Technology is a fundamental part of the smartphone market, and it's one of the main focuses of attention whenever a new device is launched. Samsung knows this and is already working on the technology of your future in the short and medium term, both in its Galaxy S and Galaxy A models as well as in the foldable Galaxy Z Fold and Galaxy Z Flip families.
New Samsung technologies: three points of attention
The latest news around Samsung talk about three focus of attention in which to develop their most immediate technologies. We're talking about better batteries, top chips and better sensorsWith all this, the Korean company aims to improve its devices in terms of raw performance, battery life, security, and everyday user experience.
They also represent three very important pillars for users. Smartphone batteries are often one of the main criticisms due to the short actual duration and its rapid deterioration with repeated charging cycles. The sensors refer to the fingerprint sensor, which is increasingly being replaced and transformed into under-display solutions or more advanced biometric systems. And faster chips are good news for all users, as they allow for a improved performance in apps, games, and AI features.
These classic pillars are now joined by new layers of innovation specific to the Galaxy ecosystem: the native Galaxy AI integration In high-end mobile phones, the evolution of the Galaxy Z Fold and Z Flip foldable families, the launch of the Galaxy Ring and the latest generation Galaxy Watch, as well as future formats like TriFold smartphones and extended reality (XR) glasses. All of this makes Samsung one of the manufacturers that is most quickly bringing new technologies from the lab to the user's pocket.
Graphene batteries: higher capacity and faster charge
El graphene seems to continue positioning itself as the material of the future in the technological field. Samsung is developing and patenting batteries using this material. Being successful here would have two very clear benefits: batteries with greater capacity and capable of loads much fasterThis is key in a context where mobile phones incorporate large screens, powerful processors, and advanced artificial intelligence functions that demand more energy.
We would be talking about an approximate increase of up to 45% capacity and the possibility of having a full charge in less than 30 minutesThinner devices could also be achieved, since graphene batteries could deliver more energy in less space, leaving room for better camera systems, higher-quality speakers, or dedicated AI components.
This type of battery is complemented by other innovations that Samsung already applies to its current Galaxy phones, such as the smart consumption management Through AI, adaptive usage profiles, and automatic optimization of brightness and refresh rate, the brand is combining its battery expertise with the health-tracking capabilities of devices like the Galaxy Watch and Galaxy Ring, allowing the ecosystem to more precisely adjust power consumption based on user activity.
It is the most long-term developmentTherefore, we must continue to wait for its mass integration, but it already marks the direction in which future Galaxy devices will evolve: much greater autonomy in less charging time and with less deterioration over the years.
Fingerprint sensors under the screen: the eternal patent
From fingerprint sensor under the screen We've talked about Samsung before. It's the eternal patent, the eternal advancement that never seems to arrive in perfect form. It was already rumored for the Samsung Galaxy S8, but for a long time we haven't seen how this new Samsung design would work in a mass rollout. The fingerprint sensor has posed a challenge for manufacturers with the new bezel-less designs, to the point that the Koreans themselves... They replaced the back cover of the Galaxy S9 to reattach it.
Today the trend is increasingly precise in-screen sensorswith enlarged reading areas and improved responsiveness even when the finger is slightly wet or dirty. Samsung's vision goes a step further: integrating biometric authentication into a comprehensive security system that includes facial recognition, hardware-encrypted keys (Samsung Knox), and continuous identity verification for certain sensitive transactions.
However, the patent has already been approved. After being registered in April of this year, it seems that Samsung is closer to its goal. With this technology, the screen would have 12 pressure points and the fingerprint sensor would be located directly beneath the panel. It would also serve to limit access to applications, for example showing only a small selection of images in the gallery application if a correct fingerprint is not identified, or filtering sensitive content in messaging apps or payment services.
The integration of these under-display sensors is combined with new software features such as Galaxy AI and the personal data engineThese features allow for recommending security settings based on context, blocking content when device sharing is detected, or limiting access to certain functions if the user is not properly identified. All of this is reinforced by Knox MatrixSamsung's security platform that connects smartphones, tablets, watches and other Galaxy devices, ensuring continuous protection.
Large-format devices, such as Galaxy Z Fold foldableThese are the ones that benefit the most from having an accessible sensor anywhere on the internal screen, especially when used as mini-laptops with multiple windows open, or when unlocking is combined with the use of the S Pen and Samsung DeX.
10 nanometer chips: the second generation arrives
Samsung's latest development in this article refers to the 10 nanometer chips, which are now in their second generation and it seems that they will enhance the next Snapdragon 845. It will be a performance increase by 10% and 15% less battery consumption. If the rumors are true, this would be the breakthrough that would reach consumers first, given that they would be used for Galaxy S9 and S9 Plus.
Since then, Samsung's roadmap has continued to evolve toward even smaller and more efficient manufacturing processes, with 5nm and 3nm chips powering the latest generations of Galaxy S and Galaxy Z phones. These processors integrate dedicated NPUs (neural processing units) capable of running artificial intelligence tasks locally, reducing dependence on the cloud and improving privacy.
Within the context of potential advances in the chip industry, the biggest leaps are still to come. But this is just one of three advancements Samsung is preparing for the coming years. In the short term, faster phones; in the medium term, more advanced under-display sensors and AI-powered photographic experiences; in the long run, better batteries with new materials and virtually instant charging. And, at all times, improvements for users in gaming, professional apps, photography, and 5G connectivity.
The latest processors in the series Galaxy S25 The foldable Galaxy Z Fold and Z Flip integrate dedicated Galaxy AI capabilities, enhancing performance in real-time translation, content creation, video editing, and speech recognition. Combined with Dynamic AMOLED 2X displays, high refresh rates, and optimizations like ProScaler, the result is a smooth experience even with multiple apps open and windows active in multitasking mode.
