Instruction

Mnemonic Meaning

Flags

Zf

Cf

Pf

Sf

MOV

dreg, sreg

MOVe

.

.

.

.

MVI

reg, byte

MoVe Immediate

.

.

.

.

MVX

drp, srp

MoVe eXtended-register (pseudo for high & low MOVs)

.

.

.

.

LXI

rp, word

Load eXtended-register Immediate

.

.

.

.

XCHG

eXCHanGe hl with de

.

.

.

.

LDA

addr

LoaD Accumulator direct

.

.

.

.

STA

addr

STore Accumulator direct

.

.

.

.

LDAX

B

LoaD Accumulator indirect via eXtended-register Bc

.

.

.

.

STAX

B

Store Accumulator indirect via eXtended-register Bc

.

.

.

.

LDAX

D

LoaD Accumulator indirect via eXtended-register De

.

.

.

.

STAX

D

Store Accumulator indirect via eXtended-register De

.

.

.

.

LHLD

addr

Load HL Direct

.

.

.

.

SHLD

addr

Store HL Direct

.

.

.

.

LHLI

Load HL Indirect via extended register de

.

.

.

.

SHLI

Store HL Indirect via extended register de

.

.

.

.

Instruction

Mnemonic Meaning

Flags

Zf

Cf

Pf

Sf

ADD

reg

ADD

x

x

x

x

ADI

byte

ADd Immediate

x

x

x

x

ADC

reg

ADd with Carry

x

x

x

x

ACI

byte

Add with Carry Immediate

x

x

x

x

SUB

reg

SUBtract

x

x

x

x

SUI

byte

SUbtract Immediate

x

x

x

x

SBB

reg

SuBtract with Borrow

x

x

x

x

SBI

byte

Subtract with Borrow Immediate

x

x

x

x

DAA

Decimal Adjust Accumulator

x

x

x

x

INR

reg

INcrement Register

x

.

x

x

INX

rp

INcrement eXtended-register

.

.

.

.

DCR

reg

DeCrement Register

x

.

x

x

DCX

rp

DeCrement eXtended-register

.

.

.

.

DAD

rp

Dual-register ADd to hl

.

x

.

.

HLMBC

HL Minus BC

x

x

h

x

DEHL

byte

DE from HL plus byte

.

.

.

.

DESP

byte

DE from SP plus byte

.

.

.

.

Instruction

Mnemonic Meaning

Flags

Zf

Cf

Pf

Sf

CMP

reg

CoMPare

x

x

x

x

CPI

byte

ComPare Immediate

x

x

x

x

CMA

CoMplement Accumulator

.

.

.

.

CMC

CoMplement Carry

.

x

.

.

STC

SeT Carry

.

1

.

.

SHLR

Shift HL Right

.

x

.

.

ANA

reg

ANd Accumulator

x

0

x

x

ANI

byte

ANd Immediate

x

0

x

x

ORA

reg

OR Accumulator

x

0

x

x

ORI

byte

OR Immediate

x

0

x

x

XRA

reg

eXclusive oR Accumulator

x

0

x

x

XRI

byte

eXclusive oR Immediate

x

0

x

x

RAL

Rotate Accumulator Left through carry

.

x

.

.

RAR

Rotate Accumulator Right through carry

.

x

.

.

RLC

Rotate accumulator Left Circular

.

x

.

.

RRC

Rotate accumulator Right Circular

.

x

.

.

RDEL

Rotate DE Left through carry

.

x

.

.

Instruction

Mnemonic Meaning

Flags

Zf

Cf

Pf

Sf

PUSH

rp

PUSH on stack

.

.

.

.

POP

rp

POP off stack

.

.

.

.

SPHL

Stack Pointer from HL

.

.

.

.

XTHL

eXchange Top of stack with HL

.

.

.

.

IN

port

INput from port

.

.

.

.

OUT

port

OUTput to port

.

.

.

.

DI

Disable Interrupts

.

.

