LeapFrog Remote Access 1080p Touch Screen 5.5" Baby Monitor

Watch over your little one at home on the 5.5-inch, 1080p High-Definition Touch LCD Parent Unit Display or remotely on your smartphone with the LeapFrog LF2936FHD-TOUCH WiFi video baby monitor. Monitor your baby on the 1080p high definition viewer or remotely using your smartphone with this WiFi baby monitor. View rooms from top to bottom with the 78-degree vertical tilt angle and from side to side with the 360-degree horizontal pan capability. Easily control the Parent Unit Touch Screen Display with your fingers. Plus, see your baby as clear as day, even in ultralow light, thanks to the automatic Color Night Vision. Free professional in-app advice and videos provided by the experts at LeapFrog help assist in the growth and development of your baby. •Free live remote access via smartphone and tablet - Remotely listen and view on multiple devices, even outside the home. This system allows for local and remote viewing through the Leapfrog Baby Monitor app with no fees or monthly subscriptions.. • Full HD 1080p, 5.5” color touch screen - Control the camera with your finger and admire a detailed view of your precious little ones gracefully displayed on the 5.5”, 1080p high-definition display with premier color and viewing angles.
• 1080p Remote & Local HD viewing - The camera transmits 1080p high-definition video, so you can clearly see your little on the parent unit.
• Free professional in-app tips and advice - Rich content and videos provided by the experts at LeapFrog provide helpful tips and advice about sleep, social, congnitive and much more to assist in the growth and development of your baby.
• 360 degree Pan, tilt and zoom - Achieve 360 degree panoramic viewing and view as many as 152 degrees up and down.
• Night light on baby unit - A soothing light on the baby unit gently illuminates a dark nursery. • Color night vision - Advanced night vision technology that is superior to traditional (black & white) technology allows you to clearly see your baby in ultra-low-light.