The new Lenovo Zuk Z1 is available at the price of 320 dollars and it has a beautiful design. Probably, customers will say that it looks similar with the iPhone 6S Plus, but Lenovo Zuk Z1 has some tweaks that make it unique.
It homes a rear camera that makes decent pictures and a fingerprint scanner. Probably, its strongest point is its battery life that lasts pretty long.
To be added that this phone comes from the Chinese electronics giant’s subsidiary brand, called Zuk Mobile. Even if the new Lenovo Zuk Z1 cannot be found in western markets, customers can order it from Zuk’s online third party retailers.
Now, the new Z1 is Zuk Mobile’s first smartphone and is available at a very attractive price. As any other smartphone that comes at a low price this new device also has some flaws. However, for customers who love the iPhone’s design and Google’s operating system, this new phone is an incredible catch. Lenovo Zuk Z1 comes with a 5.5-inch display and a 1,920×1,080-pixel resolution. It measures 6.13×3.04×0.35 inches and weighs 6.17 ounces. The phone is available only in two colors: white and dark gray.
As it was earlier mentioned, the new Lenovo Zuk Z1 has a very similar design with Apple’s iPhone 6S Plus. If we put these two devices side-by-side, we will realize that they look the same, but with a few tweaks. Both devices are featuring a pure white with metal antenna bandings and an identical front color scheme. Moreover, even if the finger print sensor and home button have a different shape, the positioning is almost the same as the one of iPhone 6S Plus. Another interesting thing is that Lenovo Zuk Z1 comes with the same speaker grilles and Type-C USB port like those on Apple’s device.
Under the hood there is a Qulacomm Snapdragon 801 octa-core processor clocked at 2.5GHz, accompanied by 3GB of RAM and 64GB of internal storage. Moreover, it has a large 4,100mAh battery and runs Google Android 5.1.1 Lollipop OS. With such kind of hardware, users will have no issues playing games or browsing the Web with the new device.