Garmin Forerunner 165 Mist Grey/Whitestone

AMOLED, or Active Matrix Organic Light-Emitting Diode, belongs to the OLED family of display technologies. This is the most advanced display technology on the market. Compared with competing technologies, it boasts faster response times, lower energy consumption, and sharper colours. You can also enjoy perfect black colour reproduction, which results in better readability in direct sunlight. AMOLED displays also offer wide viewing angles, which in the case of IPS displays reach almost 180 degrees. However, the disadvantage of AMOLED technology is its higher price and shorter lifespan.

Vďaka Garmin Pay môžete svoje športtestery Garmin použiť aj na bezkontaktné platby. Kúpte si občerstvenie priamo na tréningu. Či už beháte, plávate, jazdíte na bicykli, alebo lyžujete, možnosť platby priamo zo zápästia iste oceníte. Ako sa Garmin Pay aktivuje? Aké smart hodinky službu umožňujú? A ktoré banky Garmin Pay podporujú?

Funkcia, ktorá meria hladinu kyslíka v krvi. Viac o spôsobe merania a možnostiach použitia sa dozviete v našom článku.

A barometer is a sensor in a smartwatch that measures atmospheric pressure. It is used for weather forecasting, determining altitude and assisting in navigation. Its ability to provide data on pressure changes is crucial for outdoor activities such as hiking or climbing, where it can help in making safe decisions.

Galileo is Europe's global satellite navigation system that provides precise position and time information. The integration of Galileo into smartwatches improves location accuracy, which is advantageous for applications requiring accurate geolocation data such as maps, fitness and outdoor activity tracking.

Glonass is a Russian global navigation satellite system that works in parallel with the US GPS system. The use of Glonass in smartwatches is particularly advantageous for outdoor activities such as running, hiking, cycling or any other activity where tracking route, speed and distance traveled with a high level of accuracy is important.

An accelerometer is a sensor that measures and monitors changes in the speed of motion. In smartwatches, it is used to track physical activity such as step count, running, cycling and to recognize different types of movement. This sensor is the basis for fitness and health applications.

A gyroscope is a sensor that measures or maintains orientation and angular velocity. It is used to detect and track motion, changes in orientation and rotation of equipment. In a smartwatch, the gyroscope works with other sensors such as the accelerometer, which measures and tracks changes in the user's movement speed.

The heart rate zones are divided by percentage of maximum heart rate and are used to monitor exercise intensity. Using these zones, smartwatch users can optimize their training to burn fat, improve endurance or maximize performance. Heart rate zones allow you to train more efficiently and reach your fitness goals with greater precision.

The body's recovery level provides information on how well the body has recovered from physical activity and helps smartwatch users plan their next workouts based on their current condition. This feature uses heart rate, sleep and activity data to estimate when the body is ready for the next challenging workout.

The virtual trainer on your smartwatch offers personalised training plans, advice and motivation to achieve your fitness goals. This feature analyses the user's previous performance, fitness level and goals to provide an effective training plan that dynamically adapts to their progress.

Funkcia, ktorá meria hladinu kyslíka v krvi. Viac o spôsobe merania a možnostiach použitia sa dozviete v našom článku.

Stress level measurement uses heart rate variability analysis to estimate the user's stress level. This feature helps identify moments of high stress during the day and offers suggestions for relaxation techniques or exercises to reduce it.

Inteligentné hodinky toho dnes dokážu naozaj veľa a navigácia nie je výnimkou. Niektoré hodinky možno použiť len na zobrazovanie pokynov na trase naplánovanej v telefóne. Iné však umožňujú priame vyhľadávanie a niektoré majú dokonca mapové podklady priamo vo vlastnej pamäti. Ako navigácia v inteligentných hodinkách funguje?