Displays, Cameras, Printers, Textile or Post-Production OEM
Whether you are creating product for consumer Displays, textile industry, cameras or movies production or postproduction equipments and tools, you will always face the common Displays color gamut problems. The TetraColors™ solution will help you during the development process of your product as well helping your customer if considering the TetraColors™ 'part' of your final product. The process will become much easier and fully controlled whether in your lab or at your consumer workplace.
OEM Displays Bundled Solution
The display color related problems in the field that are beyond firmware update solution could be resolved for the customers by sending them TetraColors™ avoiding the returning of the Display to the retail store. Wide gamut Displays usually misunderstood as over saturated uncontrolled Displays. OEM can configure TetraColors™ with a specific setup that suites the production displays, saving valuable R&D time and effort. Color gamut control or controlling wide gamut displays are not the only features TetraColors™ offers, there are many useful color control and Display spatial setup, white point control, and gray levels control available as well. Discovering critical technical issues in a display might cause the OEM to recall the product from the Market, in some cases the customer returns of the Display to the store after seeing all the images and videos highly saturated happen sometimes which is a costly issue. TetraColors™ can easily solve Display issues or problems that are beyond firmware update, sending the solution to the customer would save the cost of the returns or the high cost of the recall of a product.
TetraColors™ Development Tools
The high accuracy and various sophisticated functions present in TetraColors™ are valuable tools for every OEM development lab. Zoning capabilities, ability to profile, one click to change the Display Gamut to many color spaces, matching certain standard with highest accuracy, creating custom OEM specific color space, and other features make TetraColors™ indispensable development and testing tool. TetraColors™ supplies an SDK with rich algorithms API to help OEM and developers to fully control the device functionality and further customize it with new UI, brand logo and signature and specific configuration that suite certain product models.
Wide Gamut Displays Problem
The problem with uncontrolled wide gamut Displays is quite lengthy and complicated subject, however we will abstract it to the minimum here. When a picture taken that contains certain colors, which are located at the edges of the sRGB gamut -as an example- they would look correct and as intended on sRGB gamut Display. However, images usually saved as indexed numbers of the relative locations of each pixel's colors inside 'a' gamut with the assumption that the image will 'always' be displayed on a Display with the same gamut. Therefore, a 'Wide Gamut Display' would show the same image -in our example- with those colors closer to the edges of the Display gamut. Those colors located at the edge of the wide gamut display; do not exist in sRGB color space. Those wide gamut boundaries' colors are also very saturated in compare to the colors located at the boundaries of the sRGB gamut. TetraColors™ core calculates according to the Display and the image gamut, and successfully map the image gamut within the Display's wide gamut to look exactly as intended, instead of indiscriminately show the image with its saved indexed pixel's colors values.