It is being a lavish day in information and rumors about the Finnish Nokia. To the intense traffic coming (more or less) from Espoo, we must add a new indication from The Nokia Blog about the line of phones with Windows Phone 7 that is requiring so much attention from the sector.
Thus, from the aforementioned blog they point out that the firm could launch a mobile called Nokia Ace, a terminal that is characterized by having a large format and extensive power to compete at the top against the top of the range that would be seen in the market in early 2012.
And it is that it is said that throughout the first quarter of 2012, AT&T would be in charge of launching the Nokia Ace in the United States, although it would also reach other markets. In any case, the beginning of the commercial life of Nokia Ace in the North American country would be a declaration of intent for the new stage of the Finnish firm.
Technically, the Nokia Ace would spend a 4.3-inch AMOLED screen with Clear Black Display (CBD) technology, that system released in the Nokia C7 and that achieves intense contrast indices. Unfortunately, it would not have transcended the proportion that this panel keeps in terms of resolution.
The processor installed by the Nokia Ace would have a power of 1.4 GHz. However, the data does not refer to whether it would be a dual-core chip or if, on the contrary, it would be designed from a single core. Strictly sticking to what The Nokia Blog publishes, it does not seem that it was the first option.
However, the fact that this Nokia Ace integrated a 1,800 milliamp battery, as the electronic publication maintains that it will be, does invite you to think about the dual core. Otherwise, the presence of a battery so powerful seek to alleviate the problem that has been dragging vaunted generation smartphone: autonomy.
On the other hand, the Nokia Ace would carry an eight megapixel camera based on Carl Zeiss optics, as well as an internal memory of 16 GB. It would also present 3G connectivity under the HSPA + system (which would achieve maximum data download rates of 21 Mbps, in theory).
