Features Of The Projector - Yamaha LPX-510 Owner's Manual

Features of the Projector

Image appearance can be selected to match the
projection environment (Picture Mode)
The projector is equipped with a unique CB (color balance) filter that enhances the color reproduction of
images.
It is ideal for use in providing the optimum image effects for the projection environment when viewing images
such as games, sporting competitions and movies. It makes other troublesome color adjustments unnecessary.
(p.18)
Equipped with a wide-
angle lens shift function
The lens shift function allows you to adjust the
position of the projected images vertically and
horizontally without distorting the images.
This allows the projector to be set up with greater
freedom,
even if it is suspended from a ceiling or at an angle
to the screen. (p.12)
Wide range of brightness
adjustments
The image brightness can be adjusted within a wide range. Optimum images can be obtained even if using
the projector in a bright environment for watching videos or games, or in a dark environment such as when
creating the atmosphere of a home theatre. (p.30)
Electronic zoom and focus adjustment
The projector's control panel and the accessory remote control can be used for easy zoom and focus
adjustments.
For zoom adjustment, a high magnification lens is provided to allow images to be increased in size by up to 1.5
times, so that images can be projected onto an 80" screen even at a distance of approximately 2.5 m (8.2 ft.).
(p.11, 16)
A variety of image setting functions
Many other functions are available as follows.
Progressive and Motion Detection functions allow you to obtain ideal results both for images with large
amounts of movement and for still images. (p.32)
An aspect function that allows images to be viewed in wide-screen format. (p.19)
Memory functions that allow adjustment results to be stored and later retrieved easily using the remote control.
(p.26)
Key lock function that locks the control panel so that settings cannot be changed accidentally after
adjustment. (p.34)
Adoption of a special high-resolution DCDi video circuit developed by Faroudja. This circuit greatly reduces
the jagged edges that resulted from conventional progressive conversion. (p.32)
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