Compare Satellite Solutions 2024

Satellite Communications Device: Compare Solutions

Discover the Best Mobile Satellite Solution for You

Compare Mobile Satellite Solutions

When choosing a global satellite solution for communication in remote locations, it’s important to consider your specific needs and understand the difference between satellite messaging devices, satellite phones and portable satellite data hotspots . Here’s where you’ll find everything you need to compare solutions and determine which device is best for your needs.

Whether you need to stay connected while travelling off-grid or to feel safer and more productive at remote work sites, mobile satellite solutions offer a range of capabilities and network coverage, at various price points. Let’s explore them.

Features Satellite Communicator Satellite Phone Portable Satellite Data Access
Usage Scenario Best for low-cost and lightweight messaging tracking and SOS Best for low voice calling from remote areas Best for Wi-Fi data services for communication, and file transfer from the field
Portability Fits in pocket Fits in backpack Fits in backpack
Battery Life 200 hours Average of 5.9 in-use hours and 57 standby hours Average of 5 in-use hours and 25 standby hour
Voice Calling No Yes Yes
SMS text Yes Yes Yes (messaging apps such as WhatsApp, Outlook, PredictWind and more)
Email Yes, up to 200 characters No Yes
GPS Location Tracking Yes Yes Yes (with third-party add-ons)
SOS Alerting Yes Yes Yes
Internet Connectivity No No Varies from 88 Kbps to 1Mbps
Network Coverage Varies by network Varies by network Varies by network
Price $ $$ $$$

Satellite Solutions FAQs

Want to dive deeper into which satellite solution is right for you? Check out the frequently asked questions to learn more.

Satellite Communicators

Satellite communicators, also known as satellite messengers, are designed to provide satellite-based messaging (text/SMS and email) and tracking capabilities in areas where cellular networks are unavailable. These compact, rugged devices leverage satellite networks to provide messaging, tracking and emergency SOS capabilities in even the most remote places. Their ease of use and affordability make them essential gear for outdoor enthusiasts, sailors and remote workers, ensuring safety and connectivity in remote environments.

How does satellite messaging solutions work?

Satellite messaging solutions, such as ZOLEO, work with the user’s smartphone to enable seamless messaging coverage in remote areas by connecting to satellite networks. These devices transmit messages to satellites, which relay the signals to ground stations that route them to their final destinations, such as email servers or mobile phones via SMS. Satellite communicators typically include GPS for location tracking, emergency SOS alerting, and Bluetooth capabilities so users can pair the device with their smartphone.

Satellite communicators are more affordable, and easier to use than satellite phones. Messaging devices like ZOLEO only require a brief connection with the satellites in the sky to transmit messages, whereas making a voice call using a satellite phone requires a constant satellite connection for the entire call.

Who uses satellite messaging?

Satellite messaging is ideal for those who require dependable off-grid messaging connectivity at an affordable price, but do not need voice calling. Satellite communicators are popular amongst global travelers, outdoor enthusiasts who hike, camp, overland and sail, as well as businesses, government and NGOs with employees that travel or work in remote areas. The built-in tracking and check-in features also make satellite messengers a great solution for monitoring the journey of users on foot, in vehicles, or in small aircraft.

What is the battery life of satellite communicator devices?

Satellite communicators typically feature a long battery life. A device like ZOLEO offers 200 hours of battery life on a single charge. However, any wireless device needs to be charged periodically, so for extended travel it is a good idea to carry a portable power source.

Can satellite communicators be used indoors?

Satellite communicators are not designed for indoor use. Like all satellite devices, they require a clear, unimpeded line of sight to the satellites in the sky to transmit messages. However, with the right accessories like mounts, satellite communicators can be used in vehicles or in aircrafts.

How do satellite messaging service plans work?

Similar to traditional cellular phone plans, satellite messaging is usually offered through monthly service plans. Satellite messaging devices like ZOLEO offer a range of affordable monthly subscriptions, with bundled messages and the option to suspend service when not in use.

