Advanced features enhance presentation quality and make initial set up even easier. For example Keystone correction can be made in both vertical and horizontal directions, while the new ‘My Screen’ feature allows an image to be displayed at a switch before the presentation begins. With full connectivity the projectors feature 2 RGB inputs so you can connect 2 PCs at any one time and easily switch over 3 video inputs. Other features include the Remote Mouse Function - a convenient feature that allows you to operate a mouse by using the projectors own remote control.
The ED-X3250 model boasts a variety of features which make it easy to use and deliver highly professional presentations.
My Screen function
The new My Screen feature allows the user to store an image such as a company logo or a product picture in the projector’s non-volatic memory. This image is then displayed immediately when the projector is switched on, even before any input sources are connected, giving a more professional start to a presentation.
Horizontal and Vertical Keystone Correction
Setting up is both easier and more flexible thanks to integrated horizontal and vertical keystone correction, accessed directly via a single button on the unit’s control panel. This feature means that the projector can be set off to the right or left of the screen and correction can be applied to remove any image distortion.
Wide Angle Lens
The Wide Angle Lens allows you to display images about twice as big as as an ordinary projector giving a bigger screen size in a restricted space, for example a 60" screen can be displayed at a projection distance of only 1.8m (6ft).
Black Level Enhancement
In most video images the darkest areas of the picture are not fully black. By forcing these areas to be black the perceived quality of the projected image can often be improved. Normally, black enhancement is a linear adjustment which proportionately darkens all areas of the picture causing an unwelcome reduction in midrange brightness. Hitachi’s advanced black enhancement method avoids this by applying a measured adjustment to the darker areas while leaving the brighter areas unaffected.