At $558 during the following weeks

Jul 18, 2009 10:33 GMT  ·  By

Finnish mobile phone maker Nokia has unveiled to the world its first handset that boasts an 8-megapixel photo snapper only recently, yet it seems that it is determined to make the Nokia N86 8MP available on as many markets as possible in the shortest period of time. The high-end device has been spotted in FCC's courtyard about two months ago, and now the company has announced that the phone will become available in the US via the Nokia Flagship Stores and online on the Nokia USA site, during the following weeks. The price tag for the phone has been set at $558, the company adds.

The Nokia N86 8MP seems to be a great device for the US market, which joins other 8MP behemoths that are available in the country, including the Sony Ericsson C905a that went live on AT&T's airwaves only three days ago. What this device has to offer to users includes a camera that sports dual LED flash, video light, variable diaphragm and Carl Zeiss Tessar optics. In addition, the phone also comes with the Symbian S60 3rd Edition, Feature Pack 2 operating system, in a dual sliding form factor.

Other features have been included in the package as well, such as the Share Online client that comes pre-installed on the device and allows for images and videos to be shared with only one click on favorite social network sites. There are also the over-the-air uploads that need to be mentioned, as well as the Ovi Share support, preloaded Ovi services, including Ovi Maps, N-Gage and Ovi Files, and others more, just as anyone would expect from an Nseries device.

As for the hardware specs of the phone, we can count an AMOLED 2.6-inch QVGA display, delivering a 240 x 320-pixel resolution along with support for up to 16 million colors, assisted GPS (A-GPS), TV-out support, a microUSB connector, Bluetooth 2.0 and Wi-Fi connectivity, a 3.5 mm stereo headphone plug, 8GB of internal memory and a microSD memory card slot that offers users the possibility to add up to 16GB of external storage space into the equation.