## 14.1 Summary of Advanced SIMD instructions

Most Advanced SIMD instructions are not available in floating-point.

The following table shows a summary of Advanced SIMD instructions that are not available as floating-point instructions:

Table 14-1 Summary of Advanced SIMD instructions

Mnemonic Brief description
FLDMDBX, FLDMIAX FLDMX
FSTMDBX, FSTMIAX FSTMX
VABA, VABD Absolute difference and Accumulate, Absolute Difference
VABS Absolute value
VACGE, VACGT Absolute Compare Greater than or Equal, Greater Than
VACLE, VACLT Absolute Compare Less than or Equal, Less Than (pseudo-instructions)
VAND Bitwise AND
VAND Bitwise AND (pseudo-instruction)
VBIC Bitwise Bit Clear (register)
VBIC Bitwise Bit Clear (immediate)
VBIF, VBIT, VBSL Bitwise Insert if False, Insert if True, Select
VCEQ, VCLE, VCLT Compare Equal, Less than or Equal, Compare Less Than
VCGE, VCGT Compare Greater than or Equal, Greater Than
VCLE, VCLT Compare Less than or Equal, Compare Less Than (pseudo-instruction)
VCLS, VCLZ, VCNT Count Leading Sign bits, Count Leading Zeros, and Count set bits
VCMLA Vector Complex Multiply Accumulate
VCMLA (by element) Vector Complex Multiply Accumulate (by element)
VCVT Convert fixed-point or integer to floating-point, floating-point to integer or fixed-point
VCVT Convert floating-point to integer with directed rounding modes
VCVT Convert between half-precision and single-precision floating-point numbers
VDUP Duplicate scalar to all lanes of vector
VEOR Bitwise Exclusive OR
VEXT Extract
VFMA, VFMS Fused Multiply Accumulate, Fused Multiply Subtract
VMAX, VMIN Maximum, Minimum
VMAXNM, VMINNM Maximum, Minimum, consistent with IEEE 754-2008
VMLA, VMLS Multiply Accumulate, Multiply Subtract (vector)
VMLA, VMLS Multiply Accumulate, Multiply Subtract (by scalar)
VMOV Move (immediate)
VMOV Move (register)
VMOVL, VMOV{U}N Move Long, Move Narrow (register)
VMUL Multiply (vector)
VMUL Multiply (by scalar)
VMVN Move Negative (immediate)
VNEG Negate
VORN Bitwise OR NOT
VORN Bitwise OR NOT (pseudo-instruction)
VORR Bitwise OR (register)
VORR Bitwise OR (immediate)
VPMAX, VPMIN Pairwise Maximum, Pairwise Minimum
VQABS Absolute value, saturate
VQDMLAL, VQDMLSL Saturating Doubling Multiply Accumulate, and Multiply Subtract
VQDMULL Saturating Doubling Multiply
VQDMULH

Saturating Doubling Multiply returning High half

VQMOV{U}N Saturating Move (register)
VQNEG Negate, saturate
VQRDMULH

Saturating Doubling Multiply returning High half

VQRSHL Shift Left, Round, saturate (by signed variable)
VQRSHR{U}N Shift Right, Round, saturate (by immediate)
VQSHL Shift Left, saturate (by immediate)
VQSHL Shift Left, saturate (by signed variable)
VQSHR{U}N Shift Right, saturate (by immediate)
VQSUB Subtract, saturate
VRECPE Reciprocal Estimate
VRECPS Reciprocal Step
VREV Reverse elements
VRINT Round to integer
VRSHR Shift Right and Round (by immediate)
VRSHRN Shift Right, Round, Narrow (by immediate)
VRSQRTE Reciprocal Square Root Estimate
VRSQRTS Reciprocal Square Root Step
VRSRA Shift Right, Round, and Accumulate (by immediate)
VRSUBHN Subtract, select High half, Round
VSHL Shift Left (by immediate)
VSHR Shift Right (by immediate)
VSHRN Shift Right, Narrow (by immediate)
VSLI Shift Left and Insert
VSRA Shift Right, Accumulate (by immediate)
VSRI Shift Right and Insert
VST Vector Store
VSUB Subtract
VSUBHN Subtract, select High half
VSWP Swap vectors
VTBL, VTBX Vector table look-up
VTRN Vector transpose
VTST Test bits
VUZP, VZIP Vector interleave and de-interleave