Spotted on Geekbench before launch, Vivo V27 Pro could feature this SoC

Vivo has confirmed that it will launch its highly anticipated V27 series of smartphones in India on March 1st. The lineup will likely include the regular Vivo V27 and the Vivo V27 Pro. The handsets are expected to feature 3D curved screens with a 120Hz refresh rate and punch-hole display design. It has also been confirmed that the Vivo V27 series will have a color-changing rear panel and will likely also feature a Sony IMX776V primary sensor. We now know a bit more about what to expect in the performance department, along with some key specs for the Pro variant from the upcoming series, as reportedly recently spotted on the Geekbench website. The upcoming phones are expected to be the successors to the Vivo V25 and Vivo V25 Pro, which launched back in September 2022.

The Vivo V27 Pro, model number Vivo V2230, reportedly scored 1,003 points in the single-core test and 3,936 in the multi-core test, according to the Geekbench database listing. sighted first from MySmartPrice.

The Geekbench listing also reveals that the Vivo V27 Pro will come with a MediaTek Dimensity 8200 chipset, 8GB of RAM, and most likely up to 256GB of storage, according to the report. The listing adds that the Vivo V27 Pro model will ship with the latest Android 13 operating system.

an earlier one report had hinted that the retail box of the Vivo V27 Pro will likely include a price tag of Rs. 41,999, suggesting the phone’s launch retail price will be under Rs. 40,000. The report added that the upcoming smartphone, which is expected to have a curved AMOLED screen, will come with 8GB of RAM and two storage options of 128GB and 256GB.

The Vivo V27 Pro is also expected to come with a 50-megapixel Sony IMX766 front camera, as well as a triple rear camera with an OIS-equipped primary sensor of unknown resolution and possibly two other sensors with ultra-wide and macro functionality.

According to the details disclosed by livethe front cameras of the devices of the V27 series are accommodated in centrally aligned punched holes on the display.