SPECIFICATIONS

Active Noise-Cancellation: No

Bluetooth Version: Other

Brand Name: HTC

Category: Earphones & Headphones

Certification: CE,FCC

Charging Method: Charging case

Choice: yes

Communication: WireLess

Control Button: Yes

Depth[mm]: 62

Driver Diameter: 13

Earcups Type: Sealed

Features: With microphone

Frequency Response Range: 20 - 20000

Function: For Internet Bar,for Video Game,Common Headphone,For Mobile Phone,HiFi Headphone,Sport,For Outdoor,For Office,For Sleep,For Study

Headphone Pads Material: Silicone

High-concerned chemical: None

Impedance Range: up to 32 Ω

Is wireless: Yes

Line Length: 0

Magnet Type: Other

Material: Metal,Plastic,Silica Gel

Maximum wireless range[m]: <10m

NFC Technology: no

Number Of Drivers: 2

Origin: Mainland China

Package List: User Manual,Charging case,Charging Cable

Plug Type: NONE

Resistance: 32

Sensitivity: 97

Sound Isolating: no

Style: Tws in-ear headphones

Support APP: No

Support Memory Card: No

Vocalism Principle: Dynamic

Voice assistant built-in: no

Volume Control: Yes

Waterproof: No

Width[mm]: 40

Wireless Type: Bluetooth

With Microphone: Yes

HTC NE75 Wireless Headphones 135 Language AI translator Earbud Low Latency Battery Display Long Battery Soft Bluetooth Earphones✨

🌐 Real-time AI Voice Translation Earbuds

🗣️ 8 Custom Working Translation Modes, fit travel, business negotiation, language study scenarios flexibly

🌍 Supports 135 global languages, efficiently breaks cross-language communication barriers

🔢 Smart LED Digital Battery Display, instantly check remaining power of case

📌 Ultra lightweight 4g single earbud weight, bring zero-pressure long-time in-ear wearing experience

📡 Advanced Bluetooth 6.0 chip, deliver low-latency, anti-interference stable wireless pairing

🎧 Ergonomic in-ear silicone ear tips, strengthen fitting degree

📦 Pocket-sized textured charging case

🎁 Premium practical gift option, suitable for holiday gifting to family, friends and workmates

🎤 Crisp call microphone hardware, guarantee clear voice output during cross-lingual dialogue