The Samsung Galaxy 7 is already gearing up and speculated to launch in the second half of this year. The new S7 concept may boast an entirely new and improved display, visuals, security, speed, and processing power.
The new Samsung Galaxy S7 is expected to boast a 64-bit Exynos 3.5 GHz processor, and a staggering 30-megapixel rear camera, and 10-megapixel front camera. Additionally, the Samsung Galaxy S7 will allegedly incorporate a gigantic 4GB of RAM and options of 32GB, 64GB and 128GB storage. A fingerprint scanner found of the S6 models plus the usual heart rate monitor and IR blaster for controlling devices around your home are expected to be included in the upcoming flagship as well.
Furthermore, the most prominent suggestion from the circulating reports is the rumor that the Samsung Galaxy S7 will continue to feature a 4K Super AMOLED display. This technology of 4K resolution will certainly turn into a mainstream feature of consumer electronics in the predictable future, hence, Samsung would have an obvious sense to embrace this technology as soon as possible.
Since Samsung is very competitive in attempting to create market-leading features in its Galaxy range. It is already expected that the new iris-related security standard will be released in Samsung products across range in 2016. For that reason, it is highly expected that it will be boasting this high-end security feature, with Samsung keen to stress the statement that the Galaxy S range stays as its flagship mobile device.
Moreover, a 5G network band that will greatly improve the browsing experience and Internet capabilities of the smartphone have also been suggested to be found in the new flagship phone. With its swanking super-fast Wi-Fi connectivity, the upcoming device can really be a next generation smartphone that would pile pressure on Apple to assemble an outstanding iPhone 7 release.
According to some latest reports, the Samsung Galaxy S7 has been suggested to cost between $750 and $850 with the bump in price being owed to the enhanced specifications and Edge-type display.
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