Havit TW965 Bluetooth Black Earbuds

Specification

Havit TW965 True Wireless Earbuds

The Havit TW965 True Wireless Earbuds represent the peak of audio innovation, offering an immersive and intelligent listening experience. These earphones, housed in a sleek and tiny portable charging case, prioritize convenience with a Type-C charging connector that allows for quick and efficient power replenishment for consumers on the go. The audio quality is exceptional, with high-fidelity music and crystal-clear stereo calling, all easily managed by innovative smart touch features. The Master-Slave switch is a unique feature of these earphones, allowing users to easily switch between utilizing each earbud separately. These earbuds, powered by the sophisticated JL6983D4 processor and Bluetooth Version V5.1, ensure a robust and reliable wireless connection, allowing you to enjoy continuous audio. The earbuds are meant to be comfortable and portable. With a 30mAh battery in each earbud that charges in 1.5 hours and a 300mAh battery in the small charging case, users can enjoy a playtime of 4 hours at 80% volume, 4 hours of call time, and an impressive standby duration of 100 hours. This makes the Havit TW965 an excellent choice for everyday use or lengthy travel. Wireless capability is further strengthened with a substantial 10-meter range (without impediments), allowing users to roam freely without being attached to their devices. The Φ10MM diaphragm speakers have a wide frequency range of 20Hz to 20KHz with a sensitivity of 96±3 dB at 1kHz/1mW, providing a dramatic and clean audio experience. The earbuds support many audio profiles (HFP, HSP, A2DP, AVRCP, AAC) and have an impedance of 32Ω±15% at 1kHz, making them suitable for a variety of application scenarios. The presence of a Type-C USB charging connector and an input voltage/current of DC 5V/1A demonstrates the company's dedication to modern connectivity standards and user-friendly design. The Havit TW965 True Wireless Earbuds, with their exquisite design and innovative functionality, embody the future generation of wireless audio technology.