At this point, we realize that the Nokia 8 lead cell phone will be propelled on August 16 at an occasion in London. We have seen the cell phone hitting the Geekbench database with the name ‘Unknown Heart’ uncovering its key specs.
In the past benchmark posting, the Nokia 8 was leaned to keep running on Android 7.1.1 Nougat however the current Geekbench posting (by means of: GizmoChina) indicates something truly fascinating. As per the same, the up and coming lead cell phone from HMD Global is good to go to boot on Android 8.0 O, the forthcoming cycle of the stage. The charged Nokia 8 Geekbench posting tips at the nearness of the Qualcomm Snapdragon 835 SoC in the engine of the cell phone.
Likewise, it is trusted that this processor will be combined with 4GB RAM. In the Geekbench posting, the up and coming Nokia cell phone appears to have acquired 1789 focuses on the single-center test and 6494 focuses on the multi-center test. In the event that this posting ends up being credible, there is an immense plausibility for the Nokia 8 to be the main cell phone to be preloaded with the Android 8.0 stage. Then again, there are chances for the Nokia 8 to be propelled with Android 7.1.1 Nougat as recommended earlier and get the Android 8.0 O refresh, which is right now under testing.
There are expanded shots for us to expect the Android O refresh to be taken off to the Nokia 8 not long after its dispatch as HMD Global has officially reported that the Nokia Android cell phones will get two years of OS refresh bolster. This implies these cell phones will get both the Android O and Android P refreshes until 2018.
Discussing the Nokia 8, the leader cell phone is among the exceptionally foreseen gadgets to be propelled soon. From the progressing bits of gossip and theories, the Nokia 8 is accepted to parade a 5.3-inch QHD 1440p show and highlight a double focal point raise camera setup with the Carl Zeiss marking. The gadget is probably going to get the power from a 3000mAh battery and touch base in Blue, Silver and Gold-Copper shading variations.