For this application you will need a satellite transceiver that can manage higher data rates than, for example, a modem connecting to a single sensor. We would typically recommend Inmarsat’s BGAN M2M service, or Iridium’s Certus 100 service, both of which have the bandwidth to transmit aggregated gateway data.
Most gateways are fixed rather than mobile, so BGAN M2M is an option as long as you have clear line of sight to the satellite (learn more about this). If it’s in a mountainous or wooded area, at extreme North or South latitudes, or if ease of operational deployment is a priority, a Low Earth Orbit (LEO) constellation like Iridium Certus is likely to be a better option as satellites are constantly passing overhead.
Both have an IP-based option for transmission which is helpful if you are looking for a plug-and-play option. Iridium Certus 100 also has a message-based option, called Iridium Messaging Transport, which is a more cost-effective use of satellite airtime.
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Benefits of Satellite Connectivity for Gateway Data Backhaul
Low Power
If your gateway is in a remote location, it may lack mains power. If so, your satellite transceiver will need to be able to operate on battery or solar power. Our new RockREMOTE Rugged Mini and Mini OEM devices were designed with this requirement in mind.
Global Coverage
We work with established satellite network operators who have 100%, or close to, global coverage. Oceans, forests, mountains, deserts – you’ll be able to retrieve your sensor data. These network operators also offer low latency of <2 seconds - close to real-time.
Cost-Effective
Satellite can be highly cost-effective, and we’re experts in making sure you extract the most value from your airtime connections. For example, sending your data via messaging as opposed to TCP/IP can decrease your costs tenfold. Learn more about messaging vs. IP.
Interoperable
We can work with almost any protocol, from FTP to Modbus, and have developed a Satellite IoT Gateway that allows you to use MQTT coupled with Iridium Messaging Transport. This delivers low latency, easy to implement, cost-effective, reliable and secure connectivity.
What To Consider When Selecting A Satellite Solution
Location
For commercial applications you have a choice of Low Earth Orbit (LEO) or GEO satellites (learn about the difference). GEO is a great choice if you have line-of-sight to the satellite. That’s less likely if you are in a mountainous, wooded, or built-up area. A LEO constellation has satellites moving constantly overhead; this means you can use an omni-directional antenna. Read our guide to siting an antenna.
Latency
If you need to be able to act quickly on your sensor data, Iridium has very low latency, usually less than one second. This is because their satellite constellation is in LEO, so the signal doesn’t have far to travel. It also means that antennae can be small and discreet. Inmarsat / Viasat have GEO satellites, but still deliver your data in close to real-time – less than two seconds. A third option is
a new satellite constellation, who may have only two or three orbiting satellites. If you can manage receiving your data once or twice a day, this could be an option.
Data Optimization
Sending data over satellite is more expensive than terrestrial networks, so considering what data you need to send, and how frequently, are key considerations. Our recommended devices for gateway connectivity all have edge processing capabilities, so if this is missing from your gateway, you can use the satellite transceiver to manage your data.
IP vs. Messaging
Satellite network operators give you the option of sending your IoT data via TCP/IP (for example, Iridium Certus 100 and Inmarsat BGAN M2M services), but it’s not the most efficient means of accessing the network. If you’re able to use a messaging service, your costs will be substantially lowered. If you’re using MQTT, great news: our Satellite IoT Gateway does all the heavy lifting of converting your data into a message-based format, and back.
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Recommended Devices
RockREMOTE
RockREMOTE Rugged
Cobham Explorer 540
Hughes 9502
Gateway Data Backhaul in Action
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16th January 2023Real-time Oceanic and Meteorological Telemetry with RockREMOTE
MTE’s Viking Buoy has been deployed across North America to deliver maritime IoT insights for the scientific research community. Here’s how upgrading to the RockREMOTE and Certus 100 service has helped further their mission.
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19th December 2022
Preventing poaching in Gabon with RockREMOTE IMT
Leveraging the new IMT satellite service by Iridium, RockREMOTE exposes integrators to an industry-standard MQTT interface. Ground Control’s development of a new Satellite IoT Gateway enables Digital Forest to quickly and easily integrate two-way messaging into their application using standard MQTT libraries for their platforms.
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25th October 2021
Facilitating Renewable Energy with RWE
RWE is one of the world’s leading renewable energy companies, and operates 5 hydroelectric stations in Wales, UK. This is an area of significant rainfall, which can lead to damaging and dangerous floods. But with enough advance warning, RWE can harness this rainfall and use it to supply more renewable energy to the grid. This is how satellite connectivity made that possible.
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9th February 2023
BGAN M2M’s Role in Soil Moisture Monitoring to Help Combat Climate Change
As well as optimum vegetation and crop management through soil moisture monitoring, measuring soil moisture also helps to inform our understanding of how the natural environment responds to climate change. Here’s how the BGAN M2M service is supporting this initiative.
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Here to Help
If you need help backhauling your gateway data from remote locations, please get in touch! With 20 years of experience, we can help you make the best choices based on your requirements.
Please call us on us on +44 (0) 1452 751940 (Europe, Asia, Africa, Oceania) or +1.805.783.4600 (North and South America); email hello@groundcontrol.com, or complete the form.