SSE2 Instructions to Include

x86 and x86-64 - SSE2 C-integer intrinsic reference from MSDN Library, the intrinsic data type _m128i refers a xmm-register or memory location:

Mnemonic	Description		C-Intrinsic
bitwise logical		return		parameter
pand	packed and, r := a & b	_m128i	_mm_and_si128	(_m128i a, _m128i b)
pandn	packed and not, r := ~a & b	_m128i	_mm_andnot_si128	(_m128i a, _m128i b)
por	packed or, r := a | b	_m128i	_mm_or_si128	(_m128i a, _m128i b)
pxor	packed xor, r:= a ^ b	_m128i	_mm_xor_si128	(_m128i a, _m128i b)
quad word shifts
psrlq	packed shift right logical quad	_m128i	_mm_srl_epi64	(_m128i a, _m128i cnt)
	immediate	_m128i	_mm_srli_epi64	(_m128i a, int cnt)
psllq	packed shift left logical quad	_m128i	_mm_sll_epi64	(_m128i a, _m128i cnt)
	immediate	_m128i	_mm_slli_epi64	(_m128i a, int cnt)
arithmetical
paddb	packed add bytes	_m128i	_mm_add_epi8	(_m128i a, _m128i b)
psubb	packed subtract bytes	_m128i	_mm_sub_epi8	(_m128i a, _m128i b)
psadbw	packed sum of absolute differences of bytes into a word	_m128i	_mm_sad_epu8	(_m128i a, _m128i b)
pmaxsw	packed maximum signed words	_m128i	_mm_max_epi16	(_m128i a, _m128i b)
pmaxub	packed maximum unsigned bytes	_m128i	_mm_max_epu8	(_m128i a, _m128i b)
pminsw	packed minimum signed words	_m128i	_mm_min_epi16	(_m128i a, _m128i b)
pminub	packed minimum unsigned bytes	_m128i	_mm_min_epu8	(_m128i a, _m128i b)
pcmpeqb	packed compare equal bytes	_m128i	_mm_cmpeq_epi8	(_m128i a, _m128i b)
pmullw	packed multiply mow signed (unsigned) word	_m128i	_mm_mullo_epi16	(_m128i a, _m128i b)
pmulhw	packed multiply high signed word	_m128i	_mm_mulhi_epi16	(_m128i a, _m128i b)
pmulhuw	packed multiply high unsigned word	_m128i	_mm_mulhi_epu16	(_m128i a, _m128i b)
pmaddwd	packed multiply words and add doublewords	_m128	_mm_madd_epi16	(_m128i a, _m128i b)
unpack, shuffle
punpcklbw	unpack and interleave low bytes gGhHfFeE:dDcCbBaA := xxxxxxxx:GHFEDCBA # xxxxxxxx:ghfedcba	_m128i	_mm_unpacklo_epi8	(_m128i A, _m128i a)
punpckhbw	unpack and interleave high bytes gGhHfFeE:dDcCbBaA := GHFEDCBA:xxxxxxxx # ghfedcba:xxxxxxxx	_m128i	_mm_unpackhi_epi8	(_m128i A, _m128i a)
punpcklwd	unpack and interleave low words dDcC:bBaA := xxxx:DCBA#xxxx:dcba	_m128i	_mm_unpacklo_epi16	(_m128i A, _m128i a)
punpckhwd	unpack and interleave high words dDcC:bBaA := DCBA:xxxx#dcba:xxxx	_m128i	_mm_unpackhi_epi16	(_m128i A, _m128i a)
punpckldq	unpack and interleave low doublewords bB:aA := xx:BA # xx:ba	_m128i	_mm_unpacklo_epi32	(_m128i A, _m128i a)
punpckhdq	unpack and interleave high doublewords bB:aA := BA:xx # ba:xx	_m128i	_mm_unpackhi_epi32	(_m128i A, _m128i a)
punpcklqdq	unpack and interleave low quadwords a:A := x:A # x:a	_m128i	_mm_unpacklo_epi64	(_m128i A, _m128i a)
punpckhqdq	unpack and interleave high quadwords a:A := A:x # a:x	_m128i	_mm_unpackhi_epi64	(_m128i A, _m128i a)
pshuflw	packed shuffle low words	_m128i	_mm_shufflelo_epi16	(_m128i a, int imm)
pshufhw	packed shuffle high words	_m128i	_mm_shufflehi_epi16	(_m128i a, int imm)
pshufd	packed shuffle doublewords	_m128i	_mm_shuffle_epi32	(_m128i a, int imm)
load, store, moves
movdqa	move aligned double quadword xmm := *p	_m128i	_mm_load_si128	(_m128i *p)
movdqu	move unaligned double quadword xmm := *p	_m128i	_mm_loadu_si128	(_m128i *p)
movdqa	move aligned double quadword *p := xmm	void	_mm_store_si128	(_m128i *p, _m128i a)
movdqu	move unaligned double quadword *p := xmm	void	_mm_storeu_si128	(_m128i *p, _m128i a)
movq	move quadword, xmm := gp64	_m128i	_mm_cvtsi64_si128	(_int64 a)
movq	move quadword, gp64 := xmm	_int64	_mm_cvtsi128_si64	(_m128i a)
movd	move double word or quadword xmm := gp64	_m128i	_mm_cvtsi64x_si128	(_int64 value)
movd	move doubleword, xmm := gp32	_m128i	_mm_cvtsi32_si128	(int a)
movd	move doubleword, gp32 := xmm	int	_mm_cvtsi128_si32	(_m128i a)
pextrw	extract packed word, gp16 := xmm[i]	int	_mm_extract_epi16	(_m128i a, int imm)
pinsrw	packed insert word, xmm[i] := gp16	_m128i	_mm_insert_epi16	(_m128i a, int b, int imm)
pmovmskb	packed move mask byte, gp32 := 16 sign-bits(xmm)	int	_mm_movemask_epi	(_m128i a)
cache support
prefetch		void	_mm_prefetch	(char * p , int i )