About this deal
Changing the PAL signal to NTSC output with a PAL to NTSC converter is the most direct way to watch a PAL source on NTSC device. Interfield Interpolation is a technique in which new frames are created by blending adjacent frames, rather than repeating a single frame. Simply put, one of the main differences is that NTSC and PAL both specify their own methods for transmitting the color information to your TV. I use a LCD 720p screen TV for all my gaming (mostly US or japanese systems) and all work great on it despite some quality loss because of the LCD screen not being fitted for say a genesis. A monochrome set could have reproduced the pictures, but the pictures would have flickered terribly.
Before this model was introduced you also needed a TV tuner to use your American TV in a PAL/SECAM Country. The greater the blending applied to smooth out the judder, the greater the smear caused by blending. PAL TV Converter for your American LED, LCD, OLED or PLASMA TV: Take your NTSC (American) HDTV to an overseas PAL country like Ghana, Nigeria, India, Germany, UK, Australia, etc.If you would like to Dropbox a short clip I would be happy to convert it and let you see the quality. Adaptive interpolation requires that the converter analyzes multiple successive fields and to detect the amount and type of motion of different areas of the picture. As we learned from the part1, the main differences between NTSC and PAL are resolution and frame rate.
Let's briefly mention some of the technical differences and then we'll lay out why this may matter to you.For example, going from 50p to 25p and keeping the fluid motion of the original 50p footage is near to impossible with software.