New Nikon Coolpix S6500 Adds Wifi
Today, Nikon Inc. announced the new COOLPIX S6500, the latest addition to Nikon's extensive line of COOLPIX cameras. The Nikon COOLPIX S6500 comes equipped with a 12x optical zoom, a 16-megapixel backside illuminated (BSI) CMOS sensor and a variety of user-friendly features, including five new Glamour Retouch effects, all packed into a slim, stylish camera body. In addition to an extensive feature set, the COOLPIX S6500 features built-in Wi-Fi connectivity that allows users to transfer images and HD movies from their camera directly to a compatible smart device through the Wireless Mobile Utility1 application, for easy sharing with others.
"Built for those looking for an easy-to-carry camera that takes and shares great photos, the stylish and compact COOLPIX S6500 offers trusted Nikon technology and features that users have come to expect in Nikon COOLPIX cameras," said Bo Kajiwara, Vice President of Marketing, Planning and Customer Experience, Nikon Inc.
Stylish, Compact and Feature Packed: The New COOLPIX S6500
Though sleek and slim, the S6500 boasts a high-performance 12x optical zoom lens, covering a long Focal range from a wide angle 25mm to 300mm, with lens-shift Vibration Reduction (VR) technology to reduce the effects of camera shake including image blur. In addition to these features, the COOLPIX S6500 also sports a 16-megapixel backside illuminated (BSI) CMOS sensor that helps produce sharp detail and vivid color whether capturing extensive landscapes or close-ups. The COOLPIX S6500 also comes with built-in Wi-Fi connectivity so that users can share and transfer images and videos with family and friends by easily sending them to compatible smart devices, like smartphones and tablets, without the need of wires or cables. Users will then be able to post their Nikon quality images and movies to social networking sites from their smart devices. Consumers will also have the ability to use their smart devices to remotely take pictures with the S6500, which is extremely convenient when trying to capture a group photo that includes the photographer.