| Impedance | 16 (±10%) ohm |
| Earphone plug | 3.5 mm, 4 pin, gold-plated |
| Frequency Response | 20 Hz – 20 kHz Speaker sensitivity 98–104 dB |
| Spec Performance Features | Two (each earbud has one 10 mm dynamic driver and one balanced armature driver) |
Huawei Honor Hybrid Earphones AM175
- Brand: HUAWEI
- Product Code: AM175
In Stock
3,550.00 TK
- Ex Tax: 3,550.00 TK
The best earphones must have sharp, crisp treble and deep pulsating bass in order to transfer all of the intimate emotion within a musical work for which the parts of the earphones simply form the basis.
We use dynamic drivers in combination with balanced armature drivers to fuse the treble and bass together in unison. In this way, the physical separation of audio frequencies exploits a wider range to restore a richer musical texture.
Dynamic driver with pure mid/bass boost Balanced armature driver producing highly-resolved rich treble tones Innovative frequency separation technology for improved audio definition.
American Knowles pro balanced armature driver
Greater sensitivity and less impedance make it easier for earphones to produce sound and be driven. The Knowles balanced armature driver can get a good response from a weak signal. Any phone or portable sound device can therefore be driven such that subtle treble clarity can be restored in profuse detail.
You can now experience the fine clarity when a guitar pick strums the strings, a singer hits a note, or a pianist touches the keys.
Mid-bass boost tone achieved through customization of the dynamic driver diameter
As the diameter of the dynamic driver gets larger, the bass becomes more obvious. The diameter of the dynamic driver has been especially adjusted to an ideal 10 mm to achieve this, and when used in combination with the Daikoku Japanese coil and American Dupont diaphragm, the mid/bass range produces an amazing sound which instruments and voice vividly display..
Innovative physical separation of frequencies yields clarity across low, mid and high ranges.
Innovative physical separation of frequencies through design of a mechanical cavity structure enables formation of a filter so that the dynamic driver can handle the middle and bass frequencies and the balanced armature driver can create high frequencies, resulting in a clearer, crisp treble sound.
* Loss of sound quality is avoided by not adopting traditional capacitance, in order to give a clearer, more penetrating sound.
50° Deflection cavity design
Create your own quiet space where you can meditate and have some time listening to yourself.
Deflection cavity design exploits the principle whereby enlarging the diameter of the driver can achieve a wider EQ range and enhance the sound.
Ultra-modern appearance
Good earphones must be well designed. Too many flashing lights can make people feel uneasy. So we selected a matte design to contrast side by side with a processed shiny border. It’s just enough to get people excited.
As the granules of diamond sandblasting technology pass over the surface a few hundred times, a fine, misty texture is produced. Only slow polishing is enough to truly impress.
The earphones have a modern appearance without overly complex decorations, keeping it simple.
Treat your ears with gentle care
Greater care and invisible feeling.
Professional earphones that have undergone burning in
Honor Hybrid Earphones, like any pro earphones, have undergone “burning in” so as to enable superior sound production. “Burning in” the earphones is a fast way of increasing their stability. Burning in the diaphragm edge of the earphones is a way to improve compliance. For new earphones, the diaphragm edge has poor compliance which can ruin sound quality. After some time the compliance slowly improves and loss of sound quality reduces to a normal level.
Burning in is a rapid method to accelerate the balancing process of earphones. A signal with a constant power source is needed to make the diaphragm continuously vibrate. After burning in, the earphone indicators will have achieved a higher degree of sound quality.
Accompanying you for a long time
Honor’s quality commitment is reliable and trustworthy.
Hardware reliability test data
Weight
19g
Button
Answer/end button, volume control buttons
Microphone
Microphone 1pcs Electret, omnidirectional Cable:Flat, electrolytic copper
Wired/Wireless
Connector wire sequence LRGM Cable length requirements 1050–1150 mm In-line remote with three buttons
Other Hardware Specificaiton
Power
rating 5 mW Maximum input power 20 mW Microphone frequency range 100 Hz
??10 KHz Microphone sensitivity ??5 to ??9 dB Speakers Hybrid dynamic +
Knowles? balanced armature
Other Features
Temperature Operating temperature: –10°C to 55°C Storage temperature:
–40°C to 70°C Humidity 5 – 95%Accessories Small silicone ear tips Medium
silicone ear tips Large silicone ear tips