Abstract: This study presents a novel scheme of video coding structure called Localized Video Coding (LVC) infrastructure. Not at all like the current video coding principles, LVC is a video coding structure that is parallel-accommodating. LVC will isolate a video grouping into a few sub-arrangements and procedure them independently. LVC is a non-traditional method to parallelize video coding process, planned for taking care of the current issues of heat dissipation in chips. Each sub-sequence can be coded or decoded in an alternate processing unit and LVC can control a processing unit to rest or work. Thus, we can without much of a stretch exchange the assignments from an overheated processing unit to an ordinary one. In this study, we will present the LVC structure and show the outcomes. At that point, we will give a case of an improved technique that shows an enormous decrease in the processing time of an entire video sequence too an empowering video coding performance compared with the HEVC Tiles (Sullivan et al., 2012). The coding effectiveness of the proposed strategy. There is an average of 3.35% coding losses, in light of the fact that the proposed strategy just uses neighbourhood data. The processing time of LVC is not exactly 50% of the stay on an ordinary quad-core processor in a general CPU. In addition, the turn procedure in the proposed calculation can be hardware quickened effectively which means we can further reduce the processing time.