Product name: VENUS planar full-size headphones
Headphone jacks: 3.5mm
Plug: 3.5mm single-end plug & 4.4mm balanced plug
Frequency response: 6Hz-80kHz
Effective frequency response: 20Hz-20kHz (IEC60318-43dB)
Sensitivity: 100dB/Vrms (@1kHz)
- Flagship-grade planar headphones
- 100mm sub-nanometer diaphragm dynamic driver
- Pure-silver etched circuit
- N52 magnet array
- Secondary diaphragm stress balance technology
- Optimised by FEA (Finite Element Analysis)
- Integrated driver-cavity structure
- Combined high-frequency waveguide phase equalization technology
- Aviation-grade aluminum alloy CNC machined cavity structure
- High-frequency waveguide phase equalization technology
- Interchangeable (detachable) cable design & self-adjusting leather headband
Interchangeable cable design & self-adjusting leather headband:
With the characteristics of an interchangeable cable design with 3.5mm headphone connectors for the right/left channels. Users can easily replace the cable to meet different requirements. Besides, Venus characterizes a self-adjusting leather headband, thus ensuring the most comfortable wearing experience possible.
100mm sub-nanometer diaphragm dynamic driver:
The larger vibration delivers stronger dynamics, and the thin diaphragm responds to finer details. That’s why Venus adopts a diaphragm with a diameter of 100mm and a thickness of only 2 microns, and its printed circuit on the diaphragm is made of 1um pure silver. And the pure silver etched circuit results in lower heat loss.
N52 magnet array & secondary diaphragm stress balance technology:
Venus features an array of 18 N52 magnets with high remanence on one side. Through FEA finite element analysis optimization design, the magnetic field parallel to the diaphragm is evenly distributed. This headphone can further reduce the split vibration and vibration nonlinearity of the diaphragm. After the diaphragm has been molded, the stress on it is released and then equalized a second time. As a result of this additional process, the nonlinear distortion of the diaphragm under loud pressure is reduced by at least 95%.
Integrated driver-cavity structure:
To withstand very large tension loads because of the large number of N52 magnets used to form arrays, the Moondrop Venus utilizes an aluminum alloy CNC cavity that accommodates a larger diaphragm in a limited volume. And its overall weight is lowered as much as possible while ensuring the rigidity of the structure that supports the magnetic circuit grid of 36 large neodymium magnets.
High-frequency waveguide phase equalization technology:
Venus features a unique combined high-frequency waveguide structure, which minimizes the phase interference of the grid magnets in the transmission of high-frequency sound waves while avoiding the negative impact of the volume and efficiency of the magnetic circuit.