.

.

EI

Enable Interrupts

.

.

.

.

RIM

Read Interrupt Mask

.

.

.

.

SIM

Set Interrupt Mask

.

.

.

.

NOP

No OPeration

.

.

.

.

HLT

HaLT

.

.

.

.

Instruction

Mnemonic Meaning

Flags

Zf

Cf

Pf

Sf

JMP

label

JuMP unconditional

.

.

.

.

JZ

label

Jump if Zero

.

.

.

.

JNZ

label

Jump if No Zero

.

.

.

.

JP

label

Jump if Positive

.

.

.

.

JM

label

Jump if Minus

.

.

.

.

JC

label

Jump if Carry

.

.

.

.

JNC

label

Jump if No Carry

.

.

.

.

JTM

label

Jump if True sign Minus

.

.

.

.

JTP

label

Jump if True sign Positive

.

.

.

.

JPE

label

Jump if Parity Even

.

.

.

.

JPO

label

Jump if Parity Odd

.

.

.

.

CALL

label

CALL unconditioanl

.

.

.

.

CZ

label

Call if Zero

.

.

.

.

CNZ

label

Call if No Zero

.

.

.

.

CP

label

Call if Positive

.

.

.

.

CM

label

Call if Minus

.

.

.

.

CC

label

Call if Carry

.

.

.

.

CNC

label

Call if No Carry

.

.

.

.

CPE

label

Call if Parity Even

.

.

.

.

CPO

label

Call if Parity Odd

.

.

.

.

RET

RETurn unconditional

.

.

.

.

RZ

Return if Zero

.

.

.

.

RNZ

Return if No Zero

.

.

.

.

RP

Return if Positive

.

.

.

.

RM

Return if Minus

.

.

.

.

RC

Return if Carry

.

.

.

.

RNC

Return if No Carry

.

.

.

.

RPE

Return if Parity Even

.

.

.

.

RPO

Return if Parity Odd

.

.

.

.

PCHL

Program Counter from HL

.

.

.

.

RST

n

ReSTart

.

.

.

.

RSTV

ReSTart if oVerflow

.

.

.

.

Instruction

Mnemonic Meaning

Flags

Zf

Cf

Pf

Sf

MOV

dreg, sreg

dreg<=sreg

.

.

.

.

MVI

reg, byte

reg<=byte

.

.

.

.

MVX

drp, srp

drp<=srp (pseudo for high & low MOVs)

.

.

.

.

LXI

rp, word

rp<=word

.

.

.

.

XCHG

HL<=DE while DE<=HL

.

.

.

.

LDA

addr

A<=b[addr]

.

.

.

.

STA

addr

b[addr]<=A

.

.

.

.

LDAX

B

A<=b[BC]

.

.

.

.

STAX

B

b[BC]<=A

.

.

.

.

LDAX

D

A<=b[DE]

.

.

.

.

STAX

D

b[DE]<=A

.

.

.

.

LHLD

addr

HL<=w[addr]

.

.

.

.

SHLD

addr

w[addr]<=HL

.

.

.

.

LHLI

HL<=w[DE]

.

.

.

.

SHLI

w[DE]<=HL

.

.

.

.

Instruction

Mnemonic Meaning

Flags

Zf

Cf

Pf

Sf

ADD

reg

A<=A+reg

x

x

x

x

ADI

byte

A<=A+byte

x

x

x

x

ADC

reg

A<=A+reg+Cf

x

x

x

x

ACI

byte

A<=A+byte+Cf

x

x

x

x

SUB

reg

A<=A-reg

x

x

x

x

SUI

byte

A<=A-byte

x

x

x

x

SBB

reg

A<=A-reg-Cf

x

x

x

x

SBI

byte

A<=A-byte-Cf

x

x

x

x

DAA

in A3..A0 and A7..A4: if >9 then +6, carry to next

x

x

x

x

INR

reg

reg<=reg+1

x

.

x

x

INX

rp

rp<=rp+1

.

