Casio Exilim EX-H20G Digital Camera with Hybrid GPS (Black) with (2) Batteries + Case + Cleaning Kit

The Casio Exilim Hi-Zoom EX-H20G Digital Camera With Hybrid GPS is the worlds first digital camera with autonomic indoor positioning through Hybrid GPS. Not only does the camera always tell you exactly where on earth you are it even keeps track of your position when youre indoors where it cant receive signals from the GPS satellites (thats the autonomic part). When the camera is turned off it still takes readings every 10 minutes. The result is that you can geotag photos and videos with ultra precision and you can see your current position on a map displayed right on the cameras bright 3 LCD monitor. The EX-H20G has a treasure trove of useful travel information in addition to the map--a world atlas including detailed maps of 140 world cities plus 12 cities in Japan 10000 photos of popular sights world-wide digital compass and a location name database with 1 million entries so the camera can display the name of your location. And lets not forget that this is a camera--its got a 14.1MP CCD sensor for high resolution photos a 10x zoom lens (24-240mm equivalent) that carries you from very wide-angle for landscapes and tight spaces all the way to long telephoto to get you close to your subject (plus macro for ultra close-up photos) Premium Auto setting that automatically optimizes all camera settings for any scene you choose to shoot built-in flash white balance options image stabilization to prevent blurry photos due to hand shake high sensitivity up to ISO 3200 for low-light pictures and dazzling HD video at 720p resolution. And it does it all with very low power consumption using just 1 rechargeable lithium-ion battery. Key Features: Hybrid GPS w/ Autonomic Indoor Positioning The EX-H20G is equipped with a Hybrid GPS system that combines a GPS engine with autonomic positioning made possible by a motion sensor. Even if no signals are received from GPS satellites when indoors the system consecutively tracks the users location by employing an original algorithm using a