
Balanced first, always.
1 DD + 2 BA + 2 Planar.
10mm PEK + PU.
3.5 & 4.4mm L-Shaped plug.
CNC Metal & Open Back Design.
6N OCC silver-plated cable.





Tech Details.
Tech Details.
FAQs.
FAQs.
Tribrid 5-Driver Matrix. EPZ HDV Composite. 2nd Gen Planar Treble. Open Back Metal Cavity. Modular Cable System.
P50 combines 1DD + 2BA + 2 planar drivers to cover bass, mids, and treble with better separation. You get weight in the lows, a solid vocal center, and faster treble texture.
EPZ HDV Composite is tuned to bring vocals forward with density and clarity. It helps voices sound present and stable without making the midrange feel sharp.
Dual micro planars focus on the upper range to add speed and air. Treble detail comes through more cleanly, and cymbal texture feels more natural.
The CNC-machined open-back cavity is designed to reduce a boxed-in feeling. It helps the stage feel more open and improves spatial cues in music and games.
P50 includes a 6N OCC silver-plated single-crystal copper cable with swappable 3.5mm and 4.4mm plugs. You can switch sources in seconds and keep your setup simple.
EPZ P50 FREQUENCY RESPONSE
EPZ P50 FREQUENCY RESPONSE
Test Equipment: Brüel & Kjær 4128C Head and Torso Simulator (HATS).
EPZ P50 IEMs frequency response graph and frequency response curve.

HOW TO READ THIS GRAPH:
- The Left (Bass): The elevated curve here delivers deep, impactful rumble without muddiness.
- The Center (Mids): The flat line ensures vocals sound natural, clear, and true to the artist.
- The Right (Treble): The extended peaks provide crystal-clear details and an airy soundstage.

TRIBRID SYMPHONY.
Five drivers. Three technologies. One voice. Dynamic weight, BA clarity, and planar air come together for a smooth, cohesive listen.
ASSURANCE.
An outstanding hybrid IEM with 1DD+2BA+2Planar drivers.
The EPZ P50 delivers what I consider to be one of the best implementations of the “new meta” tuning philosophy available today. The sound signature is engaging, detailed, and musical while maintaining excellent technical performance across all frequencies.