.

.

.

DCR

reg

reg<=reg-1

x

.

x

x

DCX

rp

rp<=rp-1

.

.

.

.

DAD

rp

HL<=HL+rp

.

x

.

.

HLMBC

HL<=HL-BC

x

x

h

x

DEHL

byte

DE<=HL+byte

.

.

.

.

DESP

byte

DE<=SP+byte

.

.

.

.

Instruction

Mnemonic Meaning

Flags

Zf

Cf

Pf

Sf

JMP

label

PC<=label

.

.

.

.

JZ

label

if Zf=1 then PC<=label

.

.

.

.

JNZ

label

if Zf=0 then PC<=label

.

.

.

.

JP

label

if Sf=0 then PC<=label

.

.

.

.

JM

label

if Sf=1 then PC<=label

.

.

.

.

JC

label

if Cf=1 then PC<=label

.

.

.

.

JNC

label

if Cf=0 then PC<=label

.

.

.

.

JTM

label

if TSf=1 then PC<=label

.

.

.

.

JTP

label

if TSf=0 then PC<=label

.

.

.

.

JPE

label

if Pf=1 then PC<=label

.

.

.

.

JPO

label

if Pf=0 then PC<=label

.

.

.

.

CALL

label

SP<=SP-2, w[SP]<=PC+3, PC<=label

.

.

.

.

CZ

label

if Zf=1 then SP<=SP-2, w[SP]<=PC+3, PC<=label

.

.

.

.

CNZ

label

if Zf=0 then SP<=SP-2, w[SP]<=PC+3, PC<=label

.

.

.

.

CP

label

if Sf=0 then SP<=SP-2, w[SP]<=PC+3, PC<=label

.

.

.

.

CM

label

if Sf=1 then SP<=SP-2, w[SP]<=PC+3, PC<=label

.

.

.

.

CC

label

if Cf=1 then SP<=SP-2, w[SP]<=PC+3, PC<=label

.

.

.

.

CNC

label

if Cf=0 then SP<=SP-2, w[SP]<=PC+3, PC<=label

.

.

.

.

CPE

label

if Pf=1 then SP<=SP-2, w[SP]<=PC+3, PC<=label

.

.

.

.

CPO

label

if Pf=0 then SP<=SP-2, w[SP]<=PC+3, PC<=label

.

.

.

.

RET

PC<=w[SP], SP<=SP+2

.

.

.

.

RZ

if Zf=1 then PC<=w[SP], SP<=SP+2

.

.

.

.

RNZ

if Zf=0 then PC<=w[SP], SP<=SP+2

.

.

.

.

RP

if Sf=0 then PC<=w[SP], SP<=SP+2

.

.

.

.

RM

if Sf=1 then PC<=w[SP], SP<=SP+2

.

.

.

.

RC

if Cf=1 then PC<=w[SP], SP<=SP+2

.

.

.

.

RNC

if Cf=0 then PC<=w[SP], SP<=SP+2

.

.

.

.

RPE

if Pf=1 then PC<=w[SP], SP<=SP+2

.

.

.

.

RPO

if Pf=0 then PC<=w[SP], SP<=SP+2

.

.

.

.

PCHL

PC<=HL

.

.

.

.

RST

n

SP<=SP-2, w[SP]<=PC+1, PC<=n*8 where n is 0 to 7

.

.

.

.

RSTV

if OVf=1 then SP<=SP-2, w[SP]<=PC+1, PC<=8*8

.

.

.

.

Instruction

Mnemonic Meaning

Flags

Zf

Cf

Pf

Sf

CMP

reg

T<=A-reg

x

x

x

x

CPI

byte

T<=A-byte

x

x

x

x

CMA

A<=1's complement of A

.

.

.

.

CMC

Cf<=1's complement of Cf

.

x

.

.

STC

Cf<=1

.

1

.

.

SHLR

HL<=HL/2 while H6<=H7 (extend sign) and Cf<=L0

.

x

.

