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The OPPO R17 Pro boasts a new dual-aperture camera that promises to match the Samsung Galaxy Note9, and Samsung Galaxy S9+ smartphones.
To test it out, we took it on a trip to Sydney and the nearby Blue Mountains. Check out the photos we took with the OPPO R17 Pro!
Updated @ 2019-01-18 : Corrected a few mistakes, and added more details.
Originally posted @ 2018-12-29
Don’t forget to read our OPPO R17 Pro Smartphone In-Depth Review!
The OPPO R17 Pro Cameras
The OPPO R17 Pro (MY | US) has a 25 MP front camera with a Sony IMX576 sensor and f/2.0 aperture.
In the back, it boasts a new dual camera setup that is similar to that of the Samsung Galaxy Note9 and Galaxy S9+.
The main rear camera is a 12 MP Sony IMX362 shooter with dual-aperture – f/1.5 and f/2.4 – exactly like the dual-aperture camera of the Samsung Galaxy Note9 and Galaxy S9+ smartphones.
Its secondary rear camera though is a higher resolution 20 MP telephoto camera with f/2.6 aperture.
In addition to the hardware, the R17 Pro also features the OPPO AI Ultra-Clear Engine, which automatically optimises the captured image to deliver the best possible output.
How We Tested In Sydney + The Blue Mountains
While many Instagrammers and social media influencers touch up their photos to create more stunning posts, we wanted to show you the OPPO R17 Pro (MY | US) can deliver without editing or filters.
This is important because a good graphics editor can turn even a terrible picture into a work of art. But how many of us are good at editing photos, or even have the time to do it?
So we intentionally used the OPPO R17 Pro the way most users would – with automatic settings, and no artificial lighting or setup. This would also let us evaluate just how effective the AI Ultra-Clear Engine is in delivering a great final output.
Sydney Central Railway Station
The Sydney Central Railway Station is the largest train station in the state of New South Wales, and is a heritage building.
The OPPO R17 Pro’s mechanical aperture will automatically switch between f/1.5 and f/2.4, depending on the lighting condition. This allows to adapt to changing ambient light. ensuring better low-light pictures while ensuring highlights are not blown out in bright conditions.
Next Page > Photos Of The Blue Mountains!
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