Camerton Binom-ER 2024 Headphone

Technically revolutionary, sonically stunning The Binomial ER was developed using the most advanced technology available in the field today. Its entire construction and every single element contain the accumulated, many years of development experience in this area. Development In addition to the classic methods, specially developed computer analysis methods were used during development. All currently known methods of heuristics and computer modeling were used in the design phase. The block-module principle was applied to the headphones as early as the design phase, which in turn made it possible to develop each subsystem – a module – separately. As a result, many classic, mechanical solutions have been replaced by non-contact solutions based on a magnetic field. Based on this principle, some systems were multiplied and even quadrupled to improve playback quality and increase reliability. We are convinced that the combination of all of the above qualities has allowed us to create a truly great product that will give you a completely new perception of musical creations. 100% handmade in Germany Oleh Lizohub, founder and mastermind of Camerton, worked as a lead engineer at the Voxativ brand for several years. Then he founded his own brand in 2019 to develop an innovative flat and full-range speaker based on composite and natural materials. In early 2022, Camerton will launch its first headphones with planar-magnetic technology. Here too you can see Camerton’s elective affinity with designs that start on a blank sheet of paper and require amazing implementations (metallurgy of the drivers, connections of the headphones). From the motor to the loudspeaker, everything is “homemade” by Mr. Lizohub’s own hands. A true priesthood. Highlights Proprietary isodynamic driver Complete mechanical decoupling of all elements. Symmetrical multi-contact connection system Structural elements milled from solid metal Magnetic scanning of the slider movement Monolithic headband   Specifications Sound transducer principle isodynamic Impedance 42 ohms Frequency response 8Hz-51kHz Distortion < 0.01% at 94 dB Max. SPL >135dB Transducer size 98 mm Over-ear design, open back Connection options Symmetrical multi-contact connection system Cable: tinned silver copper; 2.5 m with selectable termination (6.35 mm, XLR4), 1.2 m with selectable termination for mobile listening. Optional up to 6 m of sedentary cable. Material aluminum Weight 375g