This document discusses the background for why these products were developed and what the benefits are to the industry that makes IP mesh a commercially attractive solution.

This brief note will describe some of the commonalities and differences between the two.

This White Paper aims at drawing the map over the IoT connectivity terrain and to position the Radiocrafts Industrial IP Mesh (RIIM) among the other technologies, e.g. LoRaWAN, Wi-SUN and Wirepas.

The Wize protocol is the result of the development of a new LPWAN (Low Power Wide Area Network) solution based on Wireless M-Bus at 169 MHz.

The 169 MHz band was originally used for paging services in Europe, but when the cell phones were introduced as a mass market product, and pagers went obsolete, the frequency band was freed up for other services.

This white paper takes the reader thru the different solutions offered by Radiocrafts, highlights the advantages of each and guides the users to the technology solution best suited for them.

Wireless M-Bus is not limited to only metering applications. It is also an attractive solution for industrial wireless sensor networks.

In this paper Sensirions SHT-series of temperature and humidity sensors and ASP1400 differential pressure sensor are made wireless.

In order to reduce the cost of the infrastructure (reducing the number of gateways), the communication range for LPWAN is important.

This white paper aims to explain the different RIIM features which contribute to its high reliability

All radio modules from Radiocrafts intended for use in Europe, are or will be compliant to the RED directive before the directive comes into full force 2017-06-13.

The purpose of this document is to give the reader an easy-to-use path to making a good antenna selection/design with minimal effort and without extensive RF knowledge.

In this document, the performance of RIIM™ will be discussed in the light of the above-mentioned requirements.

In this whitepaper we will outline some parts of the required process needed for a product to be accepted in the market with one of our modules inside.

Omron's G9KC 4-pole high-power PCB relays can replace larger multi-pole contactors and 3 or 4 single-pole relays with one G9KC for 3-phase power supply models.

The purpose of this technical whitepaper is to provide a comprehensive overview of the basic alternation operation of ARM Duplexors.

Over the past three decades, connected tools have proven valuable on construction and assembly sites, reducing the time to complete tasks, improving workflow, and increasing worker safety.

The G9KB series achieves a high capacity of 600 VDC / 50 A (standard model) and 800 VDC / 100 A* (high-capacity model) through the control design of energizing current and bidirectional arc interrupting technology, thereby expanding your design possibilities.

G7L-X relay expands your design possibilities with high DC voltage switching (1000VDC or 600VDC ). G7LX has 2 pole contacts and efficient low coil holding voltage and bidirectional contact capability contributes to your design.

Growing demand for advanced digital surveillance solutions is accompanied by an increasing diversity of deployment scenarios, including outdoor, body-mounted, and mobile cameras.