.jpg){kind=small}
MIS-4230 (M-PDP) with Burn-In-Compensation* Display innovation with Burn-In-Compensation
Displayed images create visible burn-in effects. The Orion 4230 has additional installed technology, in which the luminance of the individual pixels is parameterized, fully automating burn in compensation. This ultimately results in higher long-term stability of the color adjustment, a generally longer durability of the MIS-4230, as well as a broader scope of applications.
How it Works:
To generate a dynamic compensation picture, BIC logs all brightness and condition values for each sub-pixel of the panel over the whole product lifetime. BIC uses an optimized real-time algorithm for processing complete subpixel history information. BIC handles extremely high data rates by using a patent pending new technology.
The display of static images for example in control rooms, airports or train stations, which up to now has been the domain of other technologies, can now be covered by this technology in the usual high image quality of plasma and with a clearly shallower installation space (e.g. compared to cubes).
MIS-4230 (M-PDP) with Burn-In-Compensation* Display innovation with Burn-In-Compensation
Benefits of Dynamic Burn-in Control :
A great side effect is the long life feature. On any kind of PDP, the initial high luminance decreases fastest in the first period of the usage of the panel due to characteristics of the phosphor. The BIC ?Technology can keep the initial luminance continuously on the same user-chosen level and thus extend the product lifetime.
Features:
- Unlimited number of displays arranged as a cascade
- Almost invisible seam gaps between the screens
- Space saving design
- Larger viewing angle and more natural color reproduction than cubes or LC displays
Application examples:
- As master display in control rooms
- As information board in public buildings such as airports, train stations, museums, etc.
- As POI/POS display in the retail industry
