraries. See pages Suitable also as IQRF wireless programmer GW-USB-06C For mpcie See pages 16 and 17 Universal GW by IQ Home 3rd party gateways with IQRF inside Universal IQRF GW by IQ Home offers high flexibility, open HW architecture and Linux. Robust industrial GW by AAEON for harsh conditions GSM by CITIQ, WiFi by ZyXEL, Microcomputers like Arduino or Raspberry Pi can also be used as user IQRF gateways. See pages Industrial GW by AAEON 8

10 IQRF Cloud Characteristics Data exchange server between IQRF network end devices and worldwide users Easy control and access to data via Internet or LAN PHP, database, JavaScript and web interface applicable A new ready to use powerful communication technique efficiently supporting Internet of Things Plug and Play transparent bidirectional crypted channel between end devices in IQRF network and worldwide users enabling them to utilize high-level tools which they are familiar with Intended for WSN, AMR or similar telemetry applications primarily focused on collecting of data from wireless end devices Just an IQRF gateway (Ethernet, GSM, WiFi, ) providing Internet / LAN connectivity is required. No other hardware needed. Datalogger implemented in GW SW connected to the database on the server allows complex control, data processing and visualisation by using high-level standard tools like PHP and JavaScript via API interface Additional web interface for simple remote management via a web browser Focus on data security, https and AES 128 encrypted http protocols Fast access to large data, easy data processing and visualisation Simple development of user applications Very easy to implement. No or minimal configuration needed. GW gets automatically connected to IQRF Cloud. Data automatically accessible on the server. IQRF Wireless Mesh network IQRF gateways Plug & Play HTTP AES GSM WiFi Ethernet IQRF Cloud Internet / LAN Free server Complex control cloud.iqrf.org Data Control API HTTPS Web HTTPS Devices with RF transceivers with OS (and DPA) inside Licensed server Simple control Configuration Communication Client server communication Data from IQRF is logged in the gateway and then automatically uploaded to the Cloud server Data stored on IQRF Cloud is accessible via API and web interfaces Sending data backwards (e.g. to setup parameters or deliver commands to end devices in IQRF network) is also supported API interface For complex monitoring, control and automated processing Easy access to Cloud data by high level platforms (PHP, database, JavaScript, ) API commands: raw data read, filtered data read and data write. 9 To make any device wireless, w orking in Mesh networks and connectable to Internet. Simply.

11 IQRF Cloud Web interface For configuration, simple monitoring, control and maintenance Transmitted data under supervision Data export to CSV User account needed One account can manage multiple gateways Gateways may be shared for more accounts Cloud server implementation Hosted by CIS: IQRF Cloud server provided by contractual partner is available on cloud.iqrf.org. Free for non-commercial use, with imited number of gateways Professional Hosted by the GW owner: the user can operate one's own IQRF Cloud server (licensed). Cloud.IQRF.org

12 Routers, end devices and accessories IQRF components such as routers, gateways and end devices can be adapted by the user for specific functionality by programming of the main internal MCU (if applicable) and/or the (DC)TR inside, by configuration via USB, internal web server etc. Ready-to-use devices are upgradable at the user with the firmware released by the manufacturer. Generic devices are fully user-specific programmable. Routers TR transceiver as a background router In addition to normal operation, any (DC)TR can concurrently route packets for other devices. This routing is transparent from the user s point of view. E.g. TRs controlling heating radiators can route packets for all other radiators in the whole building, no dedicated routers are needed. Dedicated router No programming needed Configurable Supplied directly from mains RT IQRF unique: Battery operated routers enabled End devices Remote controllers Multifunctional sensor RC-04D-7 GW-USB-13A SHD-SE-01 Visual control panels IQRF conncectivity Touchscreen displays Rich in peripherals Fully programmable and configurable VCP-01 With OLED display Temperature, G-sensor, illumination, VCP-02 To be built-in Antennas Omnidirectional (small dimensions, range in hundreds of meters or about 1 km) Directional (range in kilometers) AN-09 AN-08 AN-01 AN-06 AN-07 AN-D01 Radiation patterns Planar 24 cm Yagi 60 cm Radiation patterns Using antennas for long range Counterpoise effect: RF range strongly depends on construction of the equipment, especially on PCB layout. One of the key factors is the distance of bulk elements like ground planes and batteries from the antenna. When located on proper position to create antenna counterpoise, such an artificial ground can serve to extend the range. RF signal stays omnidirectional, see Radiation patterns above. Example: Just a simple prolonging the space between TR and DK-EVAL-04A kit ( see page 15 ) by the RNG-EXT-01 extender to the right distance increases the range from 500 m to 1100 m. Custom antenna designs: The turn-key custom antennas can be designed by IQRF manufacturer. Connectors, cables, power supplies and service tools to scan and analyse RF spectrum are also available. 11 To make any device wireless, w orking in Mesh networks and connectable to Internet. Simply.

