24
Aug
2012-08-24_12h38_46

LG has launched a teaser for its next flagship smartphone. While we don't have a name for this device just yet, the specs are very impressive. The phone will be powered by a quad-core S4 Pro processor (APQ8064) with an Adreno 320 GPU. As you may recall, the dual-core S4 is the chip that manages to give the Tegra 3 a run for its money in some benchmarks due to its 28nm architecture (versus the Tegra 3's 40nm). So, the S4 Pro should be nothing short of blazingly fast.

That processing power will come in handy as this phone is going to come with a 13-megapixel camera (read: huge photos) and 2GB of RAM.

10
May
androlg

If you were to come up with your ideal phone, the specs would probably look like those rumored for the mysterious LG LS970 on Sprint. This phone will reportedly have the Qualcomm APQ8064 (Snapdragon S4) at its heart. This is a quad-core 28nm Krait chip with the next-generation Adreno 320 GPU. Since this is an "APQ" chip, that means a separate LTE data modem will be used, currently listed in the leaked profile as the MSM9615.

LS970-Back-Pic

Also included in the leaked data is a listing for 2GB of RAM, which is twice as much as high-end devices are currently shipping with (and probably more than Android needs).

27
Feb
image

Qualcomm is going to release an upgraded version of its S4 generation Snapdragon chipset in the second half of 2012, the company announced at MWC 2012 today.

The more capable and powerful S4 "Pro" variant of the original dual-core MSM8960 chipset (which can be found in the HTC One X, for example) will feature an Adreno 320 GPU as opposed to Adreno 225 in the regular S4 MSM8960. Before this announcement, Adreno 320 was scheduled to accompany only the quad-core Krait CPUs, like the APQ8064 and the MSM8974 which won't be coming out until late 2012/early 2013.

Qualcomm says the new GPU could be up to four times as powerful as Adreno 225, with support for higher resolution displays, next-gen 3D graphics capabilities, and a new "computational camera" that should theoretically enable the use of light-field technology in mobile devices (you may recognize the term "light-field" from the revolutionary Lytro camera that came out last year).