Qualcomm introduced its newest chipset – the Snapdragon 845 SoC earlier this month. This processor is claimed to ship higher efficiency and safety features. It goes with out stating that this processor will energy the next-generation flagship smartphones these will probably be launched in 2018.
In the meantime, a picture was leaked yesterday displaying the record of upcoming smartphones these will make use of the Snapdragon 845 processor. The picture revealed that the Samsung Galaxy S9 and Galaxy S9+, the LG G7 and G7+, HTC U12, HTC U12+, Moto Z (2019), Galaxy Notice 9, Sony Xperia XZ Professional-A, Xperia XZ 2, Google Pixel three XL, LG V40, Nokia 10, Samsung W2019 flip cellphone, ZTE Nubia Z18 and Xiaomi Mi Combine three.
Although that is only a leak, the Nokia 10 has caught the eye of the oldsters at NokiaPowerUser who’ve revealed when this smartphone would possibly see the sunshine of the day. The report citing a tip claims that the Nokia 10 is perhaps unveiled in August 2018.
For now, there is no such thing as a affirmation relating to the Nokia 10 as it’s too early to invest about the identical. As of now, HMD International is alleged to unveil the Nokia 9 as its premium flagship mannequin at a press convention on January 19, 2018. On the identical occasion, the corporate can be anticipated to unveil the Nokia 6 (2018). Provided that the corporate is more likely to observe the identical title yearly, we are able to anticipate the Nokia 10 moniker to be a hypothesis.
Speaking in regards to the Snapdragon 845, this processor will certainly take the upcoming flagship smartphones to the following stage with its attributes similar to improved picture processing, higher energy effectivity and enhanced total efficiency compared to its predecessor – the Qualcomm Snapdragon 835 SoC that will probably be utilized by the upcoming Nokia 9 smartphone.
For sure, we have to watch for additional data relating to the brand new Nokia 10 to hit the online or an official affirmation from HMD International that may not come anytime quickly.