Soundpeats H3 Auricolari Bluetooth wireless con ANC ibrido, aptX Adaptive, ENC a 4 microfoni, modalità gaming, IPX4, ricarica USB-C - nero

Constant background noise can ruin your music, calls, and gaming sessions. The Soundpeats H3 wireless earbuds solve this with hybrid active noise cancellation that reduces ambient sound by up to 30dB, letting you focus on what matters. Equipped with Qualcomm QCC3040 chipset and Bluetooth 5.2, they deliver a stable connection and support high-quality aptX Adaptive audio for low latency and superior sound.

Who is it for

These earbuds are ideal for commuters, office workers, and gamers who need reliable noise cancellation, clear call quality, and immersive sound. Whether you're on a noisy train, in a busy office, or playing competitive mobile games, the H3 keeps you in the zone.

Main features

• Hybrid dual drivers (10mm dynamic + balanced armature) for rich, detailed audio across 20Hz-20kHz
• Hybrid ANC reduces noise up to 30dB; switch to transparency mode to hear your surroundings
• 4-microphone system with CVC 8.0 ENC for crystal-clear calls even in wind or crowd noise
• Low latency gaming mode (~60ms) for synchronized audio and video
• IPX4 water resistance protects against sweat and light rain during workouts
• Touch controls for music, calls, and voice assistant; USB-C fast charging

Specifications

• Bluetooth version: 5.2, chipset Qualcomm QCC3040
• Audio codecs: aptX Adaptive, aptX, AAC, SBC
• Driver: Hybrid dual drivers (10mm dynamic + balanced armature)
• Noise cancellation: Hybrid ANC, up to 30dB depth
• Microphone: 4 mics with CVC 8.0 ENC
• Battery life: up to 6.5h (ANC off) / 5h (ANC on) per charge; total 20h (ANC off) / 16h (ANC on) with case
• Charging: USB-C, fast charging supported
• Water resistance: IPX4
• Frequency response: 20Hz-20kHz
• Color: Black

Tips

To maximize battery life, turn off ANC when you don't need noise cancellation. Use the gaming mode for low-latency audio during video playback or gaming. Keep the earbuds dry and clean to maintain IPX4 performance.