For the creation of graphical solutions class larrabee , intel company decided to use the processor architecture x86, based on pentium core (P54C). Thus, processor architecture became donor for graphical solutions. This can give Intel an advantage over competitors .
Associate with reference to high-ranking Intel representatives reports that larrabee architecture elements can move to the server or desktop processors. We deal here with the commands collection LNI (Larrabee new instructions), which implies to increase in the registers length from 256 to 512 bits.
Let us recall that in 2010 , Intel will release the 32 nm processors sandy bridge, which will support AVX commands with registers length (256 bits). It is completely possible that LNI expansions with the increased registers length will be used in sandy bridge successors.
Intel company can use also larrabee architecture for creating hybrid processors with the integrated graphic core, proportionally decreasing the quantity of core in comparison with the discrete version larrabee. The corresponding central processor block will help to accelerate applications, oriented to high degree of threads parallelism .