13 Networks IQRF routing IQRF transceivers implement light but efficient built-in IQMESH protocol supporting either simple wireless connectivity or even complex networks. Performance and reliability of any network especially depends on routing mechanism. IQMESH supports various routing techniques, numerous unique and often patented features and selectable parameters to fit the functionality according to project-specific needs. Routing algorithms can vary from having the complete paths under control with respect to given arrangement of individual nodes to discovering the routing structure fully automatically, quite transparently from the topology point of view. IQMESH based networks primarily use directional flooding scheme and TDMA frames which ensures an efficient and collision free traffic. A packet is typically propagated from the Coordinator to the Node for control purposes or back for a response or data collection. The forward routing mechanism is illustrated below: C R1 N5 N1 R2 R4 N2 N4 R3 Frame N3 R5 C R1 N1 R2 N5 R4 N2 N4 R3 Frame N3 R5 C R1 N5 N1 R2 R4 N2 N4 R3 Frame N3 R5 C R1 N1 R2 N5 R4 N2 N4 R3 Frame N3 R5 C R1 N1 R2 N5 N2 N4 R3 R4 Frame N3 R5 1 Coordinator Node Reached node Active node (TX) Available link Activated link Active time slot Fast response command Besides of other sophisticated networking features, IQRF transceivers have implemented a powerfull tool to address all or selected network Nodes and receive the response with optional data from all of them in the fastest possible time (from about 230 Nodes in about 30 s). This FRC (Fast Response Command) utility is patented. Networking with DCTR transceivers The DPA framework utilized in DCTR transceivers solves the routing transparently. Just the addressees must be specified and then the packets are delivered automatically. This, together with the data controlled approach with no programming needed makes DCTR very easy to implement. The entire network traffic is driven by simple commands only specifying where and what to perform. IQMESH features Dynamic timing: selectable number of hops and time slots to increase throughput and reduce power consumption and noise Bonding, Networking and User encryption Advanced network management tools: remote bonding of Nodes to network, backup, seamless replacement of network devices, Real-time Discovery (routing paths found automatically) for transparent addressing of Nodes placed in random way Bonding, Discovery and FRC also in low power mode Automated building of a network Simultaneous work in two networks enables networks chaining Wireless upgrades of all SW (OS, HWP, Custom handler and application code) simultaneously for all devices in a network

14 R T Development Specific functionality can be implemented into a transceiver in one of the two application levels: Data controlled, no programming Running under DPA framework Wireless control: Plug and Play completely without programming or with Custom DPA handler programmable in C language Extremely rapid development Mesh networking ready DCTR Extended user-specific functionality Fully programmable Running directly under IQRF operating system (OS) Application Extended OS functionality User-specific functionality is given by the application program (APP) in C language Mesh networking supported TR Mesh inside RF inside Programming and uploading process IQRF Startup package IQRF IDE IQRF programmer Hardware profiles Custom handler examples Examples Demos Reference designs Choose Optional or No programming! HWP.iqrf Modify Compile CH-example.c CH.c CH.hex Example.c APP.c APP.hex Upload USB e.g. CK-USB-04(A) W i r e d o r w i r e l e s s Upload OS HWP CH DCTR OS APP TR What is needed to start? Development set All hardware needed to start IQRF design applications in one box. Startup package All development software and documentation in one bundle. Free to download. Included also in the development set on the Flash drive. DS-START-04 or DS-DPA-02 How to start? Unpack Development set Install Startup Package Modify Example Compile IQRF IDE For DCTR with Custom handler or for non-dctr only Upload Programmer 13 To make any device wireless, w orking in Mesh networks and connectable to Internet. Simply.

