Periodic Reporting for period 1 - SuperHD-ToolBox (Next generation Image Processing Engine to support the creation, processing, deployment and transmission of super high definition images for large format ‘smart’ digital displays and signage)
Período documentado: 2015-12-01 hasta 2016-02-29
In the completion of this study, Omnitek has examined current market conditions and trends, and risks and opportunities of markets in different geographical areas. We have assigned priorities to protecting our Intellectual Property in those areas which provide the best fit for our business. There is a ‘technology race’ stemming from high demand for innovative imaging solutions that are clearer, higher quality and better than the current state-of-the-art.
We intend to supply software and firmware chip subassemblies (IP Cores) that can be coupled together to provide an extremely cost-effective and high performance system, enabling the manipulation, processing and transmission of video to meet future processing and format requirements. These include “super hi-vision” (8K), High Dynamic Range (HDR) and High Frame Rate (HFR) processing of images to be displayed on multiple high-resolution screens. The current state-of-the-art use ASICs and PC technology, which cannot adapt quickly enough to the rapidly changing market demand and requirement for flexibility. Silicon manufacturers are approximately 2 years behind the market need for 8K image and high frame rate processing Warp technology. By use of flexible IP cores on software on reconfigurable FPGA and MPSoC devices, Omnitek believes it will be able to address these future requirements more rapidly with flexible solutions. Omnitek have already shown considerable signs of success in this region for the new 4K market using its high performance, low footprint IP solutions.
SuperHD-ToolBox will meet customer demands for crystal clear images with high clarity, brightness and image contrast. Potential solutions were evaluated in terms of Customer and Omnitek requirements and a strategy has been defined. Key technologies for meeting these demands are identified and compared.
The current state of the technology is described and an overview of future development is presented.