It was recently confirmed that the Redmi Note 9 5G series of phones will be presented on the Chinese market on November 26. This model is expected to be very based on the Xiaomi Mi 10T Lite that we know in global markets, but with a few modifications. Before the aforementioned release date, the Note 9 Pro 5G has been seen in the Geekbench benchmark.
The Redmi Note 9 Pro 5G is seen on Geekbench before its launch
The listing on the popular benchmark platform for the Redmi Note 9 Pro 5G has allowed confirm several of your specifications, in addition to the performance that its hardware would offer on paper. The list establishes that the terminal has the model number M2007J17C. The text “gauguinpro”In the motherboard field is the codename of the phone.
You can see that it is powered by a processor octa-core from Qualcomm. The SoC has a 1.80 GHz base clock speed. The source code of the listing shows that the SoC is assisted by the GPU Adreno 619 to handle the graphics. This confirms to us that the Note 9 Pro 5G is powered by the Snapdragon 750G chipset. The hardware is completed with 8 GB RAM memory and run the operating system Android 10.
Now, we will go on to talk about the results obtained by the device. In the performance test of a single core, the Note 9 Pro 5G managed to get a score of 645. On the other hand, in the performance test of multiple cores, managed to obtain a result of 1963 points.
Specifications and Expected Features
The Redmi Note 9 Pro 5G has a perforated screen 6.67-inch IPS LCD. Panel supports resolution Full HD+ and a high refresh rate de 120Hz. It is expected that the phone powered by the technology of Snapdragon 750G arrive with up to 8 GB of LPDDR4X RAM. It would be offered in options with up to 256 GB of storage UFS 2.1, expandable via MicroSD.
I would receive energy from a 4,820 battery mAh with support for 33W fast charge. Your fingerprint reader would be located on the side. It would also offer a jack de audio 3.5mm and a pair of stereo speakers.
Its posterior zone would be home to a configuration of quad camera, where the great protagonist will be a 108 megapixel main sensor. The other sensors would be a ultra 8 megapixel wide angle, a macro of 2 megapixels and a depth sensor of 2 megapixels.
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