Sony DVP-NS9100ES, NS3100 manual Still Pixel Processing

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Still Moving

Processing Processing

Still Part

Moving Part

The typical interlaced video frame includes both still and moving pixels. Sony Pixel-by-Pixel Active I/P conversion applies separate processing for each.

Pixels for still objects are the easiest to handle. When objects are not moving, the player can simply use the corresponding pixel from the previous field. Because there is no motion, these pixels will match perfectly with the current field, creating a seamless progressive scan output.

Scanning lines

EVEN Past 3

ODD Past 2

EVEN Past 1

ODD current

EVEN future

Time sequence

STILL PIXEL PROCESSING

Pixels for still objects are simply created from the corresponding pixel in the previous field.

Pixels for moving objects are created by composing pixels from scanning lines immediately above and below within the same field. Because all information comes from the same 1/60-second slice of time, this suppresses motion artifacts. While this process does not result in the full improvement in vertical resolution, the human eye is less sensitive to detail in moving objects. So the overall effect is a stunning improvement in image detail, clarity and solidity.

ES DVD Players 2005, Version 4.0

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Contents ES DVD Players Technical Background Introduction Link Digital Audio Output NS9100ES Link and Hdmi Digital InterfacesSA-CD Player Amplifier ES DVD Players 2005, Version Variable-speed transmission from the player High quality digital Audio Transmission System HatsDual i.LINK interfaces An Hdmi plug and its corresponding jack Component-to-component communication Or NS3100ES Video Performance Precision Cinema Progressive circuitryPixel-by-Pixel Active I/P Conversion ES DVD Players 2005, Version ES DVD Players 2005, Version Scanning lines Still Pixel Processing Moving Pixel Processing Vertical Edge CompensationPixel being created Precision Cinema Progressive Circuitry in actionMHz D/A converter oversampling Bit D/A Conversion NS9100ESChannel Bandwidth Sampling Frequency CD Audio MH z-Sampling Analog-Filter MH z-Sampling Noise Shaped Video circuitry Below Black reproduction with Graphical Gamma Adjustment Video Equalizer Video Shield Plate NS9100ES Output Capacitor-Less OCL coupling High speed video buffer amplifiers NS9100ESWide pitch component output jacks Carefully selected parts NS9100ESDSD decoder LSI Audio PerformanceAudio Technology for Analog Outputs Multi-channel Super Audio CD playbackSpeaker Time Alignment Separate speaker settings SyncSuper Audio D/A Converter SA DAC Sacd MultiMulti levellevel D/AD/A conversionconversion Bit D/A conversion Current pulse Multi level Conversion Separate analog audio circuit board Coaxial and optical digital output circuits Separate Audio Clock NS9100ESGold-plated output jacks Audiophile-grade components NS9100ESVideo Off and Display Off modes Twin R Core Transformers NS9100ES Construction & DesignOff center insulator feet NS9100ES New Base and Pillar NBP chassis NS9100ESSilver Cascade Design Features Audio Specifications RM-ASP003 RM-ASP002