*The curve is measured by a third party and is for reference only.
Features:-
>Five-driver hybrid configuration.
>1 Powerful Dynamic Driver for lower-end.
>Four High-Performance Customised Balanced Armature Drivers(2 for mids, 2 for highs).
>EnvisionTEC High-Precision 3D Printed Acoustic Tube Structure.
>High-Damping Air-Pressure Balance System.
>RLC Network Frequency Division Correction Technology.
>Ergonomic & Lightweight.
>Unique designer face covers.
Technical Specifications:-
>Impedance: 35Ω.
>Sensitivity: 110dB@1kHz.
>Frequency Response Range: 5Hz-35kHz.
>Passive Noise Reduction: 26dB.
>Connectors: 2-pin 0.78mm.
>Termination: 3.5mm
>Package Weight: 0.5kg
Performer 5 is a brand new five-driver hybrid set of in-ear monitors from AFUL Acoustics. The pair houses a combination of a powerful dynamic driver and four high-performance balanced armature drivers on each side tuned precisely using in-house developed RLC Network Frequency Division Correction Technology. AFUL Acoustics has featured ergonomic and lightweight ear shells with uniquely textured face covers. With several different patented technologies from AFUL Acoustics, the Performer 5 is made to deliver a quality performance for its listeners with impressive sound delivery!!
Specially Developed EnvisionTEC High-Precision 3D Printed Acoustic Tube Structure:-
Using high-quality 3D printing technology, AFUL Acoustics has designed a precise 3D printed acoustic tube structure for the Performer 5. They have named it EnvisionTEC acoustic tube structure. This features a 60mm ultra-long and ultra-thin bass tube with a 30mm mid-bass duct structure for a powerful, slamming bass response. It helps maintain a proper phase correction between different frequencies.
Unparalleled Sound With Five-Driver Hybrid Configuration:-
AFUL Acoustics Performer 5 gets a five-driver hybrid configuration for unmatched sound performance. The pair houses a custom dynamic driver with four balanced armature drivers. The dynamic driver here produces a powerful lower end while the Balanced Armatures are arranged for a clean midrange and accurate treble response.
RLC Network Frequency Division Correction Technology:-
In order to get the best out of the five-driver hybrid configuration, Performer 5 features in-house developed RLC Network Frequency Division Technology. It not only allows the different drivers to have accurate frequency division but also corrects their non-ideal frequency response for certain frequency bands presenting the listeners with a smooth frequency response without any peaks or irregularities.
High-Damping Air-Pressure Balance System:-
AFUL Acoustics Performer 5 is designed with a high-damping air-pressure balance system. It releases the air pressure inside the ear canal when the pair is worn promising a comfortable listening experience. With this specially designed air-pressure balance system, the bass texture and slam of the Performer 5 are also improved.
Compact & Ergonomic Design:-
With precise accuracy and ergonomically designed ear shells, the comfort level of the Performer 5 is top-notch. The pair has been designed to deliver a super comfortable listening experience for most users.
*The direction of the damping is determined by the technical specifications. To maintain consistency in tuning, the damping direction may vary on the same pair of headphones. It could be installed in either the forward or reverse direction. Additionally, there may be differences in the damping material used for headphones of the same model but in different colors. These practices are all aimed at achieving consistent frequency response curves.
This is because our factory’s standard for headphone testing is much higher than the industry average. Before factory testing, we fine-tune the damping position to improve the symmetry of the headphone’s frequency response curve. In the industry, as long as the left and right channels maintain a certain degree of deviation, products can be shipped. Therefore, their damping positions are typically fixed. However, before shipping, we make every effort to achieve symmetry, and thus, on the production line, there is a step to fine-tune the damping position in order to meet better technical standards.
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