Many Channels per Chip LVDS s low power consumption enables integrating many channels per chip. This narrower link dramatically reduces pin count and total link cost.
Integration also benefits from differential signals.
These signals tolerate high levels of switching noise, so they can be reliably integrated with large-scale digital circuits. In addition, LVDS generates very little noise as a result of the constant-current nature of the output structures. Digital blocks for integration include DC balance, clock embedding, clock recovery, encoders and decoders, and de-skew blocks. Obvious candidates for integration are the LVDS transmitter with the VGA controller and the LVDS receiver with the timing controller. The OpenLDI chipset supports cable lengths up to 10 meters by integrating special functions.