Baseus TWS Bowie E17? Earphones With Dual Mic ENC & Punchy Bass

Introducing Baseus Bowie E17 Wireless Headphones Bluetooth v5.3, TWS, 25H?

• Baseus Bowie E17 Wireless Headphones is a modern and convenient wireless earphone product, introduced by Baseus – a famous brand in the field of technology accessories. With advanced Bluetooth v5.3 technology, built-in TWS (True Wireless Stereo) system and up to 25 hours of battery life, these headphones provide high-quality sound and all-day comfort during long use.
• With Bluetooth v5.3, the Baseus Bowie E17 headphones provide stable connections and faster transfer speeds than previous Bluetooth versions. This helps users easily connect the headset to mobile devices such as smartphones, tablets and laptops without interference.
• The TWS system of the Baseus Bowie E17 headphones allows users to enjoy true stereo sound without cables. With this wireless headset, you can experience music, watch movies or make calls freely and conveniently. The headphones are also designed with noise reduction technology and good sound quality, providing a vivid and clear music-listening experience.

Key Features

• Dual Mic ENC (Environmental Noise Cancellation)
• Punchy Bass Sound
• TWS (True Wireless Stereo) Technology
• Bluetooth 5.3 Connectivity
• Low Latency Mode
• IPX5 Water Resistance
• Fast Charging Support
• Touch Control Interface
• In-Ear Detection
• Long Battery Life
• USB-C Charging Port

Baseus Bowei E17 A00072200113-Z1? Specifications :?

• Name: Baseus True Wireless Earphones
• Model No.: Baseus Bowie E17
• Material: ABS+PC
• Wireless version: V5.3
• Communication distance: 10m
• Playtime: About 5 hours (volume at 70%)
• Playtime with the charging case: About 25 hours
• Battery capacity: 35mAh/0.129Wh (earphones), 430mAh/1.59Wh (charging case)
• Earphone rated input: 5V?80mA
• Charging case rated input: 5V?430mA
• Charge time: About 1.5 hours
• Frequency response range: 20 Hz-20 kHz
• Charge interface: Type-C
• Suitable for: Compatible with most of wireless devices
• The above data are measured by the Baseus laboratory, the actual use can be slightly different depending on the specific circumstances.”