.

ANA

reg

A<=A AND reg

x

0

x

x

ANI

byte

A<=A AND byte

x

0

x

x

ORA

reg

A<=A Inclusive OR reg

x

0

x

x

ORI

byte

A<=A Inclusive OR byte

x

0

x

x

XRA

reg

A<=A Exclusive OR reg

x

0

x

x

XRI

byte

A<=A Exclusive OR byte

x

0

x

x

RAL

A<=A*2 where Cf<=A7 while A0<=Cf

.

x

.

.

RAR

A<=A/2 where Cf<=A0 while A7<=Cf

.

x

.

.

RLC

A7..A1<=A6..A0 while A0<=A7 and Cf<=A7

.

x

.

.

RRC

A6..A0<=A7..A1 while A7<=A0 and Cf<=A0

.

x

.

.

RDEL

DE<=DE*2 where: Cf<=DE15 while DE00<=Cf

.

x

.

.

Instruction

Mnemonic Meaning

Flags

Zf

Cf

Pf

Sf

PUSH

rp

SP<=SP-2, w[SP]<=rp

.

.

.

.

POP

rp

rp<=w[SP], SP<=SP+2

.

.

.

.

SPHL

SP<=HL

.

.

.

.

XTHL

HL<=w[SP] while w[SP]<=HL

.

.

.

.

IN

port

A<=data from port

.

.

.

.

OUT

port

data to port<=A

.

.

.

.

DI

disable interrupts

.

.

.

.

EI

enable interrupts

.

.

.

.

RIM

A<=interrupt mask

.

.

.

.

SIM

interrupt mask<=A

.

.

.

.

NOP

do nothing

.

.

.

.

HLT

halt 8085 processor

.

.

.

.

Instruction

Mnemonic Meaning

Flags

Zf

Cf

Pf

Sf

ACI

byte

Add with Carry Immediate

x

x

x

x

ADC

reg

ADd with Carry

x

x

x

x

ADD

reg

ADD

x

x

x

x

ADI

byte

ADd Immediate

x

x

x

x

ANA

reg

ANd Accumulator

x

0

x

x

ANI

byte

ANd Immediate

x

0

x

x

CALL

label

CALL unconditional

.

.

.

.

CC

label

Call if Carry

.

.

.

.

CM

label

Call if Minus

.

.

.

.

CMA

CoMplement Accumulator

.

.

.

.

CMC

CoMplement Carry

.

x

.

.

CMP

reg

CoMPare

x

x

x

x

CNC

label

Call if No Carry

.

.

.

.

CNZ

label

Call if No Zero

.

.

.

.

CP

label

Call if Positive

.

.

.

.

CPE

label

Call if Parity Even

.

.

.

.

CPI

byte

ComPare Immediate

x

x

x

x

CPO

label

Call if Parity Odd

.

.

.

.

CZ

label

Call if Zero

.

.

.

.

DAA

Decimal Adjust Accumulator

x

x

x

x

DAD

rp

Dual-register ADd to hl

.

x

.

.

DCR

reg

DeCrement Register

x

.

x

x

DCX

rp

DeCrement eXtended-register

.

.

.

.

DEHL

byte

DE from HL plus byte

.

.

.

.

DESP

byte

DE from SP plus byte

.

.

.

.

DI

Disable Interrupts

.

.

.

.

EI

Enable Interrupts

.

.

.

.

HLMBC

HL Minus BC

x

x

h

x

HLT

HaLT

.

.

.

.

IN

port

INput from port

.

.

.

.

INR

reg

INcrement Register

x

.

x

x

INX

rp

INcrement eXtended-register

.

.

.

.

JC

label

Jump if Carry

.

.

.

.

JM

label

Jump if Minus

.

.

.

.

JMP

label

JuMP unconditional

.

.

.

.

JNC

label

Jump if No Carry

.

.

.

.

JNZ

label

Jump if No Zero

.

