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.
Last night we got some hands-on time with HTC's new family of smartphones - the One series. While we didn't get a hands-on video with the One X (largely due to a dead battery), we did spend a fair amount of time with the One S, which shares most of its hardware with its larger sibling.
The main difference between the two lies in the displays. The One S packs a 4.3" SAMOLED qHD display (540x960), while the One X has HTC's new 4.7" S-LCD2 HD screen (1280x720).
Shortly after the announcement from HTC CEO Peter Chou at Mobile World Congress that AT&T would be a launch partner for the new One X, the US's number two carrier let fly a press release confirming the statement. What's there to take from it? Not much.
The primary differentiating features of AT&T's version will be a dual-core Snapdragon S4 (as opposed to quad-core Tegra 3) processor, as well as LTE connectivity.
Just two days ago, we saw how blazingly fast Qualcomm's new Krait-based Snapdragon S4 CPU is in dual-core MSM8960 guise. Today, they've announced that the S4 line of CPUs - including the MSM8960 and its quad-core brother APQ8064 (seriously, who came up with this naming system?) - will pack the next-gen 802.11ac Wi-Fi spec.
Support for the new spec comes courtesy of Qualcomm's Atheros WCN3680 chip, which packs a 1x1 802.11ac chip with Wi-Fi, Bluetooth, and FM on-board.
The de facto hardware experts over at AnandTech have spent some time with the newest CPU from Qualcomm: the MSM8960, sporting the new 28nm Krait architecture in dual-core, 1.5GHz form. They've put it through their suite of benchmarks including Linpack, SunSpider, BrowserMark, Vellamo, and Basemark OS. In a nutshell: the MSM8960 absolutely destroys every other phone/CPU on the market right now in every. single. benchmark.
An example of what to expect.
We're gradually working our way into an all-LTE world, but there are still a few hurdles to cross. One of those hurdles, the seamless handover from LTE to 3G during a VoLTE (voice-over-LTE) call, has now been achieved by Qualcomm.
So, what does that mean, exactly? Basically, if you're on a VoLTE call in an LTE network and you leave the coverage zone, the call would normally go dead. Thanks to this new chip from Qualcomm, though, that all changes.
An intriguing NenaMark2 benchmark showed up earlier today, giving us a glimpse of an unknown device packing Qualcomm's 28nm Snapdragon S4 Krait MSM8960 SoC. The device has a 1.5GHz CPU, 1024x600 display and an Adreno 225 GPU. Did I mention it's running Android 4.0.3?
As you can see, the mystery device's Adreno 225 GPU got an impressive 54.9 fps – a number that's even more astonishing considering the fact that Samsung's Galaxy SII (which has a considerably smaller 800x480 resolution display) scored 46.2 fps with its Mali-400 MP4 GPU.
Adreno Graphics, a division within Qualcomm, has just released Snapdragon GameCommand, a new game management and discovery app. Originally, GameCommand was supposed to be released on January 10th at CES, but it looks like someone pulled the trigger early.
Samsung, in partnership with China Telecom, has just announced the SCH-W999, successor to the W899. The W999 is a formidable (read: huge) flip phone, and comes with two of everything – two 3.5" S-AMOLED displays at 480x800, a 1.2GHz dual-core Qualcomm MSM8660 processor, and 2 SIM slots.
Besides its powerful processor and dual displays, the W999 offers a 5MP rear shooter, dual-mode connectivity, and penta-band support.
If you can't tell from the photo above, the W999 is a hefty device, at least in terms of width and height.
In an effort to help advance computer vision on mobile devices, Qualcomm has released the first mobile-optimized CV library, aptly named FastCV. While this news may not be groundbreaking for end-users, it's a pretty big deal for developers, as this library can be used in mobile development to help improve things like face detection and recognition, text tracking and recognition, gesture recognition, as well as open a whole new world for augmented reality applications.