Fanvil HT302-U USB Wired Headset

Fanvil HT302-U USB Wired Headset

Overview

The Fanvil HT302-U is a USB wired dual (binaural) headset specially designed for office and call center communication, featuring dual microphones with ENC noise reduction technology for crystal-clear audio quality.

Main Features

Audio Technology

• Dual Microphone System: 2 omnidirectional noise reduction microphones
• ENC (Environmental Noise Cancellation) Technology to reduce background noise
• HD Wideband Audio for calling and music
• Anti-Electromagnetic Frequency Interference
• Dynamic EQ Function for vivid and rich audio quality

Microphone Specifications

• Frequency response range: 50 Hz – 8 KHz
• Sensitivity: -42±3 dB
• 260° bendable boom arm (wear on left or right ear)

Speaker Specifications

• Frequency response range: 20 Hz – 20 KHz
• Sensitivity: 117±3 dB
• Impedance: 32Ω±15%
• Input power: 10 mW
• Bandwidth: Wideband

Design & Comfort

Physical Features

• Weight: 95g (HT301-U Mono: 73g)
• Cable length: 1.8 meters
• Color: Black
• Ergonomic design with soft leather ear cushions
• Ultra-lightweight for all-day comfort
• 260° adjustable boom arm for personalized wearing preference

Controls & Indicators

• USB-A interface
• Dual color LED indicator:
  • Green: Talking mode
  • Red: Mute mode
• Built-in controller buttons:
  • Answer/Hang up button
  • Mute button
  • Volume +/- buttons

Compatibility

• Fanvil IP phones with USB interface
• Third-party mainstream IP phones with USB interface
• PC devices with USB interface
• Mainstream communication and PBX software
• Plug and play functionality

Operating Specifications

• Operating temperature: -25°C to 60°C
• Operating humidity: Not specified in datasheet

Package Contents

• HT302-U Dual Headset x 1
• Quick Installation Guide (QIG) x 1
• Giftbox size: 172 × 165 × 38 mm

Model Comparison

• HT301-U: Mono (single ear) headset – 73g
• HT302-U: Dual (both ears) headset – 95g

Ideal Applications

• Call centers requiring extended wear comfort
• Enterprise offices with high call volumes
• Customer service departments
• Remote work environments
• Professional communication scenarios requiring noise isolation