écho

Network coverage

Before equipping a herd, the same question always comes up : will it work where I am ? Here is how to check, and above all how to read what you will see.

You have no operator to choose Our devices carry our own Swisscom SIM cards, with roaming. Abroad, the device connects automatically to the best network available locally, and switches if it needs to. You have no subscription to take out and no operator to compare. The maps below serve one purpose only : knowing whether there is network where you are, not which one to pick.

Which networks our devices run on

Our devices use LTE-M, also called 4G Cat-M1, and NB-IoT. These are low-power flavours of 4G, designed for connected objects and not for smartphones.

They reach further, get through obstacles better and draw infinitely less power than ordinary 4G. That is what lets a collar last a whole season, sometimes two, on a single battery.

LTE-M, 4G Cat-M1 and NB-IoT

Look for the 4G layer, not LTE-M

Operator maps rarely show LTE-M as such. Look at the 4G or LTE layer. Where there is 4G, there is almost always LTE-M, and it reaches further than the map shows.

A few hundred bytes, not video

A collar sends one message every five minutes. Where a smartphone struggles to load a page, our device gets through without trouble.

The simplest test in the world

Can you send a text message from your pasture ? Then there is enough network for our devices. It really is that simple.

Coverage gaps are not a problem

All our devices have internal memory. If part of your holding has no coverage, the data is stored there and delivered in full as soon as the animal moves back into a zone with signal. You lose nothing, you simply receive it later.

How to read a coverage map

Nearly every map shows three quality levels. The natural reflex is to want green everywhere. That is not necessary.

Good
Nothing to think about. Tracking will be continuous.
Medium
Plenty for our devices. This is the level at which you can decide with confidence.
Weak
It can still work, internal memory takes care of the rest. This is where a field test makes the most sense.

A map is a prediction, not a guarantee. It knows nothing of fine relief, vegetation or the way a hollow faces. From one slope to the next, everything can change.


The official maps, country by country

One reference map per country, chosen for reliability. Where the national regulator publishes a multi-operator map, that is the one we point to : it is neutral and covers every network at once.

Switzerland and Liechtenstein

Swisscom, our own network

View the map

France

Orange, widest national coverage

View the map

Germany

Bundesnetzagentur, all operators

View the map

Austria

RTR, regulator, all operators

View the map

Italy

Field measurements, all operators

View the map

Belgium

Field measurements, all operators

View the map

Luxembourg

Field measurements, all operators

View the map

Netherlands

Field measurements, all operators

View the map

Norway

Nkom, regulator, the three networks

View the map

United Kingdom

Ofcom, regulator, the four networks

View the map

United States

FCC, national map

View the map

Canada

Field measurements, all operators

View the map

Australia

Field measurements, all operators

View the map

In doubt, test it

Terrestrial coverage remains something indeterministic. Two neighbouring pastures at the same altitude can give opposite results depending on how they face and the relief around them.

If you hesitate, rent a single device for one season. You will know exactly what the coverage gives at your place, on your ground and not on a map, and what the tracking really consumes. It is the only answer that counts.

And if your pasture really is out of reach of any terrestrial network, the Kraftleben SatCom goes through the Globalstar satellite constellation. It works anywhere on the planet, with no ground infrastructure at all.