Honor X60 Series Leaks: Quad-Curved Display and Enhanced Durability

BigGo Editorial Team
Honor X60 Series Leaks: Quad-Curved Display and Enhanced Durability

Honor X60 Series: What We Know So Far

Honor is reportedly gearing up to launch its next mid-range smartphone series, the Honor X60. Recent leaks have revealed some intriguing details about the upcoming devices, suggesting significant upgrades over their predecessors.

Key Features Leaked

  • Quad-curved display: A premium design feature typically reserved for flagship devices
  • Large battery: Exact capacity unknown, but expected to surpass the 5800 mAh of the X50 series
  • Super drop resistance: Building on Honor's history of durable devices
  • 35W fast charging: Maintaining the charging speed of the previous generation

What to Expect

While specific details are scarce, the Honor X60 series is shaping up to be an interesting blend of mid-range and premium features. The quad-curved display, in particular, suggests Honor is aiming to elevate the design of its X-series lineup.

Multiple Variants Likely

Given the X50 series included several models (X50, X50i, X50i+, X50 Pro, and X50 GT), we can expect multiple variants in the X60 lineup as well. This could mean different processor options and feature sets across the range.

Certification Spotted

A device with model number ALT-AN00, believed to be part of the X60 series, has appeared on China's 3C certification website. This suggests that the launch may not be too far off.

Looking Back: X50 Series Specs

To get an idea of potential improvements, let's recall some key specs of the 2023 X50 series:

  • 6.78-inch Full HD+ display (1220 x 2652 pixels)
  • Snapdragon 8+ Gen 1 (Pro variant) / Snapdragon 6 Gen 1 (standard variant)
  • 5800 mAh battery
  • 108MP + 2MP rear camera setup, 8MP front camera

While it's too early to draw definitive conclusions, the Honor X60 series appears poised to offer some compelling upgrades in the mid-range smartphone market. Stay tuned for more details as the official launch approaches.