You can find more about seminar here.
Rather informal meeting is aimed on Czech and Slovak members of the IQRF Alliance.
During a networking dinner, guests will present their progress with devices based on the IQRF wireless technology, learn the latest news around the IQRF and have an opportunity to network with other members or IQRF enthusiasts.
Where: Potrefená Husa (Starobrněnská 3, Brno)
When: 24. 10. 2017, 16:00 - 22:00
One of the industry's desires is for EoT to be an innovative addition to existing trade fairs, which merges conferences, networks and exhibition into a higher, single entity – bound together by a common theme of growth, development and innovation. More about EoT.
The presentation topic is Mesh Networking with IQRF. Overcoming Challenges with mesh networks.
IQRF® is mature wireless technology, proven, reliable, robust, low power and secure.It can be easily integrated into any electronic product. Devices using the same and simple language are fully interoperable. IQRF® enables full local autonomy control and is complementary to standards as cellular, WiFi or Ethernet. IQRF® provides a strong base for vertical IoT solutions. Thanks to many years of development Microrisc and its spin-off IQRF Tech have been able to overcome many of the challenges connected with mesh networking, providing the designers with an easy to integrate ecosystem of RF products and solutions to operate in WPAN, WNAN and WLAN networks.
Presentation date: 2nd November - 10:00 - 10:50
Where: Herning, Denmark
When: Wednesday, October 25th 2017
10:00 - 13:00 Theoretical part
15:00 - 19:00 Pracitcal workshop
In the first part of the seminar, IoT experts will teach students more about all the components and devices of the IoT ecosystem and then under their leadership students will be able to pracitcally test all components.
Students will learn more about the IQRF technology, set up UP board for cloud connectivity, and try creating a dashboard using Node-RED.
Please apply for registration because the classroom capacity is limited.
All registered students will receive confirmation e-mail.
Thanks to the presence of the IQRF wireless technology, the system has completely new functionality. Our intelligent lighting control allows remote management of public lighting and industrial luminaires, including monitoring of unusual operating conditions. It is designed for all types of luminaires.
In addition to automatic behavior of the lighting system, it is possible to change the settings of individual luminaires manually by an authorized user. If the luminaire provides the option of adjusting various lighting intensities (dimming), this parameter can be changed as well.
The control unit (including IQRF gateway) communicates with all the luminaires wirelessly via the IQRF mesh network. At a short point in time, it sends all the IQRF receiving modules in the luminaires requests to change settings or query the current status. The IQRF receiving modules send back to the control unit responses to its requests and, moreover, transmit all memorized error states since the last communication.
IQRF receiving module can be placed directly inside the luminaire's construction if the dimensions allow it, or attached to a plastic pocket above the luminaire (via the NEMA connector). The receiving module checks the connected luminaire for its functioning. At defined intervals, the drawn current is measured. It can then evaluate deterioration or degradation of the luminaire in order to prevent an early failure.
Next to this project we plan to use the IQRF technology also in our air quality sensors as it is the best solution for local stationary deployments. Together with our telephony alarm notification service DAVOS MATRIX can bring an excellent added value for many IQRF based devices and solutions.
The event is in cooperation of the IQRF Tech and the sales partner BZ-COM from Israel.
Where: Avenue Conference Center, Sharon Street, 1, Airport City, Central District 7019900 Israel
When: September 12th, 8:30 - 15:00
Stay up-to-date thanks to the latest information from Marco Barbato, Director of PSM & Technical Department, and Šimon Chudoba, CEO of IQRF Alliance.
Wireless systems and wireless networks are key technologies today. These technologies are important for Internet of Things, Industry 4.0, mobile communication and other smart solutions. The IQRF wireless technology brings to IoT market advanced and innovative features such as low power mode, reliability, robustness of network and possibility to use it in various applications among many areas. Therefore, the Wireless Congress organizers contacted the IQRF Alliance and asked for its participation at the congress as the exhibitor.
The IQRF Alliance will bring many real products and solutions of its members to represent the advantages of the IQRF wireless technology. There will be professionals, developers and designers from different IoT areas who want more information about cutting edge technologies and how to stay up to date.
The congress is organized in cooperation of organizers of the electronica trade fair (technical Journal Elektronik and Messe München) together with German Electrical and Electronic Manufacturers' Association (ZVEI) and will be held in Munich, Germany, on November 15-16, 2017.
"The Wireless Congress is the forum of excellence for exchange of knowledge and experience among wireless professionals in research, development and application." (source: www.wireless-congress.com)
The webinar hosted by Marco Barbato from AAEON Europe and Šimon Chudoba from the IQRF Alliance is coming on this Friday - September 1st at 14:00 (Amsterdam, GMT + 01:00).
In this webinar, the hosts will provide an update about AAEON & IQRF solutions which can help customers to achieve the results in different vertical markets.
|Presenter:||Marco Barbato, Director of PSM & Technical Department|
|Šimon Chudoba, CEO of IQRF Alliance|
|Date and Time:||Friday, September 1st, 2017 at 14:00 (Amsterdam, GMT +01:00)|
|Program:||AAEON + IQRF solutions for IoT|
Using DCTRs (Data Controlled Transceivers) extremely simplifies and speeds up implementation of wireless connectivity and enables interoperability of devices from different vendors. DPA framework provides advanced tools and services such as OTA upgrades, mesh networking, remote service and much more.