SH33F2801PSLASH032PR datasheet(21/407 Pages) SINOWEALTH

21 / 407 page

SH33F2801

UXTAH

{Rd,} Rn, Rm {,ROR #n}

Rotate, unsigned extend and Add Halfword

UXTB

Rd, Rm {,ROR #n}

Unsigned zero-extend Byte

UXTB16

{Rd,} Rm {,ROR #n}

Unsigned zero-extend Byte 16

UXTH

Rd, Rm {,ROR #n}

Unsigned zero-extend Halfword

VABS

.F32 Sd, Sm

Floating-point Absolute

VADD

.F32 {Sd,} Sn, Sm

Floating-point Add

VCMP

.F32 Sd, <<Sm| #0.0>

Compare two floating-point registers, or one floating

point register and zero

N,Z,C,V

VCMPE

.F32 Sd, <<Sm| #0.0>

Compare two floating-point registers, or one floating

point register and zero with Invalid Operation check

N,Z,C,V

VCVT

.F32.Tm <Sd>, Sm

Convert from floating-point to integer

VCVT

.Td.F32 Sd, Sd, #fbits

Convert from floating-point to fixed point

VCVTA

.Tm.F32 <Sd>, Sm

Convert from floating-point to integer with directed

rounding to nearest with Ties Away

VCVTB VCVTT

.F32.F16 Sd, Sm

Convert half-precision value to single-precision or

double-precision

VCVTB VCVTT

.F16.F32 Sd, Sm

Convert single-precision or double-precision register to

half-precision

VCVTM

.Tm.F32 <Sd>, Sm

Convert from floating-point to integer with directed

rounding towards Minus infinity

VCVTN

.Tm.F32 <Sd>, Sm

Convert from floating-point to integer with directed

rounding to nearest with Ties to even

VCVTP

.Tm.F32 <Sd>, Sm

Convert from floating-point to integer with directed

rounding towards Plus infinity

VCVTR

.Tm.F32 <Sd>, Sm

Convert between floating point and integer with

rounding.

VDIV

.F32 {Sd,} Sn, Sm

Floating-point Divide

VFMA

.F32 {Sd,} Sn, Sm

Floating-point Fused Multiply Accumulate

VFMS

.F32 {Sd,} Sn, Sm

Floating-point Fused Multiply Subtract

VFNMA

.F32 {Sd,} Sn, Sm

Floating-point Fused Negate Multiply Accumulate

VFNMS

.F32 {Sd,} Sn, Sm

Floating-point Fused Negate Multiply Subtract

VLDM

{mode}{.size} Rn{!}, list

Floating-point Load Multiple extension registers

VLDR

.F32 Sd, [<Rn> {, #offset}]

Floating-point Load an extension register from memory

(immediate)

VLDR

.F32 Sd, <label>

Load an extension register from memory

VLDR

.F32 Sd, [PC,#-0]

Load an extension register from memory

VLLDM

<c> Rn

Floating-point Lazy Load multiple

VLSTM

<c> Rn

Floating-point Lazy Store multiple

VMAXNM

.F32 Sd, Sn, Sm

Maximum of two floating point numbers with

IEEE754-2008 NaN handling

VMINNM

.F32 Sd, Sn, Sm

Minimum of two floating point numbers with

IEEE754-2008 NaN handling

VMLA

.F32 Sd, Sn, Sm

Floating-point Multiply Accumulate

VMLS

.F32 Sd, Sn, Sm

Floating-point Multiply Subtract

VMOV

<Sn|Rt>, <Rt|Sn>

Copy core register to single precision

VMOV

<Sm|Rt>, <Sm1| Rt2>,

<Rt|Sm>, <Rt2|Sm1>

Copy two core registers to two single-precision

VMOV

{.size} Dd[x], Rt

Copy core register to scalar

VMOV

{.dt} Rt, Dn[x]

Copy scalar to core register

VMOV

.F32 Sd, #immm

Floating-point Move immediate

VMOV

.F32 Sd, Sd, Sm

Copies the contents of one register to another

VMOV

<Dm|Rt>, <Rt| Rt2>,

<Rt2|Dm>

Floating-point Move transfers two words between two

core registers and a doubleword register

VMRS

Rt, FPSCR

Move to core register from floating-point Special

N,Z,C,V

VMSR

FPSCR, Rt

Move to floating-point Special Register from core

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