Perfecting wireless technology

We have more than a decade of experience of providing and perfecting our frequency-friendly wireless technology. At the core of our offer we have our patent portfolio related to ultra-reliable and Future-Proof connectivity – providing unique benefits while based on relevant standards.

Here we explain some of the challenges we encounter while perfecting wireless technology and the difference we make. Just click on the icons below to know more.

The frequency spectrum

With billions of devices being wirelessly connected, the frequency spectrum is getting more and more congested – soon to become one of our most scarce natural resources.

Most connected products and almost all other wireless technologies like WiFi, Zigbee, Thread and Bluetooth Mesh all communicate on a single fixed channel and this congestion could make your wireless enabled product have degraded quality of service or even stop working completely. Will we soon be talking about the Interference of Things instead of the Internet of Things?

With that said frequency agility is crucial for a successful IoT deployment. To avoid a future communication breakdown, your wireless device needs to coexist along with other wireless technologies – not being interfered and not causing interference.

LumenRadio’s patented cognitive coexistence technology provides maximum robustness to RF disturbances and minimum effect on other wireless networks.


Wireless Mesh

Wireless mesh networks are networks where the devices themselves creates the coverage, and help forwarding the data. This eliminates the need for separate infrastructure; the devices will create the infrastructure themselves – reducing cost and complexity.

Since data is forwarded from node to node, the range from a device becomes less important, since the range now does not have to cover all devices, but instead is only required to cover the distance between two devices.

Wireless mesh networks are most often self-healing. In layman terms this means that if the link is bad (for instance due to a device failure or in case the surrounding environment has changed), the network will find a new route for the traffic. The network is thus not sensitive to changes made in the building. In other words, the network is future-proof!

Wireless Standards

Wireless standards enable interoperability, which is the ability for a product to talk to and understand other devices, from the sensor to the backend and Cloud. Using a wireless standard for your connected product gives you stability and in the end minimizes risk during you design.

Choosing the right wireless standard is a major challenge and the landscape is complicated. WiFi, Bluetooth Mesh, Zigbee, Thread, Contiki are just a few of them. LumenRadio’s MiraOS is a wireless standard but it’s not only one standard – MiraOS is built upon several standards!

Wireless standards is built of different protocols and those protocols are often standardized by organisations like the IEEE (Institute of Electrical and Electronics Engineers) and the IETF (Internet Engineering Task Force).


Cognitive Coexistence

Our patented Cognitive Coexistence technology is the foundation of our wireless technology offer and the main reason why we are the most resilient connectivity solution on the market today. No other player can today offer a more frequency-friendly and reliable protocol.

The number of wireless connected products are rapidly increasing and the majority of the connected devices rely on the same unlicensed frequency bands. This leads to a more and more congested frequency spectrum and the possibility of a communication breakdown – unless you have strategies for interference mitigation.

LumenRadio’s patented Cognitive Coexistence technology will like a weather station predict on a millisecond basis how the frequency spectrum will be utilized going forward. This prediction is used to adapt to the best available and least congested frequencies. By using our technology our customers products will be Future-Proof while they co-exist with other wireless technologies, not being interfered with or causing interference.

By being smart, being cognitive, we can detect, identify and adapt to the ever-changing surroundings, creating a true future-proof connectivity solution.


Low energy mesh technology

LumenRadio’s MiraOS enables ultra-low power consumption for battery-operated devices. The current consumption for meshing nodes is now reduced to less than 16uA, which enables more than 15 years operation in routing mode from an AA-sized battery.

This is significantly better than any other competing wireless technology and enables battery-powered products to run on the same battery throughout the whole lifecycle. This also means that building-wide battery-powered meshing connectivity for building automation is now for the first time feasible and can create great benefits for your business.

Ultra-low energy meshing technology is a key enabler for wireless products running in industrial applications since you eliminate the need of changing batteries throughout the whole lifecycle. This has been a strong demand for a long time, and by some even considered a dream – with LumenRadio’s technology it is now a reality.

Concurrent Bluetooth

The common solution to concurrent wireless technologies has been to simply add two wireless chips into the product (e.g. a Bluetooth-chip for user interaction and another chip for the building-wide network) – adding cost, hardware size and complexity and increasing the power consumption of the device. Running multiple protocols with stringent timing requirements, concurrently on the same chip by time-sharing the radio, poses a huge challenge.

LumenRadio has through dedicated and hard work cracked the nut and found a solution. In the latest releases of MiraOS it is now possible to, on the same chip, concurrently combine Bluetooth with the ultra-reliable, low energy, IPv6 capable, meshing network of MiraOS.

This means interactions between a wireless product and a smart device is now possible at the same time as the wireless mesh network is being fully operational. Concurrent Bluetooth operation opens up many desired possibilities such as intuitive and hassle-free commissioning and maintenance, locally extracting large data sets, or possibilities for end user interactions through a smartphone or tablet.