Current video codec SIF is broadly used by the customers. Regardless of of its youth it's proved itself in one of the best ways during exams. Codec Together with the SIF-changing algorithm was produced in 2000 and afterwards was named SIF1 codec. This codec is currently being consistently improved and currently there isn't any errors in online video compression courses. It is on the market in all packages for video clip functions and it may be conveniently put in in this sort of application natural environment as DivX. These kinds of parameter as decision value is amazingly essential for that movie codec. The more is the worth of this parameter the lower could be the image good quality due to significant volume of compression. Thats why the most beneficial value for this parameter is thirty. Concerning the pictures, the codec fixes here the grounds routinely and inserts crucial photographs specifically as wanted. In accordance with the exam results with the decision price of thirty the codec is compressing 798kb of movie in 4:29 min:sec under the processor upload The peculiarities of this codec are as follows: - reduced sensitivity to sounds of incoming image; - small amount of decompression artifacts; - superior overall flexibility of compression algorithms, On top of that there is an opportunity to pick the compression parameter even with the impression dimension of 2x2pcs; - there are actually Exclusive specifications on the processor, highly recommended frequency for the snug viewing of your movies coded by this codec is more that 1500 MHz; - The essential list of commands MMX is set within the codec; - the size of compressed graphic must be 16-fold horizontally and vertically. Among the lacks of SIF- changing is substantial requirement towards the ability of technique memory also to the processor dollars dimensions. Constantly enhancing methods of algorithm optimization nevertheless are unable to do away with this issue. Each up-to-date SIF1 Model underscores the performance of your dissective Portion of Core6. The algorithm in
