<< Previous | Index | Next >>

7. Quick Reference Table

Key

• Instruction: The mnemonic syntax of the instruction.

• Opcode: The binary bytes that represent the instruction.

• Clock cycles: The number of clock cycles that the instruction takes to complete. The numbers in parenthesis are a breakdown of the total clocks. For more information, please see Table 1: "Typical Clocks Breakdown" on page 7.

• A: How the ALTD prefix affects the instruction. For more information, please see Table 2: "ALTD ("A" Column) Symbol Key" on page 8.

• I: How the IOI or IOE prefixes affect the instruction. For more information, please see Table 3: "IOI and IOE ("I" Column) Symbol Key" on page 8. A "b" in this column indicates that the prefix applies to both source and destination.

• S; Z; LV; C: These columns denote how the instruction affects the flags. For more information, please see Table 4: "Flag Register Key" on page 8.

• Operation: A symbolic representation of the operation performed.

• N/M/P: An "N" in this column indicates that the instruction has been added to the Z180 instruction set by the Rabbit 2000/3000. An "M" indicates that this instruction is from the Z180, but has been modified. A "P" indicates a privileged instruction.

Instruction	Opcode byte 1	Opcode byte 2	Opcode byte 3	Opcode byte 4	Clock cycles	A	I	S	Z	LV	C	Operation	N/M/P
ADC A,(HL)	10001110				5 (2,1,2)	fr	s	*	*	V	*	A = A + (HL) + CF
ADC A,(IX+d)	11011101	10001110	----d---		9 (2,2,2,1,2)	fr	s	*	*	V	*	A = A + (IX+d) + CF
ADC A,(IY+d)	11111101	10001110	----d---		9 (2,2,2,1,2)	fr	s	*	*	V	*	A = A + (IY+d) + CF
ADC A,n	11001110	----n---			4 (2,2)	fr		*	*	V	*	A = A + n + CF
ADC A,r	10001-r-				2	fr		*	*	V	*	A = A + r + CF
ADC HL,ss	11101101	01ss1010			4 (2,2)	fr		*	*	V	*	HL = HL + ss + CF
ADD A,(HL)	10000110				5 (2,1,2)	fr	s	*	*	V	*	A = A + (HL)
ADD A,(IX+d)	11011101	10000110	----d---		9 (2,2,2,1,2)	fr	s	*	*	V	*	A = A + (IX+d)
ADD A,(IY+d)	11111101	10000110	----d---		9 (2,2,2,1,2)	fr	s	*	*	V	*	A = A + (IY+d)
ADD A,n	11000110	----n---			4 (2,2)	fr		*	*	V	*	A = A + n
ADD A,r	10000-r-				2	fr		*	*	V	*	A = A + r
ADD HL,ss	00ss1001				2	fr		-	-	-	*	HL = HL + ss
ADD IX,xx	11011101	00xx1001			4 (2,2)	f		-	-	-	*	IX = IX + xx
ADD IY,yy	11111101	00yy1001			4 (2,2)	f		-	-	-	*	IY = IY + yy
ADD SP,d	00100111	----d---			4 (2,2)	f		-	-	-	*	SP = SP + d	N
ALTD	01110110				2			-	-	-	-	alternate register destination for next instruction	N
AND (HL)	10100110				5 (2,1,2)	fr	s	*	*	L	0	A = A & (HL)
AND (IX+d)	11011101	10100110	----d---		9 (2,2,2,1,2)	fr	s	*	*	L	0	A = A & (IX+d)
AND (IY+d)	11111101	10100110	----d---		9 (2,2,2,1,2)	fr	s	*	*	L	0	A = A & (IY+d)
