Lenovo – one of the biggest Chinese OEM was unveiled the Lenovo A7000 at MWC 2015. While the phone is now still a hot cake with a high-quality sound in order to bring the best experience for users. Now, we see another Lenovo device, therein the phone will highly “better” than its aforementioned device. The handset is alleged mid-range Lenovo A7600-M spotted online along with outside design and some specific specs thanks to some leaked photos which probably came from its domestic market. Let’s explore the phone with us.
In term of specification, the A7600-M still remains some similar features on the A7000 but with better specs. The phone was claimed to pack a 5.5-inch HD (1080×720) display, 2GB RAM and 8GB of on-board storage, which can be expanded via microSD card (no idea for limit storage). In addition to, the device is rumored to be powered by 1.5GHz MediaTek MT6752 octa-core processor pairing with a sufficient 3,000 mAh battery which is a slightly ligher than 2,900 mAh on the A7000. The device is indicated to run on Android 5.0 Lollipop pre-installed along with Lenovo Vibe’UI 2.5.
In term of Camera, needless to press a huge improvement here from 8MP sensor on the A7000 to a 13MP camera in its rear of the device which definitely delivers higher quality photos and videos. Unfortunately, the company remain the 5MP resolution for the front camera.
In term of Design, it’s not difficult to see that both the back and the front are covered by plastic with a metal band in-between. One difference compared to the A7000 is that the power and the volume buttons, which are also in metal, are located in the right side of the handset. From the images so far, we can guess that the phone are at the same thickness with the A7000. Its device also supports 4G LTE, Wi-Fi, GPS/ A-GPS and Bluetooth.
The launch date, availability or the price of the phone are yet unknown. However, considering the “M” in the name, the smartphone possibly be region-specific.
If rumors are reliable, we will see the phone soon. Stay tuned and we’ll dig more information.