OPPO Find X8's AirDrop Feature Sends Files to iPhones

OPPO Find X8’s AirDrop Feature Sends Files to iPhones

OPPO is broadening its range of products. The company is gearing up for a significant launch with the OPPO Find X8 Series expected at the end of 2024. Although the release is still months away, we have some preliminary details about this much-anticipated smartphone series. Thanks to DCS, our insights into the device are continuously expanding. Here’s what we know so far...

What to Expect from the OPPO Find X8: Early Leaks and Insights

Digital Chat Station, a reliable source for leaks about upcoming smartphones, recently shared that the OPPO Find X8 Series will include a feature similar to Apple’s AirDrop. Moreover, they have revealed the technical specifications of the base model.

According to these leaks, the OPPO Find X8 will sport a 6.6-inch screen with a sharp 1.5K resolution, likely an OLED panel. Additionally, there are updates concerning the “AirDrop” feature mentioned earlier.

Users will be able to use this feature with others, including iPhone users, but the recipient will need to install an app. Furthermore, DCS has indicated that ColorOS 15 is anticipated to be very smooth. For those interested, here are the leaked specifications of the Oppo Find X8:

Probable Specifications of Oppo Find X8:

Display:

  • 6.6-inch OLED display
  • 1.5K resolution
  • 120Hz refresh rate
  • Flat panel design (a departure from previous curved displays)

Battery:

  • Silicon battery technology
  • Expected capacity: 5100mAh to 5500mAh

Camera System:

  • Triple camera setup
  • 3X periscope telephoto lens
  • Hasselblad tuning
  • Main camera: 50MP Sony sensor with a 1/1.4″ size
  • New image-processing algorithms

Software:

  • ColorOS 15
  • Significant user experience improvements

Processor:

  • MediaTek Dimensity 9400

Configuration:

  • One Cortex-X5 super core clocked at 3.4GHz
  • Three Cortex-X4 super cores
  • Four Cortex-A7 series large cores

Performance:

  • 34% reduction in power consumption while maintaining the same speed and complexity
  • 18% increase in performance at the same power
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