All SX chips
	SX48/52 only

	ASM	ASM Instruction(s) ... ENDASM
	BRANCH	BRANCH Offset, Label0 {, Label1, Label2, ...}
	CLEART1	Obsolete - replaced with TIMER1 CLEAR
	CLEART2	Obsolete - replaced with TIMER2 CLEAR
	CMOS	CMOS Pin {, Enable}
	COMPARE	COMPARE Mode, Result
	COUNT †	COUNT Pin, Duration, Variable
	DATA	DATA Const0 {, Const1, Const2, ...}
	DEC	DEC Variable
	DJNZ	DJNZ Variable, Label
	DO ... LOOP	DO {WHILE | UNTIL Condition } ... LOOP {UNTIL | WHILE Condition }
	END	END
	EXIT	{IF Condition THEN} EXIT
	FOR ... NEXT	FOR ByteVar = StartVal TO EndVal {STEP {-}StepVal} ... NEXT
	FREQOUT †	FREQOUT Pin, Duration, Freq
	GET	GET Location, ByteVar {, ByteVar, ...}
	GOSUB ... RETURN	GOSUB Label ... RETURN { Value }
	GOTO	GOTO Label
	HIGH	HIGH Pin
	I2CRECV †	I2CRECV Pin, ByteVar, AckBit
	I2CSEND †	I2CSEND Pin, ByteVal {, AckVar}
	I2CSTART †	I2CSTART Pin
	I2CSTOP †	I2CSTOP Pin
	IF ... THEN	IF Condition [THEN | GOTO] [Label | EXIT]
	IF ... THEN ... ELSE	IF Condition THEN Statement(s) { ELSE Statement(s) } ENDIF
	INC	INC Variable
	INPUT	INPUT Pin
	INTERRUPT	INTERRUPT Instruction(s) ... RETURNINT {Cycles}
	LET	{LET} Expression
	LOOKDOWN	LOOKDOWN Target, Value0, {Value1, Value2, ...} Variable
	LOOKUP	LOOKUP Index, Value0, {Value1, Value2, ...} Variable
	LOW	LOW Pin
	ON	ON Expression [GOTO | GOSUB] Label0 {, Label1, Label2}
	OUTPUT	OUTPUT Pin
	OWRDBIT †	OWRDBIT Pin, BitVar
	OWRDBYTE †	OWRDBYTE Pin, ByteVar
	OWRESET †	OWRESET Pin {, ByteVar}
	OWWRBIT †	OWWRBIT Pin, BitVal
	OWWRBYTE †	OWWRBYTE Pin, ByteVal
	PAUSE †	PAUSE Value1 {[, | *] Value2}
	PAUSEUS †	PAUSEUS Value1 {[, | *] Value2}
	PULLUP	PULLUP Pin {, Enable}
	PULSIN †	PULSIN Pin, State, ByteVar {, Resolution}
	PULSOUT †	PULSOUT Pin, Duration {, Resolution}
	PUT	PUT Location, Value {, Value, ...}
	PWM †	PWM Pin, Duty, Duration
	RANDOM	RANDOM Seed {, Duplicate}
	RCTIME †	RCTIME Pin, StartState, ByteVar {, Resolution}
	READ	READ Base {+ Offset}, ByteVar {, ByteVar, ...}
	RESETWDT	RESETWDT
	REVERSE	REVERSE Pin
	SCHMITT	SCHMITT Pin {, Enable}
	SERIN †	SERIN Pin, BaudMode, ByteVar {, Timeout, Label}
	SEROUT †	SEROUT Pin, BaudMode, Value
	SHIFTIN	SHIFTIN DPin, CPin, ShiftMode, ByteVar {\Count}
	SHIFTOUT	SHIFTOUT DPin, CPin, ShiftMode, Value {\Count}
	SLEEP	SLEEP
	SOUND †	SOUND Pin, Note, Duration
	SWAP	SWAP Variable
	TIMER	TIMER[1 | 2] Command {Value {, Value}}
	TOGGLE	TOGGLE BitVar
	TTL	TTL Pin {, Enable}
	WDATA	WDATA Const0 {, Const1, Const2, ...}

† Note: While all SX/B commands will run at any FREQ setting, commands that are time-sensitive (particularly PAUSEUS) have been designed for FREQ settings between 4 MHz and 50 MHz. FREQ settings outside this range (e.g. low-power applications running at 32 kHz) are not recommended when using time-sensitive instructions.