Satellite Phones

For decades, satellite phones have been the primary mode of staying connected while off the grid.

Satellite phones, such as the Iridium Extreme and IsatPhone 2, offer voice connectivity in remote environments where traditional cellular networks are unavailable. Satellite phones are typically ruggedly designed and provide global voice and text communication, GPS location tracking, and emergency SOS capabilities. They are ideal for anyone who requires voice connectivity in remote areas but are typically more costly than satellite messaging solutions.

How do satellite phones work?

Satellite phones can make and receive calls to/from cellular phones and landline phones around the world. There are different dialing options available to increase ease of use and reduce costs.

When you make a call using a satellite phone, it transmits directly up to a satellite in space then back down to a ground station on Earth. From there, it connects to landlines or cellular networks to complete the call. When you receive a call on a satellite phone, the call is routed through ground stations and then to the appropriate satellite. That satellite relays the signal to the satellite phone device.

To send or receive calls to a satellite phone, the device needs to be on, with the antenna deployed, and the device needs to have a clear view of the sky so it can transmit to satellites.

Satellite phones provide essential voice connectivity, and some include additional features like GPS location awareness and SOS alerting.

Who uses satellite voice calling?

Satellite phones are popular amongst individuals and businesses that require voice connectivity while traveling or working off the grid. Voice calling is also a preferred method of communication for many emergency response organizations.

Can satellite phone solutions be used indoors?

While satellite phones are designed to work best outdoors, with a clear line of sight to the sky, they can be used indoors with the right accessories. BlueCosmo offers a variety of docking stations, external antennas and cables that enable satellite phones to be used inside a building, vessel or vehicle.

How can you maintain strong network connection using a satellite phone?

When placing a voice call the antenna of your satellite phone must be fully extended and have an unobstructed view of the sky. This way, a passing satellite will be able to connect to your satellite phone.

The ability to connect via satellite helps to eliminate the dependency on congested cellular networks. Satellite enables a global connection when users are in the areas beyond terrestrial cellular networks, or if infrastructure is impacted by natural disasters (hurricanes, wildfires, earthquakes etc.).

Which devices offer satellite voice calling?

Three of the most popular satellite phones are the Iridium 9555, Inmarsat IsatPhone 2 and Iridium Extreme. These devices are self-contained, meaning they do not require additional software, like an app, to work. Users simply pick up the device and turn it on to make voice calls.

Iridium GO! and Iridium GO! exec® are app-dependent voice systems that allow additional features like Bluetooth connectivity. These devices allow you to use your own smartphone for a better calling experience. They also and support multiple simultaneous voice and data connections with a usage range of up to 30 m (100 ft) range from the device.

What is the battery life of satellite phone solutions?

Satellite phones offer an extended battery life, though it varies by model as outlined in the chart below.

Device Standby Battery Life In-Use Battery Life
Iridium GO! 15.5 hours 5.5 hours
Iridium GO! exec® 24 hours 6 hours
Iridium 9555 43 hours 5 hours
Iridium Extreme 43 hours 5 hours
Inmarsat IsatPhone 2 160 hours 8 hours

On extended trips, the battery on the satellite phone may get depleted, so it is always advisable to carry a portable power source or backup battery when going off-grid.

How do satellite voice calling service plans work?

Satellite voice calls are charged by the minute. Satellite phone postpaid plans are monthly subscriptions that are best for those who want ongoing network access, without worrying about running out of airtime minutes. Prepaid airtime SIM cards are a good option for those on a fixed budget because airtime minutes are purchased advance. BlueCosmo, offers both post-paid and pre-paid plans for satellite phones that operate on the Iridium and Inmarsat satellite networks.

Portable Satellite Data Solutions

Satellite data solutions, including satellite Wi-Fi hotspots and mobile satellite internet devices, extend the reach of internet service. They support various types of satellite-enabled communication, including light web browsing, voice calling, messaging and email access and more. While the specific data-based services and features may differ between devices, satellite data is a great alternative for those that need portable internet access when travelling off-grid.

