Enjoy Perfectly Synchronized Audio & Video
The 2.4GHz dongle connection provides an unbeatable combination of sound quality and minimal latency that Bluetooth cannot match.
Block out external noise with the most Advanced ANC technology
Hybrid ANC technology uses 6 microphones that monitor both internal and external sound and optimize the noise reduction up to 35dB.
Elevate your video, gaming and movie-watching experience with minimal delay
Synchronized audio and visuals provide a more immersive wireless experience for music, videos and games. Low Latency eliminates lip-sync errors.
Enjoy longer playback time and stable connection
Enjoy longer playback time and stable connection
Delivers natural, clear, consistent voice quality even in noisy or windy environments
The Call Noise Cancelling function focuses on human voices and filters wind or unwanted sounds. As a result you should not have to raise your voice to be heard when calling.
Experience great audio, superb dynamic range, exceptional sound accuracy
Enjoy you Music, Videos and Games! Test your Headphones, Speakers, on every aspect of Sound Performance with the Best Tracks for:
BASS, MIDRANGE, TREBLE, SPATIAL IMPRESSION, IMAGING, 3-Directional Soundstage Width, Depth, Height & Focus, SOUND BALANCE & Dynamics, TRANSPARENCY, Rhythm & Timing, TIMBRE, Attack & Decay.
Find and share our 9 PLAYLISTS* on TIDAL and Spotify.
*Selected by Crystal Audio engineers, based on ITU-R BS.1284-2 (01/2019) International Standard for Sound Performance.
Forget frequent charging
The high capacity of the batteries included in each earpiece and the case, ensures that you will not run out of battery mid-day
Enjoy impressively deep Bass that brings out all low-end frequencies from movie sound effects to lively music tracks
Bass: The four low octaves, with their centre frequencies below 250 Hz
A. SUB-BASS: Center Frequency:31Hz, Frequency Range: 20-40Hz
Sound Characteristics: Weighty Sound felt more than heard.
Sound Colorations: Rumble
Examples of instruments sound: Kick Drum, Bass, Organ
B. LOW BASS: Center Frequency:63Hz, Frequency Range: 40-80Hz
Sound Characteristics: Depth, Thud, Bass Fullness
Sound Colorations: Boomy, lose definition.
Examples of instruments sound: Kick Drum, Bass, Piano
C. MID-BASS: Center Frequency:125Hz, Frequency Range: 80-160Hz
Sound Characteristics: Fat, Body, Weight
Sound Colorations: Chesty, plummy, boomy, unclear
Examples of instruments sound: Punchy Bass, Vocals’ fullness, Toms Attack, Guitar & Snare Fullness, Warm Piano & Horns
D. UPPER BASS: Center Frequency:250Hz, Frequency Range: 160-320Hz
Sound Characteristics: Warmth,
Sound Colorations: Boxy, hollow, muddy
Examples of instruments sound: Vocals, Electric Guitar, and Snare Fullness & Liveliness. Many acoustic instruments, Brass (e.g., alto saxophone), Woodwinds (e.g., clarinet), Violins, etc.
Enjoy and share our BASS PLAYLIST* on TIDAL and SPOTIFY.
*Test your Headphones and Speakers with the Best Tracks, selected by Crystal Audio engineers, and based on ITU-R BS.1284-2 (01/2019) International Standard.
Listen to information-rich midrange frequencies that deliver even the tiniest sound details leading to a fine-tuned audio experience.
Midrange / Vocals: The three midrange octaves, with their centre frequencies between 250Hz-4kHz
A. Low-Mid: Center Frequency 500Hz Frequency Range: 320-640Hz
Sound Characteristics: Projection, Presence
Sound Colorations: Tubelike, Tunelly, Honky
Examples of instruments sound: Texture balance, Horn effect on Vocals, Bassline Attack & Clarity
B. Mid-Midrange: Center Frequency 1kHz Frequency Range: 640Hz-1.25kHz
Sound Characteristics: Focused & Loud Projection, Whack, Attack
Sound Colorations: Cuplike, Honky, Nasal
Examples of instruments sound: Attack on snare drum, guitar and percussion, ""phone effect"" on vocals
C. Upper-Mid: Center Frequency 2kHz Frequency Range: 1.25-2.5kHz
Sound Characteristics: Crunch, Crispy, Musical, Natural, Intense of Sound
Sound Colorations: Nasal, Hard, Gritty
Examples of instruments sound: Vocals Articulation, Guitars liveliness
Enjoy and share our MIDRANGE PLAYLIST* on TIDAL and SPOTIFY.
