Panasonic  PT-AT5000 Projector

Immersive Large-Screen Full HD 3D Excitement

The PTAT5000E is Panasonics first Full HD 3D home theatre projector with 1080p resolution. It has been redesigned from the ground up to achieve higher basic 2D performance and unique 3D features delivering the 3D quality demanded by Hollywood, and an affordable home viewing experience for you.

The PT-AT5000E is the first 3D projector to use transparent LCD panels driven at 480Hz which combined with Panasonic’s original Overdrive Technology achieves a significantly low crosstalk. The newly developed optical engine produces 300,000:1 contrast ratio and 2,000 lumens of brightness, enabling the PT-AT5000E to offer an amazing 2D and 3D viewing experience.

Panasonic’s home theatre projector aims to produce images that mirror the director’s artistic vision and intent. Consequently, the key 3D projection technologies were developed in collaboration with Panasonic Hollywood Laboratory engineers, who are heavily engaged in creation of 3D Blu-ray discs and have taken key roles in establishing the industry standards for 3D.

• 16-bit (full 12-bit) gamma correction for natural gradations.
• 3D noise reduction for high-precision noise detection and reduction.
• Scene-adaptive MPEG noise reduction effectively blocks regular noise and minimises mosquito noise.
• Scene adaptive resizing LSI improves quality when resizing 480p images or those from other sources with resolution lower than the PT-AT5000E’s native resolution.
• 24p compatible.
• Progressive cinema scan (3/2 pulldown) and HD IP.
• Auto 3D input format select for frame packing, side by side, and top and bottom. Manual selection is also possible.
• Selectable frame response.
• Independent horizontal/vertical sharpness adjustment.
• Featuring a wide range of aspect modes, including ones for anamorphic lenses.
• Up to sixteen sets of PICTURE adjustment settings can be stored in memory with custom names that make them easy to remember (PICTURE MEMORY).
• Masking function to match the desired projection area to the screen.