Samsung prepares launch of Galaxy Watch Ultra 2 with 5G network and Snapdragon chip for July

South Korean manufacturer Samsung accelerates preparations for the introduction of its next generation of high-performance wearable devices to the global market. The launch of the Galaxy Watch Ultra 2 is scheduled to take place during the Galaxy Unpacked event, scheduled for July 2026. The equipment will hit the shelves with the mission of redefining the premium category standard, bringing substantial updates to its data processing capacity and mobile connectivity options.

The company’s strategy involves the simultaneous presentation of the smart watch and its new line of foldable smartphones, strengthening the ecosystem of interconnected products. The development of the new model required an extended engineering cycle, focused on ensuring significant technological leaps compared to the original version launched in 2024.

The external design will maintain the line’s characteristic visual identity, using a robust 47 mm case forged in titanium. The most profound changes, however, focus on the internal components, designed to maximize the operating system’s power efficiency and responsiveness during everyday use.

Internal architecture and advanced processing in the new wearable

The main technical change implemented by the manufacturer is the transition of the processing architecture. The device abandons the Exynos line in favor of the Snapdragon Wear Elite chipset, developed with cutting-edge lithography technology to optimize battery consumption.

This new processor offers native support for running artificial intelligence algorithms directly on the watch hardware. Local processing power reduces dependence on a paired smartphone for complex tasks, ensuring immediate responses from virtual assistants and monitoring applications.

The component’s thermal management has been redesigned to support continuous operation under elevated temperatures, an essential factor for users who participate in high-intensity outdoor sports. The hardware technical specifications include the following elements:

• Dedicated neural processing unit for artificial intelligence calculations.
• Internal memory expanded to 64 GB, intended for storing maps and media.
• Satellite location system with dual-frequency GPS for urban precision.
• High-fidelity motion sensors for extreme activity tracking.

Mobile connectivity and satellite communication in remote areas

The inclusion of native support for 5G networks represents a milestone in the brand’s smartwatch line, allowing data transfer rates significantly higher than previous generations. Essa technology makes it easy to instantly download complex navigation routes, play high-definition audio via streaming, and make voice calls with crystal clarity, operating completely independently of the Wi-Fi network or Bluetooth cell phone connection.

For environments where traditional telecommunications infrastructure is non-existent, the equipment incorporates NB-NTN satellite communication technology, aimed exclusively at emergency situations. The system allows adventurers, mountaineers and professionals located in isolated areas to send distress messages containing precise geographic coordinates to rescue teams. Communication redundancy elevates the device from accessory category to an indispensable personal security tool on remote expeditions.

Biometric monitoring powered by artificial intelligence

The BioActive sensor suite has undergone a rigorous calibration process to provide highly accurate clinical readings. The system continuously measures heart rate, blood oxygenation levels and electrical bioimpedance through contact with the skin of the wrist.

The integration of artificial intelligence allows the software to analyze the individual’s physiological history in real time. The watch cross-references physical effort data with recovery metrics to generate daily training suggestions tailored to the user’s current fitness.

Sleep monitoring has received updates to its rest phase detection algorithms. The device now identifies abnormal breathing patterns during the night, generating detailed reports that can aid in the early identification of disorders such as sleep apnea.

Brand engineers also work on implementing advanced metrics for detecting nutritional signals. The continuous reading of metabolic markers in a non-invasive way remains in the testing phase, awaiting approvals from health regulatory agencies in several international markets.

Energy autonomy and military resistance certifications

The equipment’s power supply is made up of a 590 mAh battery, whose autonomy is increased by the efficiency of the new Snapdragon processor. In optimized energy saving modes, the watch can exceed the 100 hours mark of continuous operation without the need for recharging.

The titanium structure is IP68 certified and withstands pressure equivalent to 10 ATM, enabling use in moderate depth dives. The 1.5-inch AMOLED display is protected by a layer of sapphire crystal, a material highly resistant to scratches and direct impacts, ensuring legibility of information under intense sunlight.

Market strategy and connectivity variants

The manufacturer’s commercial planning foresees the availability of two different variants of the product to meet different consumer profiles. The division between models with 4G LTE connectivity and full 5G versions aims to adapt the final price of the device to the reality of each country’s telecommunications infrastructure.

The exclusivity of satellite communication functions will be maintained in top-of-the-line models, justifying the premium positioning in the brand’s portfolio. Global sales should begin a few weeks after the official announcement, with a variety of bracelet options and finishes that maintain compatibility with accessories from previous generations.

Software integration and usability in the ecosystem

The device will be sold with the latest iteration of the Wear OS operating system, the result of ongoing collaboration between the South Korean manufacturer and Google, guaranteeing access to a vast catalog of third-party applications and navigation services optimized for small screens. The user interface has been meticulously adapted to the Ultra model’s specific screen format, maximizing the usable area for displaying detailed notifications, sports performance graphs, and home automation device control panels. The inclusion of a physical, customizable action button on the side of the case allows users to set up quick shortcuts to start timers, activate the emergency flashlight or register the start of a specific physical activity with a single touch, eliminating the need to navigate complex menus while the individual is in motion or wearing protective gloves.

Expectations for the official presentation event

The unveiling of the device at Galaxy Unpacked will consolidate the company’s position in the high-performance wearable technology segment. The market awaits confirmation of suggested prices and the initial list of countries that will receive full support for satellite network features.