*Test your Headphones and Speakers with the Best Tracks, selected by Crystal Audio engineers, and based on ITU-R BS.1284-2 (01/2019) International Standard.
Experience pure, crisp high frequencies without distortions
Treble: The three high octaves, with their centre frequencies above 4kHz.
A. Low-Treble: Center Frequency 4kHz Frequency Range: 2.5-5kHz
Sound Characteristics: Clarity, Presence, Edge, Detail
Sound Colorations: Upper hardness, Wiry, Harshness
Examples of instruments sound: Vocals Clarity, and Detail, Toms Attack, Snare Crispness, Violin & Piccolo Harmonics, Clarity of any instrument taking a solo
B. Mid-Treble: Center Frequency 8kHz Frequency Range: 5kHz-10kHz
Sound Characteristics: Crystal, Metallic, Sizzle, Brightness, Brilliance, Detail, Air
Sound Colorations: Sharp, Metallic, Sibilant
Examples of instruments sound: Attack on snare drum, guitar and percussion, ""phone effect"" on vocals Cymbals, Synths, Metallic Percussion, Steel string instruments, Snare crispness, Electric guitar air/sizzle
C. Upper-Treble: Center Frequency 16kHz Frequency Range: 10-20kHz
Sound Characteristics: Air, Openness, Light, Crispy, Delicate
Sound Colorations: Fizzy, Gritty, Hiss
Examples of instruments sound: Hi-hat & Cymbals, Adds ambience to all sounds
Enjoy and share our TREBLE PLAYLIST* on TIDAL and SPOTIFY.
*Test your Headphones and Speakers with the Best Tracks, selected by Crystal Audio engineers, and based on ITU-R BS.1284-2 (01/2019) International Standard.
The performance appears to take place in an appropriate spatial environment
Experience Homogeneity of Spatial Sound Reverberance, Acoustic balance, Apparent room size, Depth perspective, Sound color of Reverberation.
Examples of common descriptive terms: Reverberate /dry, Large/small room, Direct/indirect.
Enjoy and share our SPATIAL IMPRESSION PLAYLIST* on TIDAL and SPOTIFY: https://www.crystalaudio.com/eur/playlists#spatial-impression
*Test your Headphones and Speakers with the Best Tracks, selected by Crystal Audio engineers, and based on ITU-R BS.1284-2 (01/2019) International Standard.
The Sound Image appears to have the correct and appropriate Direction Distribution of the Sound Source.
Experience Directional balance, Stability, Sound Image width, Location accuracy.
Examples of common descriptive terms: Wide / Narrow , Precise / Imprecise
Enjoy and share our STEREO IMPRESSION PLAYLIST* on TIDAL and SPOTIFY: https://www.crystalaudio.com/eur/playlists#imaging
*Test your Headphones and Speakers with the Best Tracks, selected by Crystal Audio engineers, and based on ITU-R BS.1284-2 (01/2019) International Standard.
The individual Sound Sources appear to be properly balanced in the general Sound Image.
Experience Loudness Balance, Dynamic Range
Examples of common descriptive terms: Sound Source too Loud / too Weak, Sound Compressed / Natural
Enjoy and share our SOUND BALANCE PLAYLIST* on TIDAL and SPOTIFY: https://www.crystalaudio.com/eur/playlists#sound-balance
*Test your Headphones and Speakers with the Best Tracks, selected by Crystal Audio engineers, and based on ITU-R BS.1284-2 (01/2019) International Standard.
The subjective impression that all details of the performance can be clearly perceived.
Experience Sound source definition, Time definition, Intelligibility
Examples of common descriptive terms: Clear / Muddy
Enjoy and share our TRANSPARENCY PLAYLIST* on TIDAL and SPOTIFY: https://www.crystalaudio.com/eur/playlists#transparency
*Test your Headphones and Speakers with the Best Tracks, selected by Crystal Audio engineers, and based on ITU-R BS.1284-2 (01/2019) International Standard.
The subjective impression of the accurate portrayal of the different sound characteristics of the sound source(s).
Experience Sound Color, Sound Attack
Examples of common descriptive terms: Boomy / Sharp, Dark / Light, Warm / Cold
Enjoy and share our TIMBRE PLAYLIST* on TIDAL and SPOTIFY: https://www.crystalaudio.com/eur/playlists#timbre
*Test your Headphones and Speakers with the Best Tracks, selected by Crystal Audio engineers, and based on ITU-R BS.1284-2 (01/2019) International Standard.