Electronic shelf labeling has been a typical e-paper topic. While it is power saving and simple to equip existing shelfs with it, it is also limited in color and and variety of pictures. Videos are not possible. A new TFT,…
One of the most important requirements for industrial customers is long term availability. This is why it is more than surprising that MIPI displays are offered for industrial purpose. Read here why MIPI is not the preferred solution for industrial…
As a long-established design house for display applications, LCD-Mikroelektronik can draw on decades of experience. Our founder experimented with the first liquid crystals already in the seventies of the last century. Here are some finds from a long time ago:…
Are you looking for an easy to use touch solution?
We offer a variation of bar type TFTs e.g. for HiFi or rack applications, e.g. 4.6″ TFT 5.8″ TFT 6.5″ TFT 9″ TFT
LCD-Mikroelektronik provides passive matrix displays with power usage of under 150 uA for energy critical applications! Of course the power usage depends also on the displayed content. With six different contents a power consumption range from 125 to 296 uA with a…
Normal displays, especially TFTs, are difficult to read in direct sunlight. If you want to make them sunlight readable, you need to consider some points in the design of your TFT module. 1. The surface brightness must be at least…
A robust and light alternative to a front glass can be a PMMA coverlens. Such coverlenses are available in different standard thicknesses and can be printed according to the customer requirements. Hidden printing can be applied, as can be seen…
Small OLEDS are available starting from sizes of 0,49″, with a resolution of 64 x 32. Standard sizes are for example 0,49″, 64×32, blue 0,66″, 64×48, white 0,72″, 48×64, blue 0,84″, 96×16, blue 0,91″, 128×32, white other sizes, colors and…
Flexible e-paper displays offer an exciting extension of classic e-ink technology and open up new possibilities in product design. Unlike conventional e-paper modules, which are usually based on a rigid glass substrate, flexible variants use thin plastic substrates such as PET (polyethylene terephthalate) or PEN...