Phones based on Qualcomm's 700-series Snapdragon processors have been a hit as of late, combining serious performance with surprising value. Today the company announced its most powerful entrant in the series, the Snapdragon 780G. Versus the 765G as seen in recent Pixels, the 780G uses a 5nm fabrication process, allowing for faster speeds and greater efficiency. Read More
MediaTek announced the newest member of its Helio P family, the P22. According to the company, this is the first 12nm mid-range system-on-chip. It joins its siblings, the P23, P30, and P60, to offer device manufacturers a wide portfolio of options to keep costs low while "meeting mid-tier market demands." Read More
In a press release this morning, Qualcomm announced a new platform "purpose-built for IoT devices" and a couple of new system-on-chips to go along with it. The company is calling the new program the Vision Intelligence Platform, and its new chips will be used in devices like robots and smart cameras. Read More
Even with the AMD complaint against it, MediaTek keeps chugging along with its system-on-chips. The latest in the Helio family is the P25, an evolution of the P20 that is targeted toward dual-camera smartphones (because those are a thing again). This fancy new SoC maintains the power efficiency for which MTK is known while bumping up image and graphics processing capabilities. Read More
Despite all this talk about upcoming phones and tablets running on the Tegra 2 processor, you may want to stop and consider the new offering in the Snapdragon line of processors from Qualcomm. Taking a 28-nm dual core beast (MSM8960), the company promises speeds up to five times their current offerings, as well as 75% less lower power usage.
But the real shocker here is the updated GPU, which Qualcomm claims is capable of delivering gaming performance equal to the of an Xbox 360 or PS3.
We should certainly wait for some real life tests and comparisons to Tegra 2 before really hyping this up, but still: can you imagine the PSP phone launching with these capabilities? Read More