AFUL Performer 5+2
€239.00*
Next shipment on Fri, 27.12.24, delivery time: 1-3 days
Product number:
HL02515.1
Product information "AFUL Performer 5+2"
Hybrid in-ear headphones
- 2DD+4BA+1Micro Planar
- High-precision 3D-printed acoustic tube structure
- LC network frequency division correction technology
- Highly damped air pressure equalisation system
- 8-core, high-purity copper cable with 144 cores and silver coating
Wide frequency range
A wide frequency range enables more accurate and realistic reproduction of instruments by effectively capturing both the primary fundamental frequencies and harmonic overtones. Many earphones on the market can only handle the main frequency ranges and fail to reproduce harmonics due to their limited frequency range.
Easy to drive
Thanks to its advanced technology, the Performer 5+2 is highly efficient and easy to drive. While a high-quality source maximises its potential, it also offers excellent sound quality when used with portable dongles or Bluetooth DAC/amplifiers.
Exceptional bass and treble
The addition of two dynamic drivers and a microplanar unit, as well as AFUL's unique acoustic and circuit design, ensure that the bass structure, depth, treble resolution and instrument separation are first class.
Technology
High-precision 3D printed tube structure
LC network frequency division correction technology
High damping air pressure equalisation system
By integrating precise and complex 3D acoustic structures with RLC network crossovers, AFUL has significantly enhanced acoustic performance. This advanced modelling and design of the ‘acoustic structure-speaker-RLC network’ combination has enabled a significant leap in sound quality.
Exceptional low- and high-frequency acoustic performance
Low frequencies have been enhanced by two dynamic drivers and a 3D-printed Y-shaped structure, significantly increasing bass elasticity and density. The addition of a microplanar driver for the high frequencies significantly improves the extension of the treble and increases the overall sound accuracy. The acoustic structure and crossover have been further refined, improving the overall sound coherence and texture.
Specifications
Impedance: 15Ω ±20%
Sensitivity: 109dB@1kHz
Frequency response: 10Hz-35kHz
Drive configuration: 2DD+4BA+1Micro Planar
Cable connection: 2pin (0.78 mm)
Cable length: 1.2 m
Informationen zum Hersteller
Hybrid in-ear headphones
- 2DD+4BA+1Micro Planar
- High-precision 3D-printed acoustic tube structure
- LC network frequency division correction technology
- Highly damped air pressure equalisation system
- 8-core, high-purity copper cable with 144 cores and silver coating
Wide frequency range
A wide frequency range enables more accurate and realistic reproduction of instruments by effectively capturing both the primary fundamental frequencies and harmonic overtones. Many earphones on the market can only handle the main frequency ranges and fail to reproduce harmonics due to their limited frequency range.
Easy to drive
Thanks to its advanced technology, the Performer 5+2 is highly efficient and easy to drive. While a high-quality source maximises its potential, it also offers excellent sound quality when used with portable dongles or Bluetooth DAC/amplifiers.
Exceptional bass and treble
The addition of two dynamic drivers and a microplanar unit, as well as AFUL's unique acoustic and circuit design, ensure that the bass structure, depth, treble resolution and instrument separation are first class.
Technology
High-precision 3D printed tube structure
LC network frequency division correction technology
High damping air pressure equalisation system
By integrating precise and complex 3D acoustic structures with RLC network crossovers, AFUL has significantly enhanced acoustic performance. This advanced modelling and design of the ‘acoustic structure-speaker-RLC network’ combination has enabled a significant leap in sound quality.
Exceptional low- and high-frequency acoustic performance
Low frequencies have been enhanced by two dynamic drivers and a 3D-printed Y-shaped structure, significantly increasing bass elasticity and density. The addition of a microplanar driver for the high frequencies significantly improves the extension of the treble and increases the overall sound accuracy. The acoustic structure and crossover have been further refined, improving the overall sound coherence and texture.
EU-Verantwortlicher
NT Global Distribution GmbH
Waller Heerstr. 104
28219 Bremen
Deutschland
www.nt-global.de
info@nt-global.com