
Many brands claim they offer 4K Ultra HD quality for their displays such as commercial industrial projectors, commercial signage, gaming monitors, computer monitors, home projectors, home TVs, and much more. It also uses a progressive-scan display so it’s technically 2160p.ĭouble the resolution and double the pixels of 1080p.ĭoesn’t lose as much detail when cropped compared to 1080p.Ĭommon for large TVs and modern projector types. You can avail of True 4K (4096 x 2160) the same way there’s a separation between FHD and HD (720p). Technically, 4K UHD on most devices isn’t true 4K and is a little short (3840 x 2160). In terms of cellphones and Instagram videos, there’s little difference between FHD and UHD but in bigger-sized TVs, the difference is apparent.Ĭommon for small TVs and earlier projector types. Progressive scanning is superior to the interlaced standard when it comes to capturing fast-moving content and motion.ġ080p is half the pixels and resolution of 4K but it’s more commonplace even in 2021. They share the same pixel count but FHD uses progressive scanning instead of the interlaced standard. High Definition Resolution TypeįHD is different from HD, which covers 720p (1280 x 720), 1080p (1920 x 1080 progressive scan), and 1080i (1920 x 1080 interlaced) resolutions.įHD or 1080p Full HD is distinct from the similar 1080i resolution. Let’s briefly compare Full HD and 4K through this handy comparison chart.

You can specifically learn what UHD and FHD mean as well as numbers like 1080p, 1080i, 720p, 4K, and 8K. FHD)-what’s the deal with that? Keep on reading to learn the differences between the two. You may also like: 1080p vs 1440p vs 2160p: Which Is Better For You? You can only see the difference between FHD and UHD on bigger TVs that take advantage of 4K’s extra load of pixels than 1080p HD lacks. 1080p looks decent in bigger TVs, projectors, and Instagram/smartphone videos remain all the rage.

People can see the significant difference between Full High Definition (FHD) and Ultra High Definition (UHD), right? Not necessarily.
