OnePlus One’s Processor Upgraded To Snapdragon 801: 2.5 GHz Quad-Core Processor

According to various rumors released in the past few days, it appeared that the OnePlus One will come with a Snapdragon 800 processor. While the processor is not that common in yesterday’s smartphones, it is still a little bit old for what we might expect from an incoming handset. Now, OnePlus has taken into consideration people’s demands and upgraded their first flagship with the Snapdragon 801 processor.

As some of you might know, the Samsung Galaxy S5, as well as the new HTC One, will be powered by the same powerful and upgraded processor. Even if Snapdragon 800 was not the latest and the greatest processor available, it would do a great job. However, since the manufacturer is aiming to get a larger marketplace, it was more than predicted to see the Snapdragon 801 within the OnePlus One.

In what concerns the alleged processor, Snapdragon 801 is a quad-core 2.5 GHz SoC that brings a 28nm process, Adreno 330 GPU, Quick Charge for a 75% faster battery charging, integrated LTE, support for Bluetooth 4.0, Wi-Fi ac, and the well-awaited 4k video recording possibility and much more interesting options and features.

The cover photo on the Google+ page of the OnePlus was silently updated to list the Snapdragon 801 processor as a particular part of the hardware part coming with the incoming device. In the same time, the picture displayed spec data for the 3100 mAh battery, a 5.5-inch 1080 JDI Display, and an amazing 13 MP camera.

Considering the fact that the device is expected to see the light of the day in the second quarter of 2014, it is satisfying to see a company that is willing to fulfill its customer’s suggestions and desires. After all, the clock is ticking and the release date is actually pretty close.

We still do not have the full list of details and features about this device, but OnePlus will definitely reveal some of its most important features and options. As you can see, the company is quite open to suggestions and opinions, while revealing their changes and improvements.