How do satellite data solutions work?

Satellite data works by transmitting to the satellites in space then back down to a ground station on Earth. From there, a connection is made with the internet to complete the request. Portable satellite Wi-Fi hotspot solutions can range from 88 Kbps to 1Mbps. The bandwidth of the connection depends on the product. The portable satellite data solutions offered by BlueCosmo like Iridium GO! and Iridium GO! exec® are lightweight and fit inside a backpack, making travel with these devices easy.

Who uses satellite data?

Portable satellite Wi-Fi hotspots such as the Iridium GO! exec® are good options for users who want to stay connected while traveling or working off the grid. This type of satellite data is dependable, and popular amongst recreational travelers who want to keep in touch with those back home, sailors who require access to GRIB weather reports, and corporate and government organizations with remote worker or teams that need to stay in touch via email and messaging, or transmit small media files.

Land-use BGAN (Broadband Global Area Network) terminals are a great option for a remote office. The connection is fast but can be expensive. These devices provide high-speed (broadband) satellite-based internet connectivity in remote environments. Suitable for web browsing, email, and video conferencing, these portable, satellite data terminals are built to ensure reliable communication almost anywhere, making them ideal for emergency response, field research, media broadcasting, military operations, and businesses.

Can portable satellite data solutions be used indoors?

Yes, portable satellite data solutions can be used indoors. With the use of external antennas and cables, these solutions have a powerful enough connection to satellite networks to be used inside.

What is the battery life of satellite data solutions?

Satellite data devices and Wi-Fi hotspots, offer an extended battery life, though it varies by model as outlined in the chart below. As with all wireless devices, they need to be charged periodically, so it’s important to have access to a portable power source or spare battery.

Device Standby Battery Life In-Use Battery Life
Iridium GO! 15.5 hours 5.5 hours
Iridium GO! exec® 24 hours 6 hours
BGAN terminals 24 – 36 hours 3.5 hours

On extended trips, the battery on the satellite phone may get depleted, so it is always advisable to carry a portable power source or backup battery when going off-grid.

How can you make the most of a satellite internet connection?

Satellite data gives you access to data services on-the-go, but it is different than traditional terrestrial internet services. Before heading off-grid, it’s important to know the limitations of satellite data so you can make the most of your internet access remotely.

Satellite data has higher latency than traditional internet, which can make it difficult to connect to video calls. Sending compressed media files is slower and more expensive via satellite data, and the user needs to remain stationary while transmitting data. As with other satellite devices, the antenna on your device needs a clear line of sight to the satellites in the sky, so tree canopies and other physical obstructions may negatively impact connectivity.

Which remote satellite solutions offer satellite data?

BlueCosmo offers a range of satellite Wi-Fi hotspot products including the Iridium GO! and Iridium GO! exec® as well as BGAN terminals which serve as excellent, high-speed mobile satellite data solutions

Features Iridium GO! Iridium GO! exec® BGAN terminals
Voice calling 1 line 2 lines 1-2 lines dependant on terminal model
Data speed 2.4 Kbps 22 Kbps Up, 88 Kbps Down 240 Kbps to 492 kbps for background IP. Up to 800 kbps using BGAN HDR streaming. Dependant on terminal model.

How do satellite data service plans work?

Satellite data service plans costs and options depend on the product. BlueCosmo offers monthly service plans for voice, messaging and data for Iridium GO! and Iridium GO! exec®.

Some satellite data offerings, like Iridium GO! and BGAN terminals, can be leveraged with prepaid plans, where users pay for services in advance. These plans offer flexibility and control over usage without being tied to an ongoing contract.

Postpaid plans offer users the flexibility to pay for services monthly and cater to various needs including global internet access, remote communications, and IoT connectivity and pricing can vary widely depending on factors such as data usage, the number of devices, and specific service requirements.