Let us understand what a LoRa gateway is and how it operates, before diving into the theoretical jar of Swisscom LoRaWAN. It is based on the technique known as CSS or Chirp Spread Spectrum modification.
It replicates the FSK modulation to great extent and has lesser power characteristics. But we must note that the LoRa gateway can also be used for long-range communication purposes as well.
How does a LoRa gateway work?
The working of a LoRa gateway highly depends on the particular area it is operating in. Once the context of a region or area alters itself, the LoRa gateway would operate in a specific frequency band. In other words, the frequency band it is working in would change if the region changes.
To support this statement, one might give an end number of examples and justifications. It works in a frequency band of 915 MHz in the US, whereas, in Europe, it uses a frequency band of 868 MHz. The frequency band that it operates in Asia varies from 865 MHz to 867 MHz, and 920 MHz to 923 MHz.
What do we understand about Swisscom LoRaWAN?
Swisscom is considered as being one of the most creative and sustainable companies in the region of Switzerland. This statement can be justified by a set of factual statements. It has more than 19,000 employees working under it. It is also functional in Italy. Swisscom LoRaWAN offers a fast, sustainable and secure network and the highest bandwidths in Switzerland along with a significant mobile network.
Explaining the working of Swisscom LoRaWAN
The IoT (short for the Internet of Things), ever since has been connecting and assembling many devices to their consumer or one another as well.
The odds here suggest that this figure can even go as high as a few billions in the immediate years.
The first provider in Switzerland which has set a network purely dedicated to the Internet of Things is Swisscom. It has provided benefits like Low Power Network particularly curated for transferring data in small and concise amounts regardless of the electrical network.
This Low Power Network, also known as LPN, is responsible for setting the fundamentals and basic grounds for the IoT (Internet of Things), further helping the same for smart cities, smart buildings and even smart homes for that matter.
Many have indicated that there will be many devices in the future that will communicate easily with one another on an international global arena.
- To cite a few examples one can say, information about the occupancy or vacancy can be further sent to the traffic control system, which will assist the administration working there.
- When a package has arrived, the letterboxes, usually at the helm of the same, will send a notification.
- The heating meters transfer the reading of the meter (real-time) to the agency for that particular billing.
- Machines, as well as the devices, will report the breakdowns, setbacks or failures if the situation takes that shape.
- Sensors will also transfer the essential information of the present fashion or nature of fields which would further assist the farmers working in that space to get good results.
The Low Power Network also authorizes the devices or the objects to communicate with each other (cost effective and simple). This way, the status or position of that object could be made reasonable and plausible.
Based on the particular application, the sensors get the primacy of transferring or communicating data and information throughout the year. This is established as being autonomous of networks and batteries. The applications that need larger requirements of data, for example, four-wheelers, will certainly make use of a mobile network. They will seek advantages from the mixture of numerous networks having unique characteristics to offer.
The LoRa gateway is a radio modulation technology that is for wireless networks for LAN coming under the classification of LPWA.
On the other hand, Swisscom LoRaWAN is a protocol or a network that uses LoRa gateways. LoRa gateways are the centre of communication used for multiple links. The Swisscom LoRaWAN Is not just enhancing the world but also taking over it by giving many characteristics, benefits and advantages, as spoken of above. Modulation, Capacity, Battery, Security, Sustainability, Long-range, Low Power and many more are on top of that list.
The fact that it offers safety as well as security and that it prioritises the privacy of its end consumer before anything is what catches our eye. It does everything in authority to reduce cost and expenses and works for the longest of ranges.