LG Q9 first press render revealed 19:9 bezel-less display, Snapdragon 660 chipset!

Today, the first press render of the upcoming LG Q9 made its way online, showing the 19:9 bezel-less display, Snapdragon 660 chipset and more hardware details! Check it out below for more information!

LG Q9

LG Q9 first press render revealed

In September, a leakster identified by the nickname MadSimar on Twitter mentioned that the Korean giant LG is working on an upper-midrange phone. Moreover, the tipster has shared some of the main specs of the handset. According to the leakster, this device will be a step backwards for its performance compared to its predecessor LG Q8. Today, the first press renders of this LG smartphone resurfaced online, revealing quite the full details of it.

Firstly, the new image revealed the front of the device. We spot a notch, huge tall display and the usual set of keys on both sides. Regarding this design, the new LG Q9 looks quite similar to the recently released G7 Fit. As for LG Q9 specs, this LG handset now comes with a 6.1” screen with 19:9 ratio and a fingerprint scanner on the back. Furthermore, the phone is tipped to come with an octa-core Snapdragon 660 chipset by Qualcomm, instead of the Snapdragon 820 found on the Q8.

LG Q9

Otherwise, this phone sports 4GB of RAM and 32GB or 64GB of internal storage. However, the onboard memory should depend on the variant you will choose to buy. There is also a microSD card which can expand up to 256GB. According to our source, the battery expects to come with a capacity of 3550mAh. Moreover, this LG handset is going to arrive with Android 8.1 Oreo operating system. On the other hand, the LG Q9 camera includes a dual 12MP+5MP rear sensors and a 16MP selfie snapper.

LG Q9 release date and price

Unfortunately, there are no further details regarding LG phone availability. However, it is safe to say that LG Q9 price comes at $220 ~ Rs. 15, 759 when it arrives this November. What do you think about this LG budget device? Would you like to purchase this handset? Let us know with a comment!