Difference between revisions of "Meteobridge NBIOT"
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| + | ==Meteobridge PRO2 goes NB-IOT== | ||
| + | we are happy to announce an updated Meteobridge PRO2 version that has a NBIOT module installed which allows to acquire and share data in situations were no Internet connection is available. NBIOT equipped Meteobridge PRO2 will be available from the Meteobridge resellers in Europe soon. | ||
| + | The upgrade module is an internal option. Only thing that changes from the outside is that the right 2.4 Ghz antenna (when looking from behind) changes to a bit more bulky one that supports NBIOT frequencies. | ||
| + | |||
===What is NB-IOT good for?=== | ===What is NB-IOT good for?=== | ||
| − | So far Meteobridges were relying on an Internet connection in order to send | + | So far Meteobridges were relying on an Internet connection in order to send acquired weather data to external services. The need for an Internet connection does hurt in remote locations where no LAN/WLAN is available and setting up a mobile Internet access is too costly, too cumbersome or not possible because of weak mobile signal levels. To cope with situations like this many providers in Europe make use of an extension of the LTE/4G standard which also defines "Narrow Band - Internet of Things" transmissions which just allow for small data throughput but at much larger distances than mobile LTE/4G. These standard has been widely rolled out in many parts or Europe (Germany, Benelux, Austria, Switzerland, Italy) and 1NCE does provide SIM cards that have a prepaid data volume and life time of 10 years. During the last year we worked on making use of NBIOT as a plugin option for our Meteobridge PRO2 product line and we are now ready to launch. |
===Why no LaRaWAN?=== | ===Why no LaRaWAN?=== | ||
| − | LoRaWAN is very popular but despite also offering good connectivity in offsite locations it always needs a central gateway which acts like an access point that needs to be installed first and LoRaWAN devices connected to this gateway. The gateway needs access to the Internet by any of the classical ways. So you have to setup a LoRaWAN | + | LoRaWAN is very popular but despite also offering good connectivity in offsite locations it always needs a central gateway which acts like an access point that needs to be installed first and LoRaWAN devices connected to this gateway. The gateway needs access to the Internet by any of the classical ways. So you have to setup a LoRaWAN infrastructure first, which the clients can share. We don't think that this is the simple solution we are looking for. NB-IOT lets the clients directly connect to the Internet, it does not need a setup of in-between gateways and infrastructure. |
===How to make use of NB-IOT data?=== | ===How to make use of NB-IOT data?=== | ||
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===NBIOT Costs?=== | ===NBIOT Costs?=== | ||
| − | NBIOT equipped Meteobridges come equipped with a 10 year lifetime 1NCE SIM. That way all NBIOT costs are covered for the first 10 years (may be a few months less because the 10 year period starts when we buy a bulk of SIMs and the one in your Meteobridge might already be a few months old). After 10 years a new SIM will be needed. I really cannot say what a NBIOT SIM will cost in 10 years and what data volume one will get. | + | NBIOT equipped Meteobridges come equipped with a 10 year lifetime 1NCE SIM. That way all NBIOT costs are covered for the first 10 years (may be a few months less because the 10 year period starts when we buy a bulk of SIMs and the one in your Meteobridge might already be a few months old). After 10 years a new SIM will be needed. I really cannot say what a NBIOT SIM will cost in 10 years and what data volume one will get. Nevertheless, being fine for 9-10 years without additional costs is a compelling offering IMHO. |
| − | == | + | ==Setup== |
| + | setting up a MBIOT equipped Meteobridge PRO2 starts exactly like for any Meteobridge PRO2. For setup the PRO2 is connected to your LAN/WLAN as usual. Once you have completed setup and you want to place the PRO2 into the LAN/WLAN free wild, you just have to enable "Stand-Alone" mode on "Network" tab and press "Save and Apply and Reboot". After that Meteobridge will of course not connect to your LAN/WLAN anymore. You still can reach it by connecting your mobile device to the WiFI network the Meteobridge does setup. You find credentials (SSID, Passphrase) on network tab. | ||
Revision as of 18:08, 24 April 2024
Meteobridge PRO2 goes NB-IOT
we are happy to announce an updated Meteobridge PRO2 version that has a NBIOT module installed which allows to acquire and share data in situations were no Internet connection is available. NBIOT equipped Meteobridge PRO2 will be available from the Meteobridge resellers in Europe soon. The upgrade module is an internal option. Only thing that changes from the outside is that the right 2.4 Ghz antenna (when looking from behind) changes to a bit more bulky one that supports NBIOT frequencies.
