KZ

PRX

Driver architecture Planar
Config 13.2mm Planar
Impedance 15Ω
Sensitivity 94±3dB
Tuning reference V-Shape / Detail Neutral

Lab summary

"High-speed transient response and vast soundstage."

Measurement Context

KZ PRX sits in the $50-$100 IEM range with a Planar layout built around 13.2mm Planar. That combination matters because driver topology, impedance, and sensitivity decide how easy the set is to drive and what kind of transient behavior listeners should expect before looking at measurements.

On paper, this unit lists 15Ω impedance and 94±3dB sensitivity, so source matching should be judged alongside its V-Shape / Detail Neutral tuning reference. The GK AudioLab database keeps these fields visible on one page so shoppers can compare electrical load, target curve, and driver count without relying on marketing names alone.

High-speed transient response and vast soundstage. Use this page as a neutral spec sheet, then jump into a pairwise comparison when you need to see how PRX differs from another model in the database.

Where It Fits

Driver architecture

PRX combines 13.2mm Planar hardware with a Planar category target, so it should be compared against models with similar topology before brand preference is considered.

Drive behavior

15Ω impedance and 94±3dB sensitivity make source matching part of the buying decision, especially for phone, laptop, USB-C dongle, and small desktop DAC setups.

Tuning reference

The V-Shape / Detail Neutral reference gives this page a repeatable measurement anchor, while the verdict field captures the practical listening angle GK AudioLab uses for database comparisons.

Database Fingerprint

Slug kz-prx
Config 13.2mm Planar
Driver architecture Planar
Impedance 15Ω
Sensitivity 94±3dB
Tuning reference V-Shape / Detail Neutral
Price range $50-$100
Rating 4.2
Verdict High-speed planar transients and wide holographic soundstage.

Related Spec Map

Compare with Alternatives

KZ PRX is easier to evaluate when its driver layout, impedance, and target curve are placed beside another model.