Eyefi the global leader in digital photo apps and services, launched Eyefi Mobi Pro, a new 32GB WiFi SD card – the most powerful WiFi SD card ever. Mobi Pro combines advanced wireless transfer features with photo apps and integrated cloud services for photographers who appreciate speed, power and convenience.
Matt DiMaria, CEO at Eyefi said, “By adding RAW wireless transfer and workflow features demanded by photography customers around the world as well as powerful, automated photo categorization and search features it is now easier than ever to find, access and enjoy all your photos on any device at any time.”
Eyefi Mobi Pro provides photographers with unequalled power and flexibility when capturing images. It also gives photographers control over which images transfer from their camera to their mobile device or to their computer for editing, sharing and syncing.
Images are securely and automatically transferred whether shooting on location, at home or in a studio. Away from home, Mobi Pro creates its own WiFi hotspot to enable instant transfer. At home, Mobi Pro connects to a local network to transfer images at high speeds.
Every Eyefi Mobi and Mobi Pro WiFi SD card includes fully integrated mobile and desktop apps that work from the moment of capture, speed workflow and make it easy to find and access photos anytime, anywhere. With the launch of Mobi Pro, powerful new capabilities have been added to Eyefi Cloud and apps.
Eyefi mobile apps work with Eyefi Cloud to intelligently retain original resolution images while rendering the best image for the viewing device. Eyefi Cloud uses advanced image analysis to automatically classify images for instant organization, sharing and search by category. In addition to basic date, time and geo locations, images are automatically identified by subject area such as food, indoor, outdoor and dozens of other attributes making it fast and easy to find photos.
Mobi Pro is priced at AED 375, the card comes with 1 full year of membership to Eyefi Cloud with unlimited syncing and storage.