AND HL,DE	11011100				2	fr		*	*	L	0	HL = HL & DE	N
AND IX,DE	11011101	11011100			4 (2,2)	f		*	*	L	0	IX = IX & DE	N
AND IY,DE	11111101	11011100			4 (2,2)	f		*	*	L	0	IY = IY & DE	N
AND n	11100110	----n---			4 (2,2)	fr		*	*	L	0	A = A & n
AND r	10100-r-				2	fr		*	*	L	0	A = A & r
BIT b,(HL)	11001011	01-b-110			7 (2,2,1,2)	f	s	-	*	-	-	(HL) & bit	P
BIT b,(IX+d)	11011101	11001011	----d---	01-b-110	10 (2,2,2,2,2)	f	s	-	*	-	-	(IX+d) & bit
BIT b,(IY+d)	11111101	11001011	----d---	01-b-110	10 (2,2,2,2,2)	f	s	-	*	-	-	(IY+d) & bit
BIT b,r	11001011	01-b--r-			4 (2,2)	f		-	*	-	-	r & bit
BOOL HL	11001100				2	fr		*	*	0	0	if (HL != 0) HL = 1	N
BOOL IX	11011101	11001100			4 (2,2)	f		*	*	0	0	if (IX != 0) IX = 1	N
BOOL IY	11111101	11001100			4 (2,2)	f		*	*	0	0	if (IY != 0) IY = 1	N
CALL mn	11001101	----n---	----m---		12 (2,2,2,3,3)			-	-	-	-	(SP-1) = PCH; (SP-2) = PCL; PC = mn; SP = SP-2
CCF	00111111				2	f		-	-	-	*	CF = ~CF
CP (HL)	10111110				5 (2,1,2)	f	s	*	*	V	*	A - (HL)
CP (IX+d)	11011101	10111110	----d---		9 (2,2,2,1,2)	f	s	*	*	V	*	A - (IX+d)
CP (IY+d)	11111101	10111110	----d---		9 (2,2,2,1,2)	f	s	*	*	V	*	A - (IY+d)
CP n	11111110	----n---			4 (2,2)	f		*	*	V	*	A - n
CP r	10111-r-				2	f		*	*	V	*	A - r
CPL	00101111				2	r		-	-	-	-	A = ~A
DEC (HL)	00110101				8 (2,1,2,3)	f	b	*	*	V	-	(HL) = (HL) - 1
DEC (IX+d)	11011101	00110101	----d---		12 (2,2,2,1,2,3)	f	b	*	*	V	-	(IX+d) = (IX+d) -1
DEC (IY+d)	11111101	00110101	----d---		12 (2,2,2,1,2,3)	f	b	*	*	V	-	(IY+d) = (IY+d) -1
DEC IX	11011101	00101011			4 (2,2)			-	-	-	-	IX = IX - 1
DEC IY	11111101	00101011			4 (2,2)			-	-	-	-	IY = IY - 1
DEC r	00-r-101				2	fr		*	*	V	-	r = r - 1
DEC ss	00ss1011				2	r		-	-	-	-	ss = ss - 1
DJNZ e	00010000	--(e-2)-			5 (2,2,1)	r		-	-	-	-	B = B-1; if {B != 0} PC = PC + e
EX (SP),HL	11101101	01010100			15 (2,2,1,2,2,3,3)	r		-	-	-	-	H <-> (SP+1); L <-> (SP)	M
EX (SP),IX	11011101	11100011			15 (2,2,1,2,2,3,3)			-	-	-	-	IXH <-> (SP+1); IXL <-> (SP)
EX (SP),IY	11111101	11100011			15 (2,2,1,2,2,3,3)			-	-	-	-	IYH <-> (SP+1); IYL <-> (SP)
EX AF,AF'	00001000				2			-	-	-	-	AF <-> AF'
EX DE,HL	11101011				2	s		-	-	-	-	if (!ALTD) then DE <-> HL else DE <-> HL'	N
EX DE',HL	11100011				2	s		-	-	-	-	if (!ALTD) then DE' <-> HL else DE' <-> HL'
EXX	11011001				2			-	-	-	-	BC <-> BC'; DE <-> DE'; HL <-> HL'
IDET	01011011				2			-	-	-	-	E = E, but if (EDMR && SU[0]) then System Violation interrupt flag is set
INC (HL)	00110100				8 (2,1,2,3)	f	b	*	*	V	-	(HL) = (HL) + 1
INC (IX+d)	11011101	00110100	----d---		12 (2,2,2,1,2,3)	f	b	*	*	V	-	(IX+d) = (IX+d) + 1
