Panasonic PT-D6000ES, PT-DW6300ELS manual RGB Booster Significantly Improves Colour Reproduction

A New Standard for 1-chip DLP™ Projectors

Refined Image Quality with

Reliablility and Easy Maintenance

Panasonic 1-chip DLP™ projectors are brighter and better than ever with a compilation of numerous Panasonic proprietary technologies. The wide-aspect PT-DW6300ES/DW6300ELS* with a brightness of 6,000 lumens, and PT-D6000ES/D6000ELS* with a brightness of 6,500 lumens produce vivid colourful images with the aid of the newly engineered RGB Booster. The Dual-Lamp System makes sure that presentations aren't interrupted even if a lamp suddenly burns out. This is joined by the Auto Cleaning Filter, which makes filter cleaning unnecessary for approximately 10,000 hours, for high reliability. Both models offer easy and flexible system configuration.

PT-DW6300ES	PT-D6000ES
PT-DW6300ELS*	PT-D6000ELS*
WXGA	XGA
6,000 lm	6,500 lm

*The PT-DW6300ELS and PT-D6000ELS are sold without lenses.

The specifications are the same as those of the PT-DW6300ES and PT-D6000ES.

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.

Conventional System

RGB Booster

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

Conventional

Conventional technology was unable to use the boundaries between colours.

W

Conventional Lamp

Drive System

Colour	B	W	G	R
Wheel

Lamp

Power

Vivid Colour Control

Ensures maximum utilization of the colour wheel by minimising unused section.

W

Lamp Modulation

Drive System

Colour	B	W	G	R
Wheel

Lamp

Power

lowering the brightness. This results in bright vivid images with

Unused

G

G

increased colour fidelity.

section B

R

Because the lamp power was fixed in conventional projectors, colour reproduction was enhanced by sacrificing brightness.

B

R

By modulating the lamp power, we can maximise the colour reproduction of each colour without sacrificing brightness.

High Brightness

with New AC Lamp

Our newly-developed 300-watt AC lamps are used in the PT-DW6300ES/D6000ES. The high-efficiency light convergence technology and the colour wheel work together to achieve the high brightness of 6,000 lm for the PT-DW6300ES and 6,500 lm for the PT-D6000ES. Clear, crisp images are reproduced even in bright rooms.

Detail Clarity Processor Brings

Depth and Clarity to Details

This advanced image-processing circuit analyses the video signal frequency range for each scene by extracting data on the distribution of high, mid, and low-frequency components, and brings out fine details accordingly. The resulting images have a more natural, three-dimensional appearance with crisp, clear detail.

Without With

System Daylight View 2 for

Enhanced Colour Perception

Image details are less clear when a projector is used in a room with the lights on. Panasonic's System Daylight View 2 improves brightness perception by adjusting sharpness, gamma curves, and colour corrections. This produces crisper, more stunning images with vivid colours even under bright conditions.

OFF ON

Conventional sharpness control:	Detail Clarity Processor:
Sharpness is applied uniformly, which	Signal frequency is extracted real-time and
can cause a halo or ring effect and	necessary sharpness is applied at varying
diminish the sense of depth.	degrees for natural, life-like images.