Multi-processor　is　not　a　new　technology,　but　with　the　development　of　modern　silicon　technology,　it　is　possible　to　integrate　multiple　cores　in　a　single　chip　package,　which　is　called　multicore　processor.　Whether　in　the　desktop　personal　machine,　or　embedded　applications,　multicore　processor　has　been　a　general　trend,　due　to　the　requirement　of　high　performance　and　design　problems　in　single-core　processor.　Surrounded　multi-screen　provides　a　better　sense　of　reality,　which　is　widely　used　in　the　surveillance,　military,　exhibitions,　and　so　on.　With　the　advantages　in　parallel　processing,　multicore　technology　has　an　important　practical　significance　and　a　broad　prospect　in　these　applications.　In　this　paper,　an　exploration　on　multicore　architecture　is　mainly　focused　on,　from　the　perspectives　of　processing　elements,　memory　hierarchy,　and　on-chip　interconnection.　A　basic　platform　for　multi-screen　display　is　implemented　on　the　Xilinx　field　programmable　gate　array　(FPGA),　and　it　illustrates　that　there　is　a　3.6　times　higher　performance　than　the　corresponding　single-core　design,　which　provides　a　helpful　guidance　and　revelation　to　further　researches.　©　(2012)　Trans　Tech　Publications.