INC (IY+d)	11111101	00110100	----d---		12 (2,2,2,1,2,3)	f	b	*	*	V	-	(IY+d) = (IY+d) + 1
INC IX	11011101	00100011			4 (2,2)			-	-	-	-	IX = IX + 1
INC IY	11111101	00100011			4 (2,2)			-	-	-	-	IY = IY + 1
INC r	00-r-100				2	fr		*	*	V	-	r = r + 1
INC ss	00ss0011				2	r		-	-	-	-	ss = ss + 1
IOE	11011011				2			-	-	-	-	I/O external prefix	N
IOI	11010011				2			-	-	-	-	I/O internal prefix	N
IPSET 0	11101101	01000110			4 (2,2)			-	-	-	-	IP = {IP[5:0], 00}	NP
IPSET 1	11101101	01010110			4 (2,2)			-	-	-	-	IP = {IP[5:0], 01}	NP
IPSET 2	11101101	01001110			4 (2,2)			-	-	-	-	IP = {IP[5:0], 10}	NP
IPSET 3	11101101	01011110			4 (2,2)			-	-	-	-	IP = {IP[5:0], 11}	NP
IPRES	11101101	01011101			4 (2,2)			-	-	-	-	IP = {IP[1:0], IP[7:2]}	NP
JP (HL)	11101001				4 (2,2)			-	-	-	-	PC = HL
JP (IX)	11011101	11101001			6 (2,2,2)			-	-	-	-	PC = IX
JP (IY)	11111101	11101001			6 (2,2,2)			-	-	-	-	PC = IY
JP f,mn	11-f-010	----n---	----m---		7 (2,2,2,1)			-	-	-	-	if {f} PC = mn
JP mn	11000011	----n---	----m---		7 (2,2,2,1)			-	-	-	-	PC = mn
JR cc,e	001cc000	--(e-2)-			5 (2,2,1)			-	-	-	-	if {cc} PC = PC + e
JR e	00011000	--(e-2)-			5 (2,2,1)			-	-	-	-	PC = PC + e
LCALL x,mn	11001111	----n---	----m---	---x----	19 (2,2,2,2,1,3,3,3,1)			-	-	-	-	(SP-1) = PCL; (SP-2) = PCH; (SP-3) = XPC; XPC = x; PC = mn; SP = SP-3	N
LD (BC),A	00000010				7 (2,2,3)		d	-	-	-	-	(BC) = A
LD (DE),A	00010010				7 (2,2,3)		d	-	-	-	-	(DE) = A
LD (HL),n	00110110	----n---			7 (2,2,3)		d	-	-	-	-	(HL) = n
LD (HL),r	01110-r-				6 (2,1,3)		d	-	-	-	-	(HL) = r
LD (HL+d),HL	11011101	11110100	----d---		13 (2,2,2,1,3,3)		d	-	-	-	-	(HL+d) = L; (HL+d+1) = H	N
LD (IX+d),HL	11110100	----d---			11 (2,2,1,3,3)		d	-	-	-	-	(IX+d) = L; (IX+d+1) = H	N
LD (IX+d),n	11011101	00110110	----d---	----n---	11 (2,2,2,2,3)		d	-	-	-	-	(IX+d) = n
LD (IX+d),r	11011101	01110-r-	----d---		10 (2,2,2,1,3)		d	-	-	-	-	(IX+d) = r
LD (IY+d),HL	11111101	11110100	----d---		13 (2,2,2,1,3,3)		d	-	-	-	-	(IY+d) = L; (IY+d+1) = H	N
LD (IY+d),n	11111101	00110110	----d---	----n---	11 (2,2,2,2,3)		d	-	-	-	-	(IY+d) = n
LD (IY+d),r	11111101	01110-r-	----d---		10 (2,2,2,1,3)		d	-	-	-	-	(Iy+d) = r
LD (mn),A	00110010	----n---	----m---		10 (2,2,2,1,3)		d	-	-	-	-	(mn) = A
LD (mn),HL	00100010	----n---	----m---		13 (2,2,2,1,3,3)		d	-	-	-	-	(mn) = L; (mn+1) = H
LD (mn),IX	11011101	00100010	----n---	----m---	15 (2,2,2,2,1,3,3)		d	-	-	-	-	(mn) = IXL; (mn+1) = IXH
LD (mn),IY	11111101	00100010	----n---	----m---	15 (2,2,2,2,1,3,3)		d	-	-	-	-	(mn) = IYL; (mn+1) = IYH
LD (mn),ss	11101101	01ss0011	----n---	----m---	15 (2,2,2,2,1,3,3)		d	-	-	-	-	(mn) = ssl; (mn+1) = ssh
LD (SP+n),HL	11010100	----n---			11 (2,2,1,3,3)			-	-	-	-	(SP+n) = L; (SP+n+1) = H	N