15 Upload and evaluation Programmers / debuggers CK-USB-04(A) GW-USB-0x Other IQRF devices Standard IQRF programmers / debuggers USB gateways suitable also as wireless programmers See below (RFPGM) Some IQRF devices have internal programmer / debugger Upload Upload = writing an application code into a TR module Two upload methods: Wired upload Programmer Wireless upload RFPGM RF programming RF programmer Programmed TR in user equipment Mass programming Programmed TR in a programmer Programmed TR in user equipment TR is plugged in a programmer (via SIM connector) or populated in an end equipment and connected with the programmer by wires. TR is populated in an end equipment. For network development mass upload (into all network nodes in one stroke) is a must. IQRF IDE Programming Edit and compile application and upload the code into TR Debug Break, watch and continue Internal variables can be inspected after break SPI communication tool Raw packets and Terminal (text oriented) supported Packet inspector decoding and interpreting DPA packets DCTR support Testing and evaluation of DPA applications Network management, visualization and testing CATS RF programmer, DPA service tool and RF scanner Many other features TR module configuration, firmware upgrade in IQRF devices,

16 Development kits Node kit DK-EVAL-04(A) Universal evaluation kit for TR modules Host for TR modules in SIM card format Ideal for network applications development LiPol accumulator, portable Space saving (48 x 27 x 11 mm) Compatible with other IQRF DDC kits, see below DK-EVAL-04A Example: 25 kits operateded and charged using 6 cascadable power expansion boards Example: 5 kits operateded and charged using a cascadable power expansion board DDC Development Daisy Chain kits DDC-IO-01 DDC-SE-01 DDC-RE-01 Modular cascadable kits To expand interfaces and peripherals For solderless prototyping. No wiring. Compact, portable, small size mm Base kit DK-EVAL-04(A) with TR module ( see above) Internal accumulator supplies the entire chain I / O kit Sensor kit Relay kit Expansion kits with additional peripherals DDC-IO-01 I / O kit to control inputs / outputs DDC-SE-01 sensor kit to measure temperature, voltage and illumination DDC-RE-01 2 relay kit Example: three DDC kits chained DDC-76D-01 TR-76D adapter An adapter for solderless development of TR-76D transceiver applications. It contains DCTR-76DA transceiver soldered and the environment needed for efficient operation, testing and debug. All TR pins are accessible via connectors. DDC-76D-01 is intended to be used with CK-USB-04A or DK-EVAL-04A development kits and up to two DDC development kits connected. 15 To make any device wireless, w orking in Mesh networks and connectable to Internet. Simply.

17 Development sets, shields and breakout boards Development sets Optimized combinations of IQRF devices Ready-to-use examples fitting to typical tasks Documentation, demo SW and support included Affordable prices and favourable training Starter set For fully C programmable approach DS-START-04 All you need to start with IQRF Either for point-to-point or for a small 3-device network Starter set For data controlled approach, no programming DS-DPA-02 All you need to start with IQRF DCTR 6-device network Shield and breakout boards Adapters to connect TRs to 3rd party devices. For solderless development and prototyping. Supported by IQRF SDK. See pages For Raspberry Pi For Arduino, chipkit, For Bee slot KON-RASP-01 IQRF-SHIELD-03 IQRF-BEE-01 Raspberry Pi with KON-RASP-01 shield chipkit with IQRF-SHIELD-03 Arduino with IQRF-BEE-01 For mpcie GW-USB-06C connected via USB and mpcie Universal Any device with mpcie GW-USB-06C See page 8 IQRF-BB-01 Arduino with IQRF-BB

