Microsoft EP2-37464 smartwatch 45mm midnight aluminium behuizing met midnight sportband M/L GPS + Cellular

Experience the ultimate in connectivity and health monitoring with the Microsoft EP2-37464 smartwatch. Featuring a stunning Always-On Retina LTPO OLED display, the S9 SiP chip, and advanced sensors for blood oxygen, ECG, and temperature, this watch keeps you informed and safe. With GPS + Cellular, you can stay connected even without your phone. The 45mm midnight aluminum case paired with a midnight sport band offers a sleek, durable design that is swimproof and dust resistant (IP6X). Enjoy up to 18 hours of battery life, or extend to 36 hours in Low Power Mode.

Advantages

This smartwatch combines cutting-edge health features with seamless integration into the Apple ecosystem. The Double Tap gesture allows easy control, while Precision Finding helps locate your iPhone. Emergency SOS, Fall Detection, and Crash Detection provide peace of mind. The 64GB storage ensures ample space for apps and music.

Suitable for

• Fitness enthusiasts who want detailed health metrics
• Professionals needing constant connectivity
• Outdoor adventurers requiring durability and GPS
• Apple users seeking seamless device integration

Key specifications

• Display: 45mm Always-On Retina LTPO OLED, up to 2000 nits peak brightness
• Processor: S9 SiP with 64-bit dual-core processor and 4-core Neural Engine
• Storage: 64GB internal
• Connectivity: GPS + Cellular (LTE/UMTS), Wi-Fi 802.11b/g/n 2.4/5GHz, Bluetooth 5.3
• Sensors: Blood Oxygen, ECG, Heart Rate (3rd gen), Temperature, Compass, Altimeter, Accelerometer, Gyroscope, Ambient Light
• Water resistance: 50m (swimproof), Dust resistance: IP6X
• Battery: Up to 18 hours normal use, up to 36 hours Low Power Mode
• Operating system: watchOS
• Case: Aluminum, Midnight; Band: Sport Band, Fluoroelastomer, Midnight, M/L

Recommendations

For optimal performance, keep your watch updated with the latest watchOS. Use the included charger for best battery life. Pair with an iPhone for full functionality.