What is NB-IOT good for?
So far Meteobridges were relying on an Internet connection in order to send acquired weather data to external services. The need for an Internet connection does hurt in remote locations where no LAN/WLAN is available and setting up a mobile Internet access is too costly, too cumbersome or not possible because of weak mobile signal levels. To cope with situations like this many providers in Europe make use of an extension of the LTE/4G standard which also defines "Narrow Band - Internet of Things" transmissions which just allow for small data throughput but at much larger distances than mobile LTE/4G. These standard has been widely rolled out in many parts or Europe (Germany, Benelux, Austria, Switzerland, Italy) and 1NCE does provide SIM cards that have a prepaid data volume and life time of 10 years. During the last year we worked on making use of NBIOT as a plugin option for our Meteobridge PRO2 product line and we are now ready to launch.
Why no LaRaWAN?
LoRaWAN is very popular but despite also offering good connectivity in offsite locations it always needs a central gateway which acts like an access point that needs to be installed first and LoRaWAN devices connected to this gateway. The gateway needs access to the Internet by any of the classical ways. So you have to setup a LoRaWAN infrastructure first, which the clients can share. We don't think that this is the simple solution we are looking for. NB-IOT lets the clients directly connect to the Internet, it does not need a setup of in-between gateways and infrastructure.
How to make use of NB-IOT data?
When the Meteobridge does send data via NB-IOT there needs to be a place where to drop this data and where the users can access the collected data. For Meteobridge we operate a server in the Internet, where the data is collected and you can pickup your data via simple HTTP GET requests. This service is free of charge. Instead of writing your own program to pickup data via a public available API from this server you can simply use a second Meteobridge at home (connected to the Internet) and select "NBIOT" as weather station. Now your Meteobridge at home is reading data the remote Meteobridge PRO2 NBIOT is sending. Voila!
NBIOT Restrictions
As the 1NCE data volume restriction for the 10 years of life time is 500 MB the Meteobridge can just report abt 30 sensors in 1 minute resolution and is based on massive compression. Furthermore the light weight UDP protocol is used, which is a "fire and forget" protocol where it is not checked if the data packet reaches the server. NBIOT takes care that the RF portion is done in hand shake, so no data is lost in the air. But data losses because it is lost somewhere in the Internet are not visible to the sender. We tested how big this "packets lost in the Internet" issue is and it turned out that 99% of packets are received fine, gaps are really minor.
But keep in mind, that a NBIOT connection can just transport compressed data of some sensors to our dedicated server in the Internet. As a result you cannot reach the Meteobridge GUI via remote login, the Meteobridge cannot feed weather networks, it cannot send emails, it cannot do FTP uploads or http requests. It is fully isolated apart of being able to send selected data to the dedicated server. This might does sound a bit harsch, but when you have another Meteobridge connected with the Internet, this one can do all the things mentioned before when being told to make use of the data the NBIOT Meteobridge has sent to our server.
NBIOT Costs?
NBIOT equipped Meteobridges come equipped with a 10 year lifetime 1NCE SIM. That way all NBIOT costs are covered for the first 10 years (may be a few months less because the 10 year period starts when we buy a bulk of SIMs and the one in your Meteobridge might already be a few months old). After 10 years a new SIM will be needed. I really cannot say what a NBIOT SIM will cost in 10 years and what data volume one will get. Nevertheless, being fine for 9-10 years without additional costs is a compelling offering IMHO.
Setup
setting up a MBIOT equipped Meteobridge PRO2 starts exactly like for any Meteobridge PRO2. For setup the PRO2 is connected to your LAN/WLAN as usual. Once you have completed setup and you want to place the PRO2 into the LAN/WLAN free wild, you just have to enable "Stand-Alone" mode on "Network" tab and press "Save and Apply and Reboot". After that Meteobridge will of course not connect to your LAN/WLAN anymore. You still can reach it by connecting your mobile device to the WiFI network the Meteobridge does setup. You find credentials (SSID, Passphrase) on network tab.
