@code{core2},
@code{corei7},
@code{l1om},
+@code{k1om},
@code{k6},
@code{k6_2},
@code{athlon},
@code{amdfam10},
@code{bdver1},
@code{bdver2},
+@code{bdver3},
+@code{btver1},
+@code{btver2},
@code{generic32} and
@code{generic64}.
@code{sse4},
@code{nosse},
@code{avx},
+@code{avx2},
+@code{adx},
+@code{rdseed},
+@code{prfchw},
@code{noavx},
@code{vmx},
+@code{vmfunc},
@code{smx},
@code{xsave},
@code{xsaveopt},
@code{fsgsbase},
@code{rdrnd},
@code{f16c},
+@code{bmi2},
@code{fma},
@code{movbe},
@code{ept},
+@code{lzcnt},
+@code{hle},
+@code{rtm},
+@code{invpcid},
@code{clflush},
@code{lwp},
@code{fma4},
@code{xop},
+@code{cx16},
@code{syscall},
@code{rdtscp},
@code{3dnow},
@cindex @samp{-mavxscalar=} option, x86-64
@item -mavxscalar=@var{128}
@itemx -mavxscalar=@var{256}
-This options control how the assembler should encode scalar AVX
+These options control how the assembler should encode scalar AVX
instructions. @option{-mavxscalar=@var{128}} will encode scalar
AVX instructions with 128bit vector length, which is the default.
@option{-mavxscalar=@var{256}} will encode scalar AVX instructions
Different encoding options can be specified via optional mnemonic
suffix. @samp{.s} suffix swaps 2 register operands in encoding when
-moving from one register to another. @samp{.d32} suffix forces 32bit
-displacement in encoding.
+moving from one register to another. @samp{.d8} or @samp{.d32} suffix
+prefers 8bit or 32bit displacement in encoding.
@cindex conversion instructions, i386
@cindex i386 conversion instructions
@item @samp{i486} @tab @samp{i586} @tab @samp{i686} @tab @samp{pentium}
@item @samp{pentiumpro} @tab @samp{pentiumii} @tab @samp{pentiumiii} @tab @samp{pentium4}
@item @samp{prescott} @tab @samp{nocona} @tab @samp{core} @tab @samp{core2}
-@item @samp{corei7} @tab @samp{l1om}
+@item @samp{corei7} @tab @samp{l1om} @tab @samp{k1om}
@item @samp{k6} @tab @samp{k6_2} @tab @samp{athlon} @tab @samp{k8}
-@item @samp{amdfam10} @tab @samp{bdver1} @tab @samp{bdver2}
+@item @samp{amdfam10} @tab @samp{bdver1} @tab @samp{bdver2} @tab @samp{bdver3}
+@item @samp{btver1} @tab @samp{btver2}
@item @samp{generic32} @tab @samp{generic64}
@item @samp{.mmx} @tab @samp{.sse} @tab @samp{.sse2} @tab @samp{.sse3}
@item @samp{.ssse3} @tab @samp{.sse4.1} @tab @samp{.sse4.2} @tab @samp{.sse4}
@item @samp{.avx} @tab @samp{.vmx} @tab @samp{.smx} @tab @samp{.ept}
@item @samp{.clflush} @tab @samp{.movbe} @tab @samp{.xsave} @tab @samp{.xsaveopt}
@item @samp{.aes} @tab @samp{.pclmul} @tab @samp{.fma} @tab @samp{.fsgsbase}
-@item @samp{.rdrnd} @tab @samp{.f16c}
+@item @samp{.rdrnd} @tab @samp{.f16c} @tab @samp{.avx2} @tab @samp{.bmi2}
+@item @samp{.lzcnt} @tab @samp{.invpcid} @tab @samp{.vmfunc} @tab @samp{.hle}
+@item @samp{.rtm} @tab @samp{.adx} @tab @samp{.rdseed} @tab @samp{.prfchw}
@item @samp{.3dnow} @tab @samp{.3dnowa} @tab @samp{.sse4a} @tab @samp{.sse5}
@item @samp{.syscall} @tab @samp{.rdtscp} @tab @samp{.svme} @tab @samp{.abm}
-@item @samp{.lwp} @tab @samp{.fma4} @tab @samp{.xop}
+@item @samp{.lwp} @tab @samp{.fma4} @tab @samp{.xop} @tab @samp{.cx16}
@item @samp{.padlock}
@end multitable