.

.

.

JP

label

Jump if Positive

.

.

.

.

JPE

label

Jump if Parity Even

.

.

.

.

JPO

label

Jump if Parity Odd

.

.

.

.

JTM

label

Jump if True sign Minus

.

.

.

.

JTP

label

Jump if True sign Positive

.

.

.

.

JZ

label

Jump if Zero

.

.

.

.

LDA

addr

LoaD Accumulator direct

.

.

.

.

LDAX

B

LoaD Accumulator indirect via eXtended-register Bc

.

.

.

.

LDAX

D

LoaD Accumulator indirect via eXtended-register De

.

.

.

.

LHLD

addr

Load HL Direct

.

.

.

.

LHLI

Load HL Indirect via extended register de

.

.

.

.

LXI

rp, word

Load eXtended-register Immediate

.

.

.

.

MOV

dreg, sreg

MOVe

MVI

reg, byte

MoVe Immediate

.

.

.

.

MVX

drp, srp

MoVe eXtended-register (pseudo for high & low MOVs)

.

.

.

.

NOP

No OPeration

.

.

.

.

ORA

reg

OR Accumulator

x

0

x

x

ORI

byte

OR Immediate

x

0

x

x

OUT

port

OUTput to port

.

.

.

.

PCHL

Program Counter from HL

.

.

.

.

POP

rp

POP off stack

.

.

.

.

PUSH

rp

PUSH on stack

.

.

.

.

RAL

Rotate Accumulator Left through carry

.

x

.

.

RAR

Rotate Accumulator Right through carry

.

x

.

.

RC

Return if Carry

.

.

.

.

RDEL

Rotate DE Left through carry

.

x

.

.

RET

RETurn unconditional

.

.

.

.

RIM

Read Interrupt Mask

.

.

.

.

RLC

Rotate accumulator Left Circular

.

x

.

.

RM

Return if Minus

.

.

.

.

RNC

Return if No Carry

.

.

.

.

RNZ

Return if No Zero

.

.

.

.

RP

Return if Positive

.

.

.

.

RPE

Return if Parity Even

.

.

.

.

RPO

Return if Parity Odd

.

.

.

.

RRC

Rotate accumulator Right Circular

.

x

.

.

RST

n

ReSTart

.

.

.

.

RSTV

ReSTart if oVerflow

.

.

.

.

RZ

Return if Zero

.

.

.

.

SBB

reg

SuBtract with Borrow

x

x

x

x

SBI

byte

Subtract with Borrow Immediate

x

x

x

x

SHLD

addr

Store HL Direct

.

.

.

.

SHLI

Store HL Indirect via extended register de

.

.

.

.

SHLR

Shift HL Right

.

x

.

.

SIM

Set Interrupt Mask

.

.

.

.

SPHL

Stack Pointer from HL

.

.

.

.

STA

addr

STore Accumulator direct

.

.

.

.

STAX

B

Store Accumulator indirect via eXtended-register Bc

.

.

.

.

STAX

D

Store Accumulator indirect via eXtended-register De

.

.

.

.

STC

SeT Carry

.

1

.

.

SUB

reg

SUBtract

x

x

x

x

SUI

byte

SUbtract Immediate

x

x

x

x

XCHG

eXCHanGe hl with de

.

.

.

.

XRA

reg

eXclusive oR Accumulator

x

0

x

x

XRI

byte

eXclusive oR Immediate

x

0

x

x

XTHL

eXchange Top of stack with HL

.

.

.

.