LD (SP+n),IX	11011101	11010100	----n---		13 (2,2,2,1,3,3)			-	-	-	-	(SP+n) = IXL; (SP+n+1) = IXH	N
LD (SP+n),IY	11111101	11010100	----n---		13 (2,2,2,1,3,3)			-	-	-	-	(SP+n) = IYL; (SP+n+1) = IYH	N
LD A,(BC)	00001010				6 (2,2,2)	r	s	-	-	-	-	A = (BC)
LD A,(DE)	00011010				6 (2,2,2)	r	s	-	-	-	-	A = (DE)
LD A,(mn)	00111010	----n---	----m---		9 (2,2,2,1,2)	r	s	-	-	-	-	A = (mn)
LD A,EIR	11101101	01010111			4 (2,2)	fr		*	*	-	-	A = EIR
LD A,IIR	11101101	01011111			4 (2,2)	fr		*	*	-	-	A = IIR
LD A,XPC	11101101	01110111			4 (2,2)	r		-	-	-	-	A = XPC	N
LD dd,(mn)	11101101	01dd1011	----n---	----m---	13 (2,2,2,2,1,2,2)	r	s	-	-	-	-	ddl = (mn); ddh = (mn+1)
LD dd',BC	11101101	01dd1001			4 (2,2)			-	-	-	-	dd' = BC (dd': 00-BC', 01-DE', 10-HL')	N
LD dd',DE	11101101	01dd0001			4 (2,2)			-	-	-	-	dd' = DE (dd': 00-BC', 01-DE', 10-HL')	N
LD dd,mn	00dd0001	----n---	----m---		6 (2,2,2)	r		-	-	-	-	dd = mn
LD EIR,A	11101101	01000111			4 (2,2)			-	-	-	-	EIR = A
LD IIR,A	11101101	01001111			4 (2,2)			-	-	-	-	IIR = A
LD HL,(mn)	00101010	----n---	----m---		11 (2,2,2,1,2,2)	r	s	-	-	-	-	L = (mn); H = (mn+1)
LD HL,(HL+d)	11011101	11100100	----d---		11 (2,2,2,1,2,2)	r	s	-	-	-	-	L = (HL+d); H = (HL+d+1)	N
LD HL,(IX+d)	11100100	----d---			9 (2,2,1,2,2)	r	s	-	-	-	-	L = (IX+d); H = (IX+d+1)	N
LD HL,(IY+d)	11111101	11100100	----d---		11 (2,2,2,1,2,2)	r	s	-	-	-	-	L = (IY+d); H = (IY+d+1)	N
LD HL,(SP+n)	11000100	----n---			9 (2,2,1,2,2)	r		-	-	-	-	L = (SP+n); H = (SP+n+1)	N
LD HL,IX	11011101	01111100			4 (2,2)	r		-	-	-	-	HL = IX	N
LD HL,IY	11111101	01111100			4 (2,2)	r		-	-	-	-	HL = IY	N
LD IX,(mn)	11011101	00101010	----n---	----m---	13 (2,2,2,2,1,2,2)		s	-	-	-	-	IXL = (mn); IXH = (mn+1)
LD IX,(SP+n)	11011101	11000100	----n---		11 (2,2,2,1,2,2)			-	-	-	-	IXL = (SP+n); IXH = (SP+n+1)	N
LD IX,HL	11011101	01111101			4 (2,2)			-	-	-	-	IX = HL	N
LD IX,mn	11011101	00100001	----n---	----m---	8 (2,2,2,2)			-	-	-	-	IX = mn
LD IY,(mn)	11111101	00101010	----n---	----m---	13 (2,2,2,2,1,2,2)		s	-	-	-	-	IYL = (mn); IYH = (mn+1)
LD IY,(SP+n)	11111101	11000100	----n---		11 (2,2,2,1,2,2)			-	-	-	-	IYL = (SP+n); IYH = (SP+n+1)	N
LD IY,HL	11111101	01111101			4 (2,2)			-	-	-	-	IY = HL	N
LD IY,mn	11111101	00100001	----n---	----m---	8 (2,2,2,2)			-	-	-	-	IY = mn
LD r,(HL)	01-r-110				5 (2,1,2)	r	s	-	-	-	-	r = (HL)
LD r,(IX+d)	11011101	01-r-110	----d---		9 (2,2,2,1,2)	r	s	-	-	-	-	r = (IX+d)
LD r,(IY+d)	11111101	01-r-110	----d---		9 (2,2,2,1,2)	r	s	-	-	-	-	r = (IY+d)
LD XPC,A	11101101	01100111			4 (2,2)			-	-	-	-	XPC = A	NP
LD r,n	00-r-110	----n---			4 (2,2)	r		-	-	-	-	r = n
LD r,g	01-r--g				2	r		-	-	-	-	r = g
