#6 inches actual size on screen tv#

The specific sizes that are in common use today are due to a mix of the following factors: Keep a watch for the next tradeshow as other manufacturers demonstrate 150' TVs to show off their new 10th generation plants, and eventually 170' TVs as the first glass rolls off this new plant's line. Corning announced the world's first 10.5 generation glass substrate factory in December 2015, and it will take some time to build. While I included 11th generation size, there are no plants currently operating at this size. AUO has a nice interactive diagram that shows cutting patterns for a few sizes up to generation 8.5 glass. The second generation glass was able to make a nice 24' desktop display, or four 11.6' displays.Ī more in-depth treatment of this can be found at Norm's Flat Panel.

#6 inches actual size on screen tv#

So the 10th generation glass will make one 150' TV (which is only used at tradeshows simply to showcase the size of the mother glass a given factory can handle), or it will make nine 50' TVs. If there's additional space, it makes sense to increase the size until you're using as much space on the slab as possible, without going over your size requirement. Since the manufacturing line glass isn't going to change in size, once you know about the size of the display you want, you can determine how many of them can fit onto one mother slab. It makes more sense to create a manufacturing line that handles the same size mother glass slab, and just change the number of displays created from the mother glass slab based on the order requirements.

It doesn't make sense to create a manufacturing line for a single size of display. So to increase throughput, increase the mother slab and put more displays on it. However, throughput is counted by number of working displays at the end of the line, and certain line processes take the same amount of time for a small piece of glass as for a large one. The larger a piece of mother glass is, the harder it is to work with, due to breakage. Mother glass sizes are mostly standardized in the industry, and are increasing: Generation Size (mm) Diagonal (inches)

The manufacturing plant starts off with a single slab of glass, onto which the displays will be manufactured. Is it because it is what the consumers are used to seeing/using? Is it dictated by resolution requirements that dictate the screen size (meaning 11.6' works out resolution wise, but 11.7' doesn't)? Or is it something else? If you want to hone in on one: Something somehow determined that 11.6' was a good common screen size.I'm curious what that was.ĭisplay sizes are determined primarily by how many displays will fit on one mother glass slab at the manufacturing plant. They all tend to go with those screen sizes. I'm asking why those particular fractional sizes are so common? Look at HP, Lenovo, and Dell. Whereas my x1 carbon touch, 14' diagonal screen but dimensions = WQHD Touch: 13.03' x 8.94' x 0.55' (Front)-0.79' (Rear) - again bezel.if it could be edge to edge that would be different, and 'normal math' would insist the actual 'monitor size' was about 15.5', which it is if you include the bezel.Īre there actual equations/ratios/mathematical factors in determining screen sizes on a laptop that make certain sizes more common than others? Note I stated screen size (like the common 11.6', 13.3', 15.6', etc.) and not actual dimensions of the monitor lid itself. Looking at actual LxWxD dimensions on laptops doesn't really help since screen bezels vary in size.ġ1.55' x 8.50' x 1.27' - this is due to a rather large bezel. What's the reasoning behind it? keyboard size? ergonomics? resolution requirements? Most are LCD screens just like TV's, and yet TV's are advertised as whole numbers (19', 26', 46', etc.). Why do laptop screen sizes come in the fractional sizes they do instead of 11/12/13/14/15'? The most frequent I see advertised are 11.6', 12.5', 13.3', 14', 15.6'. The hope is that it is a Good Subjective question. We've been discussing this in the Comms Room on Serverfault, and thought it might make a good question on SuperUser.especially if there's a clear answer.