MOONDROP Quarks DSP Type C Earphone With Microphone

Model No: Quarks DSP with microphone

Wearing Style: In-Ear

Earpiece Connection: Wired

Bluetooth Version: NA

No. of Drivers: 1

Driver Type: Dynamic Driver

Driver Size: 6mm

Weight: NA

Sound pressure level (SPL): NA

Impedance: 16Ω ± 15%

Frequency Response: 20 - 20 kHz

Maximum Power Handling: NA

Sensitivity: 

116dB @ 1kHz

Codecs: NA

Active Noise Cancellation: NA

Volume Control Function: NA

Microphone: Yes

Play Time: NA

Additional Runtime: NA

Battery Capacity: NA

Charging Interface: NA

Audio Jack Size: Type-C

Cable Length: 1.2m

Cable Detachable: NA

Connector: NA

Water Resistance: No

Description

The classic Quarks was the go-to earphone for many music lovers. Moondrop has decided to update its existing design for use with current (and next) generation devices. Presenting the Moondrop Quarks DSP, a versatile IEM with a Type-C connector. It is optimised with Digital Signal Processing (DSP) technology and comes with a MEMS mic.

Type-C Connectivity

The Moondrop Quarks DSP features a Type-C port to connect with the latest smartphones and laptops. It includes a modified connection interface along with upgraded signal input via the inbuilt DSP. The DSP Filter has been refined and adjusted digitally to offer a significant improvement in the frequency response.

Stellar Sound

Experience a spectacular audio performance with the Moondrop Quarks DSP’s micro dynamic driver. Its high-damping acoustic structure is equipped with a 6mm polymer diaphragm to deliver powerful bass, clear mids and an engaging treble.

The Smartphone’s Best Friend

To ensure ease of use, especially when connected to a smartphone, the Moondrop Quarks DSP consists of a high-quality MEMS microphone. This enables crisp voice transmission over calls even in noisy environments.

Robust & Light

The Quarks DSP features a compact, yet lightweight build. The bullet-shaped design offers a comfortable fit with noise isolation. Additionally, the patented Double-Damping Structure reduces blockage caused due to ear wax build-up while ensuring a hi-res audio performance.