LD SP,HL	11111001				2			-	-	-	-	SP = HL	P
LD SP,IX	11011101	11111001			4 (2,2)			-	-	-	-	SP = IX	P
LD SP,IY	11111101	11111001			4 (2,2)			-	-	-	-	SP = IY	P
LDD	11101101	10101000			10 (2,2,1,2,3)		d	-	-	*	-	(DE) = (HL); BC = BC-1; DE = DE-1; HL = HL-1
LDDR	11101101	10111000			6+7i (2,2,1,(2,3,2)i,1)		d	-	-	*	-	repeat: (DE) = (HL); BC = BC-1; DE = DE-1; HL = HL-1 until {BC==0}
LDDSR	11101101	10011000			6+7i (2,2,1,(2,3,2)i,1)		d	-	-	*	-	(DE) = (HL); BC = BC-1; HL = HL-1; repeat while BC != 0
LDI	11101101	10100000			10 (2,2,1,2,3)		d	-	-	*	-	(DE) = (HL); BC = BC-1; DE = DE+1; HL = HL+1
LDIR	11101101	10110000			6+7i (2,2,1,(2,3,2)i,1)		d	-	-	*	-	repeat: (DE) = (HL); BC = BC-1; DE = DE+1; HL = HL+1 until {BC == 0}
LDISR	11101101	10010000			6+7i (2,2,1,(2,3,2)i,1)		d	-	-	*	-	(DE) = (HL); BC = BC-1; HL = HL+1; repeat while BC != 0
LDP (HL),HL	11101101	01100100			12 (2,2,2,3,3)			-	-	-	-	(HL) = L; (HL+1) = H. (Addr[19:16] = A[3:0])	N
LDP (IX),HL	11011101	01100100			12 (2,2,2,3,3)			-	-	-	-	(IX) = L; (IX+1) = H. (Addr[19:16] = A[3:0])	N
LDP (IY),HL	11111101	01100100			12 (2,2,2,3,3)			-	-	-	-	(IY) = L; (IY+1) = H. (Addr[19:16] = A[3:0])	N
LDP (mn),HL	11101101	01100101	----n---	----m---	15 (2,2,2,2,1,3,3)			-	-	-	-	(mn) = L; (mn+1) = H. (Addr[19:16] = A[3:0])	N
LDP (mn),IX	11011101	01100101	----n---	----m---	15 (2,2,2,2,1,3,3)			-	-	-	-	(mn) = IXL; (mn+1) = IXH. (Addr[19:16] = A[3:0])	N
LDP (mn),IY	11111101	01100101	----n---	----m---	15 (2,2,2,2,1,3,3)			-	-	-	-	(mn) = IYL; (mn+1) = IYH. (Addr[19:16] = A[3:0])	N
LDP HL,(HL)	11101101	01101100			10 (2,2,2,2,2)			-	-	-	-	L = (HL); H = (HL+1). (Addr[19:16] = A[3:0])	N
LDP HL,(IX)	11011101	01101100			10 (2,2,2,2,2)			-	-	-	-	L = (IX); H = (IX+1). (Addr[19:16] = A[3:0])	N
LDP HL,(IY)	11111101	01101100			10 (2,2,2,2,2)			-	-	-	-	L = (IY); H = (IY+1). (Addr[19:16] = A[3:0])	N
LDP HL,(mn)	11101101	01101101	----n---	----m---	13 (2,2,2,2,1,2,2)			-	-	-	-	L = (mn); H = (mn+1). (Addr[19:16] = A[3:0])	N
LDP IX,(mn)	11011101	01101101	----n---	----m---	13 (2,2,2,2,1,2,2)			-	-	-	-	IXL = (mn); IXH = (mn+1). (Addr[19:16] = A[3:0])	N
LDP IY,(mn)	11111101	01101101	----n---	----m---	13 (2,2,2,2,1,2,2)			-	-	-	-	IYL = (mn); IYH = (mn+1). (Addr[19:16] = A[3:0])	N
LJP x,mn	11000111	----n---	----m---	---x----	10 (2,2,2,2,2)			-	-	-	-	XPC = x; PC = mn	N
LRET	11101101	01000101			13 (2,2,1,2,2,2,2)			-	-	-	-	PCL = (SP); PCH = (SP+1); XPC = (SP+2); SP = SP+3	N
LSDR	11101101	11111000			6+7i (2,2,1,(2,3,2)i,1)		s	-	-	*	-	(DE) = (HL); BC = BC-1; DE = DE-1; HL = HL-1; repeat while BC != 0
