Panasonic PT-DZ6700E Brochure & Specs page 2

Full high-resolution
WUXGA compatibility.
A wide array of unique image-processing
technologies combine to produce realistic, lifelike images.
Panasonic's PT-DZ6710E/DZ6710EL* and PT-DZ6700E/DZ6700EL* 1-chip DLP™
projectors now offer even brighter and more vivid images with full high definition resolution.
Along with the RGB Booster, which combines high brightness and superb colour
reproduction, a host of technologies work together to enhance image quality. The
Dual-Lamp System and Auto Cleaning Filter extend operating stability and contribute to
reliability. The PT-DZ6710E/DZ6710EL include Geometric Adjustment for projecting
images onto curved screens, as well as standard HD-SDI signal compatibility.
All models offer high image quality and easy system expansion
to increase system integration flexibility.
PT-DZ6710E PT-DZ6700E
PT-DZ6710EL* PT-DZ6700EL*
WUXGA
6,000 lm
Geometric
HD/SD-SDI
Adjustment
*The PT-DZ6710EL and PT-DZ6700EL are sold without lenses.
The specifications are the same as those of the PT-DZ6710E and PT-DZ6700E.
Vivid Picture Quality with High Brightness
RGB Booster Significantly Improves Colour Reproduction
The RGB Booster achieves high image quality with levels
of colour reproduction (up to 145% that of conventional
models) and brightness that make each colour stand out.
It combines Panasonic's proprietary Vivid Colour Control
technology with a newly engineered Lamp Modulation
Drive System for a 1-chip DLP™ projector that produces
bright and vivid colours.
Vivid Colour Control
This unique control technology optimises the use of the colour
segment areas of the colour wheel. It increases the brightness
of each RGB colour by minimising the unallocated portions
between the colours, to achieve truly vivid colouring.
Lamp Modulation Drive System
With the new lamp modulation technology, the projector is now
able to control the lamp intensity for each of the red, green,
blue, and white segments of the colour wheel separately.
Because the actual light output is controlled in relation to each
colour segment, light usage is optimised and colour balance is
obtained without lowering the brightness. This results in bright
vivid images with increased colour fidelity.
1
WUXGA
6,000 lm
Conventional System
Conventional technology was
unable to use the boundaries
between colours.
Unused
section
Conventional Lamp
Conventional
Drive System
Colour
B W
Wheel
Lamp
Power
W
G
Because the lamp power was fixed
B
in conventional projectors, colour
R
reproduction was enhanced by
sacrificing brightness.
RGB Booster
Vivid Colour Control
Ensures maximum utilization
G R
of the colour wheel by
minimising unused section.
W
G
B
R
Lamp Modulation
Drive System
Colour
B W G R
Wheel
Lamp
Power
By modulating the lamp power,
we can maximise the colour
reproduction of each colour
without sacrificing brightness.