Mcdodo HP-3480

Mcdodo HP-3480 in-ear, wired headphones, lightning (black)

Mcdodo HP-3480 headphones are a wired audio device that combines clear and powerful sound with modern design and convenience. Thanks to the use of dynamic diaphragms and a frequency response range from 20 to 20000 Hz, they guarantee high quality sound reproduction, both in low and high tones. A sensitivity of 96 dB and an impedance of 32Ω ensure optimal volume and clarity, making them ideal for everyday listening to music, podcasts or during phone calls.

Elegance and durability

The HP-3480 headphones feature a sleek aluminum finish, which not only gives them a modern look, but also provides increased durability. The gold-plated contacts are resistant to abrasion and oxidation, which translates into a long-lasting and stable connection quality. In addition, the cable, reinforced with braided nylon, is not only aesthetically pleasing, but also resistant to bending and damage, which significantly extends the life of the headphones.

Functionality at your fingertips

The integrated directional microphone and built-in remote control make it easy to adjust volume, answer and end calls, and control music playback without having to reach for the device. This makes the headphones extremely practical to use, whether during physical activity or in a quiet home environment.

Compatibility and ease of use

The headphones are compatible with devices equipped with a Lightning connector, making them an ideal choice for users of iPhones and other Apple devices. The Plug & Play standard guarantees simplicity of connection - simply plug the headphones into your device to enjoy high-quality sound instantly.

Manufacturer
McDodo

Manufacturer code
HP-3480

Length
120cm

Weight
16g

Color
black

Type of headphones
Dockside

Diaphragm type
Dynamic

Connector
Lightning

Frequency response
20 - 20000 Hz

Sensitivity
96 dB

Impedance
32Ω

Microphone
Yes

Volume control
Yes

Finish
Aluminum , gold-plated contacts , nylon

Compatibility
Devices with Lightning connector