LSDDR	11101101	11011000			6+7i (2,2,1,(2,3,2)i,1)		s	-	-	*	-	(DE) = (HL); BC = BC-1; DE = DE-1; repeat while BC != 0
LSIDR	11101101	11010000			6+7i (2,2,1,(2,3,2)i,1)		s	-	-	*	-	(DE) = (HL); BC = BC-1; DE = DE+1; repeat while BC != 0
LSIR	11101101	11110000			6+7i (2,2,1,(2,3,2)i,1)		s	-	-	*	-	(DE) = (HL); BC = BC-1; DE = DE+1; HL = HL+1; repeat while BC != 0
MUL	11110111				12 (2,10)			-	-	-	-	HL:BC = BC * DE	N
NEG	11101101	01000100			4 (2,2)	fr		*	*	V	*	A = 0 - A
NOP	00000000				2			-	-	-	-	No operation
OR (HL)	10110110				5 (2,1,2)	fr	s	*	*	L	0	A = A | (HL)
OR (IX+d)	11011101	10110110	----d---		9 (2,2,2,1,2)	fr	s	*	*	L	0	A = A | (IX+d)
OR (IY+d)	11111101	10110110	----d---		9 (2,2,2,1,2)	fr	s	*	*	L	0	A = A | (IY+d)
OR HL,DE	11101100				2	fr		*	*	L	0	HL = HL | DE	N
OR IX,DE	11011101	11101100			4 (2,2)	f		*	*	L	0	IX = IX | DE	N
OR IY,DE	11111101	11101100			4 (2,2)	f		*	*	L	0	IY = IY | DE	N
OR n	11110110	----n---			4 (2,2)	fr		*	*	L	0	A = A | n
OR r	10110-r-				2	fr		*	*	L	0	A = A | r
POP IP	11101101	01111110			7 (2,2,1,2)			-	-	-	-	IP = (SP); SP = SP+1	NP
POP IX	11011101	11100001			9 (2,2,1,2,2)			-	-	-	-	IXL = (SP); IXH = (SP+1); SP = SP+2
POP IY	11111101	11100001			9 (2,2,1,2,2)			-	-	-	-	IYL = (SP); IYH = (SP+1); SP = SP+2
POP SU	11101101	01101110			9 (2,2,2,3)			-	-	-	-	SU = (SP); SP = SP+1	P
POP zz	11zz0001				7 (2,1,2,2)	r		-	-	-	-	zzl = (SP); zzh = (SP+1); SP = SP+2
PUSH IP	11101101	01110110			9 (2,2,2,3)			-	-	-	-	(SP-1) = IP; SP = SP-1	N
PUSH IX	11011101	11100101			12 (2,2,2,3,3)			-	-	-	-	(SP-1) = IXH; (SP-2) = IXL; SP = SP-2
PUSH IY	11111101	11100101			12 (2,2,2,3,3)			-	-	-	-	(SP-1) = IYH; (SP-2) = IYL; SP = SP-2
PUSH SU	11101101	01100110			9 (2,2,2,3)			-	-	-	-	(SP-1) = SU; SP = SP-1	P
PUSH zz	11zz0101				10 (2,2,3,3)			-	-	-	-	(SP-1) = zzh; (SP-2) = zzl; SP = SP-2
RDMODE	11101101	01111111			4 (2,2)			-	-	-	·	CF = SU[0]	P
RES b,(HL)	11001011	10-b-110			10 (2,2,1,2,3)		d	-	-	-	-	(HL) = (HL) & ~bit
RES b,(IX+d)	11011101	11001011	----d---	10-b-110	13 (2,2,2,2,2,3)		d	-	-	-	-	(IX+d) = (IX+d) & ~bit
RES b,(IY+d)	11111101	11001011	----d---	10-b-110	13 (2,2,2,2,2,3)		d	-	-	-	-	(IY+d) = (IY+d) & ~bit
RES b,r	11001011	10-b--r-			4 (2,2)	r		-	-	-	-	r = r & ~bit
RET	11001001				8 (2,1,2,2,1)			-	-	-	-	PCL = (SP); PCH = (SP+1); SP = SP+2
RET f	11-f-000				2 8 (2,1,2,2,1)			-	-	-	-	if {f} PCL = (SP); PCH = (SP+1); SP = SP+2
RETI	11101101	01001101			12 (2,2,1,2,2,2,1)			-	-	-	-	IP = (SP); PCL = (SP+1); PCH = (SP+2); SP = SP+3	NP
RL (HL)	11001011	00010110			10 (2,2,1,2,3)	f	b	*	*	L	*	{CY,(HL)} = {(HL),CY}
RL (IX+d)	11011101	11001011	----d---	00010110	13 (2,2,2,2,2,3)	f	b	*	*	L	*	{CY,(IX+d)} = {(IX+d),CY}
