Exquisite body structure

Smooth metal body with a 3D nano-molded structure for a precisely integrated antenna with minimal margins.

Thinner, smoother, faster

The high-precision 5.5-inch screen of the Meizu MX6 displays colors with unparalleled clarity. The Sharp TDDI technology greatly improves touch sensitivity and SNR.

  • 1500:1

    typical contrast

  • 85%

    NTSC wide color gamut

  • 500 cd/m²

    peak brightness

High performance multitasking

The MX6 is the first phone in our MX-series to use a 10-core A72-based CPU to guarantee high performance and processing speeds. All models have 4GB RAM, allowing users to switch between apps without losing any performance.

  • 2.3 GHz

  • 4GB RAM

  • 9 hours of battery life

Powerful CMOS sensor for impressive photos

The camera of the MX6 is powered by the Sony IMX386 CMOS sensor for exceptional image quality. The high-density phase detection pixel built into the sensor provides the MX6 with superior focus precision and speed.

  • PDAF

    High-speed

  • 6P lens

    anti-glare coating

  • 1.25μm

    large pixels

Perfect software-hardware combination

Apart from using cutting-edge hardware, we also constantly update and improve the software algorithms to maximize the image quality. The accurate auto exposure mode and noise filters especially improve scenes with a great contrast between light and shade.

Learn more Camera

Improved charging speed
Long battery lifespan

The MX6 also features mCharge, which makes it possible to fully charge the 3060 mAh battery in only 75 minutes. Furthermore, the battery has been specially designed to ensure stable performance over an extended lifespan of 500 cycles.

  • 24 W

    peak charging power

  • 3060 mAh

    capacity

  • 75 min

    Fully charged

Robust and elegant

The MX6 is crafted using a new metal processing technique for a sleek and elegant, yet robust appearance. The digitally calculated internal metal structure, careful selection of materials and use of graphite heatsinks leads to a significantly improved heat dissipation.