Samsung is making sure it stays in the lead. Known for its powerful phones and in-house chipsets, Samsung has now officially confirmed a huge feature in its next big processor, the Exynos 2500 SoC. This new chipset will come with satellite connectivity, which means you could send messages without network coverage.
In today’s world of fast-moving tech, smartphones are becoming smarter every day, which is expected to happen soon. Samsung has partnered with Skylo, a company known for non-terrestrial network services, to bring satellite support in its devices. The chipset may first appear in the Galaxy S25 series, but the announcement shows Samsung is ready to take smartphone communication to a new level.
Exynos 2500 SoC to Include Satellite Messaging and NTN Modem Support
Samsung has now confirmed that the Exynos 2500 chipset will feature NTN (non-terrestrial networks) support, which makes satellite messaging possible. It means users will be able to send SMS even if they’re in areas without a mobile signal, like forests, mountains, or during network failure. This feature works using 3GPP standards, which ensures compatibility with international satellite systems.
This technology will help in emergency communication and will also support IoT (Internet of Things) services. Samsung’s partnership with Skylo will use geostationary satellites for this feature. Samsung has said the system will work both indoors and outdoors and will connect with other gadgets too.This kind of network support is new in Android phones, and Samsung is one of the first to confirm it in their own chipset. That’s a big move in mobile innovation.
Exynos 2500 SoC Specifications and Key Features You Should Know
Samsung’s Exynos 2500 is not just about satellite features. The new chip will offer a combination of power, speed, and smart features. It’s expected to be the heart of Samsung’s flagship phones in 2025. The processor is built using 3nm fabrication, which means better performance and efficiency.
It also includes on-device AI, advanced graphics, and support for high-resolution cameras and displays. Below is a quick look at what to expect from the upcoming SoC:
| Feature | Details |
| Chipset Name | Samsung Exynos 2500 |
| Network Support | 5G, LTE, Satellite (NTN) |
| Fabrication Process | 3nm |
| Satellite Connectivity | SMS and IoT via the Skylo network |
| AI Capabilities | Advanced on-device processing |
| Target Devices | Galaxy S25 Series, Foldables |
| Graphics | Improved GPU for gaming & video |
Exynos 2500 Expected in Galaxy S25 Series, Galaxy Z Flip 7 Launch Around the Corner
Although Samsung hasn’t said which phone will be the first to use this chip, reports say the Galaxy S25 series will be the likely one. The Galaxy Z Flip 7, which is expected to launch very soon, may not get the Exynos 2500, but the announcement is timed just before its reveal. This hints that Samsung is preparing something big for the next generation of foldables, too.
The Exynos 2500 is being made on a 3nm process, which is smaller and more efficient than previous versions. This means better battery life and higher performance for users. It is expected to compete with Apple’s latest chip and Qualcomm’s Snapdragon 8 Gen 4. Samsung could bring this chip to multiple flagship devices, including tablets and foldables. More power, more features—and now, even no signal won’t stop you.
Samsung’s Satellite Strategy May Expand Beyond Smartphones
Samsung’s big move to add satellite connectivity in the Exynos 2500 SoC could be just the beginning. Industry experts believe that Samsung might also include this feature in other smart devices like wearables, tablets, and even IoT gadgets.
With the rise of satellite communication, this technology can become part of Samsung’s entire ecosystem, making their devices more reliable during natural disasters, travel, or rural network blackouts.
The collaboration with Skylo and the support for NTN modems means the tech isn’t limited to just phones. Samsung could bring out smartwatches with emergency messaging, laptops with global connectivity, or even smart appliances that sync using satellites.
