Samsung S8 expected to release in February 2017 with superlative specs
After the huge fall of Galaxy Note 7, It is highly speculated that Samsung may launch it's upcoming sensation Galaxy S8 much earlier than its targeted date. According to many tech geeks, the company might take this action to overpower the setbacks which it is suffering from due to the disastrous loss of its Galaxy Note 7. However, as there are no such announcement or insights came from the company authorities yet, the South Korean tech giant might bring on this successor of Galaxy S7 at its scheduled time only.
According to GSM Arena, tech lovers can still expect the release of Samsung's Galaxy S8 smartphone during its Unpacked event scheduled to be held in February 2016. If this speculation is correct, then Galaxy S8 might get to launch on February 26, 2017, in Barcelona, Spain. And then can be referred to be revealed just a day before the opening ceremony of the Mobile World Congress, which is yet set to be held on February 27th, 2016.
Although a quarter of a year is left for the event to be held. But Samsung's PR team may have already prepared invitations for the event this early. According to Christian Daily, Italian mobile tipster named Ricciolo has even leaked the invite on Twitter that appears to confirm and highlight the inclusion of a mobile iris scanner. The Italian leak specialist's previous record of projecting the accurate launching dates for Samsung Galaxy S7 and Samsung Galaxy S7 Edge along with Sony Xperia X Compact makes the possibility of Galaxy S8 to be launched on the above-mentioned date clearer.
Speculations also suggest that this smartphone may also bring on a dual-lens camera system that is up to par with DSLR cameras. It means, with Galaxy S8, Samsung will leave no stone unturned to compete with its supreme rival Apple's iPhone 7. The device is also said to come equipped with either the Qualcomm Snapdragon 830 or Samsung's own processor, the Exynos 8895. Rumor has it that both chips will be designed to be smaller yet more power-efficient than their predecessors.
