Acer has been in the news for a while now about the launch of the Android version of Acer Jade Primo smartphone that has already launched with Windows OS. Recently, a new smartphone with model number Acer S58A was spotted on GeekBench benchmarking site and is supposed to be Android powered Acer Jade Primo. Today, the Android variant of the Acer Jade Primo with model number Acer S58A has been surfaced on the GFXBench listing revealing the key specifications of the device.
As per the GFXBench listing, the Android-powered Acer Jade Primo will feature a 5.5-inch (1080×1920 pixels) full-HD display with 401ppi as pixel density. Under the hood, it is expected to pack Qualcomm Snapdragon 808 hexa-core processor clocked at 1.8GHz and accompanied with Adreno 418 GPU for smooth performance. The device will support dual sim dual standby and is expected to run on latest Android 6.0 Marshmallow out of the box.The device will come with 3GB of RAM, 32GB of onboard storage and there is no information about the inclusion of the microSD card slot for further expansion.
It will sport a 20MP rear camera with LED flash and an 8MP front shooter for perfect selfie images. The primary camera of the smartphone can also record videos in 4K resolution at 30fps. It will include standard connectivity options like 4G-LTE, Wi-Fi, GPS/A-GPS, Bluetooth and microUSB port. Although there is no official word from the company, we advise you to take with a proverbial pinch of salt. We can expect the company to launch the Android-powered Acer Jade Primo in the upcoming MWC 2016 event. Stay tuned for more updates in coming days!
To recap, Acer has recently launched an entry-level tablet called as Acer Iconia One 8 B1-850 and will be available in selected markets priced at $100. The tablet features 8-inch (1280×800 pixels) HD display, MediaTek MT8163 quad-core SoC, 1GB RAM, 16GB storage, 4600mAh battery and runs on Android 5.1.1 Lollipop out of the box. The tablet comes with many unique features like Kids Center App, EZ WakeUp, EZ Snap and System Doctor to optimize system functionality.
