First and foremost, let's look back on LVDS's history. We surprisingly find that LVDS was invented and put to use early in 1994. And within such a short period, the LVDS has been so popular in many typical products, LCD screen mostly, TV screen, some large industrial cameras, tablets, communication systems as well as other factory automative systems.
To start with, LVDS was present in LCD panel which, as usual, is not likely to adopt soldering techiniques for the direct connection between the panel and the separate copper circuit board. Intead, a strip of rubber or silicone with alternating layers of conductive and insulating pathways, is applied to press the contact pads on the LCD, and to mate contact pads on a circuit board as well.
Now, we step forward and find out how on earth the LVDS manipulates its theory and implement its techniques. In detail, LVDS can be elaborated as some sort of differential signaling of low voltage, responsible for data and signal transmission in the application of LED TV and PC screen display with low voltage swing high speed of differential motion. And the cables are in need of low power consumption and interchannel interference as well as low radiation. When a single differential pair of serial data can't be fast enough, there'll be techniques for grouping serial data channels in parallel and adding a parallel clock channel for synchronization.
LVDS cable manufacturers develop many creative designs and models. It's conceivable that they are in a position to supply excellent cable products. And the cables can be widely adopted to many typical applications. The long list can be in short, just video, graphics, video camera data transfers, and computers. For instance, tablet and LCD display manufacturers frequently provide LVDS cable customization services to survive in the competitive electronic market.
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