18 IQRF SDK Software Development Kit Open source software development package for various devices used with IQRF Wherever C, Python or Java runs, wireless can be easily implemented IQRF SDK (Software Development Kit) enables easy development of wireless network applications based on IQRF technology implemented with devices programmable in C, Python or Java. Devices Standalone MCUs programmable in C Standard devices like Arduino, chipkit,... Any proprietary device Any devices programmable in Java or Python Desktop or mobile Windows and Linux machines Embedded devices like Raspberry Pi, PlugPC, BeagleBone, Gemalto, Linux and Java or Python PlugPC Raspberry PI USB SPI GW-USB-0x KON-RASP-01 with DCTR Windows and Java or Python Linux and Java or Python Ethernet WiFi PC Tablet... IQRF-BB-01 GW-ETH-0x or GW-WIFI-0x USB GW-USB-0x mpcie BeagleBone GW-USB-06C SPI USB Without OS Programmable in C Gemalto M2M Java for mobiles SPI UART IQRF-SHIELD-03 IQRF-SHIELD-03 SPI UART Arduino IQRF-SHIELD-03 chipkit 17 To make any device wireless, w orking in Mesh networks and connectable to Internet. Shield and breakout boards see page 16 Simply.

19 IQRF SDK libraries Libraries, functions and examples enabling to easily build control software for wireless applications clibiqrf-mcu IQRF library for Arduino compatible MCU platforms programmable in C using TRs without DPA Implements IQRF SPI Master clibdpa-mcu IQRF DPA library for Arduino compatible MCU platforms programmable in C Implements IQRF DPA SPI Master and IQRF DPA HDLC UART Provides programming public interface functions for communication between MCU and DCTR transceiver The library can be used on both sides, either on MCU connected to DPA Coordinator or DPA Node. clibicdc IQRF CDC library for devices programmable in C++ with Linux / Windows Provides public interface functions for communication between PC and IQRF USB device equipped with the firmware supporting the USB CDC IQRF mode. The library is very lightweight and simple. No complex settings is required. IQRF UDP Daemon demo application provided clibspi IQRF SPI library for devices programmable in C with Linux SPI Master driver for Raspberry Pi support of IQRF DCTR-5xDx and DCTR-7xDx transceivers. IQRF transceiver is connected to Raspberry Pi via the KON-RASP-01 shield ( pylibiqrf IQRF library for devices programmable in Python Python application programming interface to access the IQRF platform. It includes support for both CDC and SPI interfaces. clibdpa IQRF DPA library for devices programmable in C++ with Linux and Windows (Raspberry Pi and others) A communication library with basic support of sending and receiving messages in DPA protocol format. The library is based on DPA.h file where the main message structures are defined. Messages are sent via the DpaInterface class. The core of the library is the DpaHandler class. jlibiqrf IQRF library for devices programmable in Java It provides functionality and especially united interface for communication with IQRF devices via several different communication protocols. Supported communication protocols are CDC, SPI, UDP and UART. IQRF-MQTT demo application provided jlibdpa IQRF DPA library for devices programmable in Java Light Java library for DPA framework. It helps with IQRF DPA timing and provides simple application interface for handling DPA requests, confirmations and responses. jsimply Framework for devices programmable in Java and utilizing IQRF DPA. IQRF DPA protocol is fully implemented and DPA peripherals are accessible via prepared Java objects. It provides a reference implementation for 3rd party devices and IQRF services such as upload HEX, IQRF and configuration files into the DCTR transceiver. The framework can also be run on the server and communicate with the GW via MQTT protocol. Demo applications for automated building of IQRF network and for automation control and data collection are provided

20 To make products wireless. Simply. Simple IQRF IoT Interoperable Secure Applications Smart Home Smart City Clouds IQRF Cloud MQTT + TLS Gateways Event logger GPRS Universal Eth/GSM/WiFi Industrial Ethernet Indoor Eth / GSM / WiFi Outdoor GSM Touch panel Ethernet Indoor WiFi IQRF DPA End devices IQRF Transceivers IQRF OS + DPA DCTR-72DAT DCTR-76DA DCTR-72DC-433 DCTR-76D-433 IQRF developer and manufacturer IQRF platform IQRF Alliance MICRORISC s.r.o. Prumyslova Jicin Czech Republic, EU Tel.: GSM: Web: sales@iqrf.org (commercial matters) support@iqrf.org (technical support) Web: Do It Wireless Website for makers Web: A consortium ensuring interoperability of DCTR applications IQRF Alliance s.r.o. alliance@iqrf.org Web: rev