RL (IY+d)	11111101	11001011	----d---	00010110	13 (2,2,2,2,2,3)	f	b	*	*	L	*	{CY,(IY+d)} = {(IY+d),CY}
RL DE	11110011				2	fr		*	*	L	*	{CY,DE} = {DE,CY}	N
RL r	11001011	00010-r-			4 (2,2)	fr		*	*	L	*	{CY,r} = {r,CY}
RLA	00010111				2	fr		-	-	-	*	{CY,A} = {A,CY}
RLC (HL)	11001011	00000110			10 (2,2,1,2,3)	f	b	*	*	L	*	(HL) = {(HL)[6,0],(HL)[7]}; CY = (HL)[7]
RLC (IX+d)	11011101	11001011	----d---	00000110	13 (2,2,2,2,2,3)	f	b	*	*	L	*	(IX+d) = {(IX+d)[6,0],(IX+d)[7]}; CY = (IX+d)[7]
RLC (IY+d)	11111101	11001011	----d---	00000110	13 (2,2,2,2,2,3)	f	b	*	*	L	*	(IY+d) = {(IY+d)[6,0],(IY+d)[7]}; CY = (IY+d)[7]
RLC r	11001011	00000-r-			4 (2,2)	fr		*	*	L	*	r = {r[6,0],r[7]}; CY = r[7]
RLCA	00000111				2	fr		-	-	-	*	A = {A[6,0],A[7]}; CY = A[7]
RR (HL)	11001011	00011110			10 (2,2,1,2,3)	f	b	*	*	L	*	{(HL),CY} = {CY,(HL)}
RR (IX+d)	11011101	11001011	----d---	00011110	13 (2,2,2,2,2,3)	f	b	*	*	L	*	{(IX+d),CY} = {CY,(IX+d)}
RR (IY+d)	11111101	11001011	----d---	00011110	13 (2,2,2,2,2,3)	f	b	*	*	L	*	{(IY+d),CY} = {CY,(IY+d)}
RR DE	11111011				2	fr		*	*	L	*	{DE,CY} = {CY,DE}	N
RR HL	11111100				2	fr		*	*	L	*	{HL,CY} = {CY,HL}	N
RR IX	11011101	11111100			4 (2,2)	f		*	*	L	*	{IX,CY} = {CY,IX}	N
RR IY	11111101	11111100			4 (2,2)	f		*	*	L	*	{IY,CY} = {CY,IY}	N
RR r	11001011	00011-r-			4 (2,2)	fr		*	*	L	*	{r,CY} = {CY,r}
RRA	00011111				2	fr		-	-	-	*	{A,CY} = {CY,A}
RRC (HL)	11001011	00001110			10 (2,2,1,2,3)	f	b	*	*	L	*	(HL) = {(HL)[0],(HL)[7,1]}; CY = (HL)[0]
RRC (IX+d)	11011101	11001011	----d---	00001110	13 (2,2,2,2,2,3)	f	b	*	*	L	*	(IX+d) = {(IX+d)[0],(IX+d)[7,1]}; CY = (IX+d)[0]
RRC (IY+d)	11111101	11001011	----d---	00001110	13 (2,2,2,2,2,3)	f	b	*	*	L	*	(IY+d) = {(IY+d)[0],(IY+d)[7,1]}; CY = (IY+d)[0]
RRC r	11001011	00001-r-			4 (2,2)	fr		*	*	L	*	r = {r[0],r[7,1]}; CY = r[0]
RRCA	00001111				2	fr		-	-	-	*	A = {A[0],A[7,1]}; CY = A[0]
RST v	11-v-111				8 (2,2,2,2)			-	-	-	-	(SP-1) = PCH; (SP-2) = PCL; SP = SP - 2; PC = {R, 0, v, 0000}
SBC A,(HL)	11011101	10011110	----d---		9 (2,2,2,1,2)	fr	s	*	*	V	*	A = A - (IX+d) - CY
SBC (IX+d)	11111101	10011110	----d---		9 (2,2,2,1,2)	fr	s	*	*	V	*	A = A - (IY+d) - CY
SBC (IY+d)	10011110				5 (2,1,2)	fr	s	*	*	V	*	A = A - (HL) - CY
SBC A,n	11011110	----n---			4 (2,2)	fr		*	*	V	*	A = A - n - CY
SBC A,r	10011-r-				2	fr		*	*	V	*	A = A - r - CY
SBC HL,ss	11101101	01ss0010			4 (2,2)	fr		*	*	V	*	HL = HL - ss - CF
SCF	00110111				2	f		-	-	-	1	CF = 1
SET b,(HL)	11001011	11-b-110			10 (2,2,1,2,3)		b	-	-	-	-	(HL) = (HL) | bit
SET b,(IX+d)	11011101	11001011	----d---	11-b-110	13 (2,2,2,2,2,3)		b	-	-	-	-	(IX+d) = (IX+d) | bit
SET b,(IY+d)	11111101	11001011	----d---	11-b-110	13 (2,2,2,2,2,3)		b	-	-	-	-	(IY+d) = (IY+d) | bit
