September 22, 2009
On2 Technologies Licenses VP6 Video Decoder Technology to videantis. [more...]

October 6, 2008
videantis announces full HD 1080p video codec IP solution for mobile and consumer devices. [more...]

April 30, 2008
videantis introduces new scalable video solutions up to HD for mobile devices. [more...]

October 1, 2007
videantis appoints Young-Hun Kluge VP Sales and Marketing. [more...]

June 4, 2007
videantis and ProDesign realize real-time H.264/AVC encoding on CHIPit Platinum system. [more...]

January 24, 2007 Infineon and videantis announce 65nm platform verification with multi-standard video processing solution. [more...]

January 11, 2007 ADTechnology and videantis join their SoC competence in the fast-growing Korean video electronics market. [more...]

January 4, 2007 SinoStar and videantis sign sales distributor agreement. [more...]

August 14, 2006 videantis announces 65nm silicon for v-MP2000 family. [more...]

August 8, 2006 SoCTechnology licenses videantis v-MP2000 SD video IP. [more...]

March 29, 2006 videantis showcases highest performance mobile video solution v-MP2000M. [more...]

Oct. 25, 2005
videantis introduces highest performance multistandard semiconductor cores for video applications. [more...]

Serving the need for comprehensive one-stop solutions, videantis® products are centered around a common hardware platform available as licensable IP core or chip implementation together with a comprehensive software application portfolio and application-specific reference designs.

With its licensable processor cores and application libraries, videantis® offers powerful and efficient solutions for multistandard multimedia systems and devices, distinguished by their high performance as well as their support for a wide range of current and emerging multimedia compression schemes. Through their wide flexibility, videantis® solutions constitute a future-proof investment for high volume home and multimedia SoC designs as well as high margin customized solutions.

A key enabling technique for multimedia systems and devices are sophisticated data compression schemes, facilitating the handling of large volumes of multimedia data in a practical way. A great variety of multimedia compression schemes has already been standardized by international consortia, and the research and standardization of even more efficient compression algorithms continues with an increasing pace.

Multimedia system integrators are increasingly faced with tightening constraints on performance, power consumption, and on the multitude of schemes and standards that a system has to handle. While in the past dedicated solutions for a single scheme had often been sufficient, the ability to support a wide range of existing and emerging compression standards has become a major criteria for the successful market introduction of new devices.

For the mobile multimedia market, videantis® provides the highest performing complete video solution enabling a compelling user experience at significantly reduced power consumption and lowered BOM for manufacturers. The scalability of the videantis platform enables one-stop scalability to high definition video resolutions for the home multimedia markets.

Custom multimedia systems often have customer-specific requirements that are usually not accounted for by standard chip solutions available on the market. While basic functionalities such as remote transmission or long-term archiving are facilitated by standard compression techniques, a customization of these standard techniques is required, e.g., to add pre- and post-processing for image enhancement, spatial and temporal scaling, or advanced functionalities like object detection.

With its superior, fully flexible multi-core chip solution and its expertise in image processing and multimedia compression, videantis® is able to offer a path to unique, highly efficient system realizations. The benefits of latest digital video compression standards combined with the ability to integrate customized features creates new opportunities for cost-efficient, differentiated solutions for value-added applications.