Galaxy AI: Artificial intelligence integrated into Samsung mobiles
We are going to explain to you What exactly is Galaxy AI?The artificial intelligence system with which Samsung enhances the capabilities of its high-end phones. It's not an AI with specific functions, but rather an AI foundation upon which various options affecting communication, productivity, photography, video, and personalization will be based.
Galaxy AI is Samsung's bid to enter the field of artificial intelligence natively on the device. It integrates into the phone as a layer that It promotes several of the new options that the devices bring, from the keyboard to the camera, including the voice recorder, the browser or the notes app.
Samsung's approach differs from solutions that require a specific website or app to function. Their proposal is to... integrate AI into the phone itself to power different options so that this AI can be used for real-world, everyday use cases. Therefore, Galaxy AI integrates with several features, which have been the major innovations of the manufacturer's new phones.
Galaxy AI is not an application or a specific function, but a cross-cutting technology which is used for various internal purposes in phones: simultaneous translations, smart summaries, writing assistance, AI photo editing, personalized recommendations, and better context for user actions.
What does Galaxy AI offer in everyday use?
The first option offered by Galaxy AI on Samsung's new phones is Circle to Search, developed in partnership with Google. Simply put, You will be able to search for any element or image that appears on the screen from your mobile device. If you're watching a video, viewing a photo on social media, or browsing content in your browser, you can activate the function, select the item you want to search for on the screen, and the search results for that item will appear, with the option to add text to refine your query.
Another option is real-time translation of voice callsIf you call someone who speaks a different language, the AI ​​will translate what one of you says and play it back to the other person. This way, you can communicate by phone with anyone, even if they don't speak your language. The other person doesn't need a Samsung phone for this technology to work, and you can adjust whether you want to hear the original voice, just the translation, or both.
Also includes a Interpreter mode To converse with other people around you. The phone listens and translates what a person says on the screen. You speak in Spanish, the phone translates to the other person's language, and vice versa. This can be used for both voice and text communication, useful for travel, quick meetings, or situations where background noise makes it difficult to hear.
In addition, Galaxy AI integrates a AI translator on the keyboard on Samsung phones. When you're typing something, you can translate it in real time into another language, with grammar and style suggestions to improve the text. It can also analyze text you receive through apps like WhatsApp and translate what they have written to you, thanks to Samsung's collaboration with various messaging platforms.
The Notes app uses Galaxy AI to transform handwritten text from the S Pen, transcribe it, format it, generate summaries, and suggest clearer structures. Similarly, the Recorder app can transcribe speech to textThe browser uses Galaxy AI to translate web pages and summarize long articles, while the Gallery app includes a generative editor capable of moving, removing, or enlarging elements in a photo and naturally filling the background. It also identifies different speakers and creates automatic summaries.
All these AI features are offered with different notices and terms of use: they usually require You are logged into your Samsung Account.Internet connection required for some capabilities, and it is noted that results may vary and accuracy is not guaranteed in 100% of cases, especially in complex languages ​​or noisy content.
In the latest models, many of these capabilities are combined with other advanced services, such as Now Brief to display personalized daily information (sleep, weather, schedule, Samsung Wallet coupons or Samsung Health energy score), or video editing features such as Auto Trim and AI sound analysis, which distinguish voices, music, background noise or wind to improve audio quality.
Galaxy S, Galaxy Z and Galaxy A series: how these innovations fit together
Samsung structures its smartphone catalog into several main families, all of which benefit to a greater or lesser extent from these new technologies. in batteries, chips, sensors and Galaxy AI:
- Samsung Galaxy S: The top-of-the-line range features advanced technology, exceptional performance, and Dynamic AMOLED 2X displays. Models like the Galaxy S24 Ultra, S24 Plus, S24, and S23 FE offer comprehensive cameras with features such as Nightography, ProVisual Engine, and, in the Ultra models, Integrated S Pen for productivity and creativity.
- Samsung Galaxy Z: The foldable phone family, with devices like the Galaxy Z Flip and Galaxy Z Fold, allows you to enjoy an external screen for notifications, selfies, and widgets, and a large internal screen that offers tablet-like experiences in your pocket. They incorporate features like Aluminum Armor, water resistance, and reinforced hinges designed for durability. hundreds of thousands of folds.
- Samsung Galaxy A: This range prioritizes value for money. Models like the Galaxy A35 and A55 offer Super AMOLED screens up to 6,6 inches, good everyday performance, and very capable cameras, bringing premium features to tighter budgets.
Furthermore, the Galaxy S25 series takes another step forward by concentrating the most powerful features of Galaxy AIFeatures like Cross App Action let you execute tasks from start to finish using voice commands, and Now Brief lets you check your sleep, weather, schedule, and more at a glance. On the hardware side, it integrates Qualcomm Snapdragon 8 Elite chipsets for Galaxy and display technologies like ProScaler, designed to deliver a smooth experience for gaming, multitasking, and multimedia.
As generations progress, many of these capabilities will also make their way to future foldable Galaxy Z phones, TriFold smartphones, and Samsung's XR glasses, reinforcing an ecosystem in which AI, performance, security, and new screen formats They combine to redefine what a Samsung Galaxy smartphone can do.
This whole set of innovations—from graphene batteries to Galaxy AI, including under-display sensors and increasingly efficient chips—positions Samsung as one of the brands that most quickly translates R&D labs into practical applications. tangible improvements for the user, whether they are looking for a top-of-the-range S series model, a futuristic foldable Z family model, or a balanced A series model.