SET b,r	11001011	11-b--r-			4 (2,2)	r		-	-	-	-	r = r | bit
SETUSR	11101101	01101111			4 (2,2)			-	-	-	-	SU = {SU[5:0], 0x01}	P
SLA (HL)	11001011	00100110			10 (2,2,1,2,3)	f	b	*	*	L	*	(HL) = {(HL)[6,0],0}; CY = (HL)[7]
SLA (IX+d)	11011101	11001011	----d---	00100110	13 (2,2,2,2,2,3)	f	b	*	*	L	*	(IX+d) = {(IX+d)[6,0],0}; CY = (IX+d)[7]
SLA (IY+d)	11111101	11001011	----d---	00100110	13 (2,2,2,2,2,3)	f	b	*	*	L	*	(IY+d) = {(IY+d)[6,0],0}; CY = (IY+d)[7]
SLA r	11001011	00100-r-			4 (2,2)	fr		*	*	L	*	r = {r[6,0],0}; CY = r[7]
SRA (HL)	11001011	00101110			10 (2,2,1,2,3)	f	b	*	*	L	*	(HL) = {(HL)[7],(HL)[7,1]}; CY = (HL)[0]
SRA (IX+d)	11011101	11001011	----d---	00101110	13 (2,2,2,2,2,3)	f	b	*	*	L	*	(IX+d) = {(IX+d)[7],(IX+d)[7,1]}; CY = (IX+d)[0]
SRA (IY+d)	11111101	11001011	----d---	00101110	13 (2,2,2,2,2,3)	f	b	*	*	L	*	(IY+d) = {(IY+d)[7],(IY+d)[7,1]}; CY = (IY+d)[0]
SRA r	11001011	00101-r-			4 (2,2)	fr		*	*	L	*	r = {r[7],r[7,1]}; CY = r[0]
SRL (HL)	11001011	00111110			10 (2,2,1,2,3)	f	b	*	*	L	*	(HL) = {0,(HL)[7,1]}; CY = (HL)[0]
SRL (IX+d)	11011101	11001011	----d---	00111110	13 (2,2,2,2,2,3)	f	b	*	*	L	*	(IX+d) = {0,(IX+d)[7,1]}; CY = (IX+d)[0]
SRL (IY+d)	11111101	11001011	----d---	00111110	13 (2,2,2,2,2,3)	f	b	*	*	L	*	(IY+d) = {0,(IY+d)[7,1]}; CY = (IY+d)[0]
SRL r	11001011	00111-r-			4 (2,2)	fr		*	*	L	*	r = {0,r[7,1]}; CY = r[0]
SUB (HL)	10010110				5 (2,1,2)	fr	s	*	*	V	*	A = A - (HL)
SUB (IX+d)	11011101	10010110	----d---		9 ( 2,2,2,1,2)	fr	s	*	*	V	*	A = A - (IX+d)
SUB (IY+d)	11111101	10010110	----d---		9 ( 2,2,2,1,2)	fr	s	*	*	V	*	A = A - (IY+d)
SUB n	11010110	----n---			4 (2,2)	fr		*	*	V	*	A = A - n
SUB r	10010-r-				2	fr		*	*	V	*	A = A - r
SURES	11101101	01111101			4 (2,2)			-	-	-	-	SU = {SU[1:0],SU[7:2]}	P
SYSCALL	11101101	01110101			10 (2,2,3,3)			-	-	-	-	SP = SP-2; PC = {R,v} where v = SYSCALL offset
UMA	11101101	11000000			8+8i (2,2,2,(2,2,3,1)i,2)			-	-	-	*	{CY:DE':(HL)} = (IX) + [(IY)*DE+DE'+CY]; BC = BC-1; IX = IX+1; IY = IY+1; HL = HL+1; repeat while BC != 0
UMS	11101101	11001000			8+8i (2,2,2,(2,2,3,1)i,2)			-	-	-	*	{CY:DE':(HL)} = (IX) - [(IY)*DE+DE'+CY]; BC = BC-1; IX = IX+1; IY = IY+1; HL = HL+1; repeat while BC != 0
XOR (HL)	10101110				5 (2,1,2)	fr	s	*	*	L	0	A = [A & ~(HL)] | [~A & (HL)]
XOR (IX+d)	11011101	10101110	----d---		9 (2,2,2,1,2)	fr	s	*	*	L	0	A = [A & ~(IX+d)] | [~A & (IX+d)]
XOR (IY+d)	11111101	10101110	----d---		9 (2,2,2,1,2)	fr	s	*	*	L	0	A = [A & ~(IY+d)] | [~A & (IY+d)]
XOR n	11101110	----n---			4 (2,2)	fr		*	*	L	0	A = [A & ~n] | [~A & n]
XOR r	10101-r-				2	fr		*	*	L	0	A = [A & ~r] | [~A & r]