Essential Cycles +register M involved or condition Met

EC +MM

Instruction

Mnemonic Meaning

Cycles

MOV

dreg, sreg

MOVe

04 +03

MVI

reg, byte

MoVe Immediate

07 +03

MVX

drp, srp

MoVe eXtended-register (pseudo for high & low MOVs)

--

LXI

rp, word

Load eXtended-register Immediate

10

XCHG

eXCHanGe hl with de

04

LDA

addr

LoaD Accumulator direct

13

STA

addr

STore Accumulator direct

13

LDAX

B

LoaD Accumulator indirect via eXtended-register Bc

07

STAX

B

Store Accumulator indirect via eXtended-register Bc

07

LDAX

D

LoaD Accumulator indirect via eXtended-register De

07

STAX

D

Store Accumulator indirect via eXtended-register De

07

LHLD

addr

Load HL Direct

16

SHLD

addr

Store HL Direct

16

LHLI

Load HL Indirect via extended register de

10

SHLI

Store HL Indirect via extended register de

10

Essential Cycles +register M involved or condition Met

EC +MM

Instruction

Mnemonic Meaning

Cycles

ADD

reg

ADD

04 +03

ADI

byte

ADd Immediate

07

ADC

reg

ADd with Carry

04 +03

ACI

byte

Add with Carry Immediate

07

SUB

reg

SUBtract

04 +03

SUI

byte

SUbtract Immediate

07

SBB

reg

SuBtract with Borrow

04 +03

SBI

byte

Subtract with Borrow Immediate

07

DAA

Decimal Adjust Accumulator

04

INR

reg

INcrement Register

04 +06

INX

rp

INcrement eXtended-register

06

DCR

reg

DeCrement Register

04 +06

DCX

rp

DeCrement eXtended-register

06

DAD

rp

Dual-register ADd to hl

10

HLMBC

HL Minus BC

10

DEHL

byte

DE from HL plus byte

10

DESP

byte

DE from SP plus byte

10

Essential Cycles +register M involved or condition Met

EC +MM

Instruction

Mnemonic Meaning

Cycles

CMP

reg

CoMPare

04 +03

CPI

byte

ComPare Immediate

07

CMA

CoMplement Accumulator

04

CMC

CoMplement Carry

04

STC

SeT Carry

04

SHLR

Shift HL Right

07

ANA

reg

ANd Accumulator

04 +03

ANI

byte

ANd Immediate

07

ORA

reg

OR Accumulator

04 +03

ORI

byte

OR Immediate

07

XRA

reg

eXclusive oR Accumulator

04 +03

XRI

byte

eXclusive oR Immediate

07

RAL

Rotate Accumulator Left through carry

04

RAR

Rotate Accumulator Right through carry

04

RLC

Rotate accumulator Left Circular

04

RRC

Rotate accumulator Right Circular

04

RDEL

Rotate DE Left through carry

10

Essential Cycles +register M involved or condition Met

EC +MM

Instruction

Mnemonic Meaning

Cycles

PUSH

rp

PUSH on stack

12

POP

rp

POP off stack

10

SPHL

Stack Pointer from HL

06

XTHL

eXchange Top of stack with HL

16

IN

port

INput from port

10

OUT

port

OUTput to port

10

DI

Disable Interrupts

04

EI

Enable Interrupts

04

RIM

Read Interrupt Mask

04

SIM

Set Interrupt Mask

04

NOP

No OPeration

04

HLT

HaLT

05

Essential Cycles +register M involved or condition Met

EC +MM

Instruction

Mnemonic Meaning

Cycles

JMP

label

JuMP unconditional

10

JZ

label

Jump if Zero

07 +03

JNZ

label

Jump if No Zero

07 +03

JP

label

Jump if Positive

07 +03

JM

label

Jump if Minus

07 +03

JC

label

Jump if Carry

07 +03

JNC

label

Jump if No Carry

07 +03

JTM

label

Jump if True sign Minus

07 +03

JTP

label

Jump if True sign Positive

07 +03

JPE

label

Jump if Parity Even

07 +03

JPO

label

Jump if Parity Odd

07 +03

CALL

label

CALL unconditional

18

CZ

label

Call if Zero

09 +09

CNZ

label

Call if No Zero

09 +09

CP

label

Call if Positive

09 +09

CM

label

Call if Minus

09 +09

CC

label

Call if Carry

09 +09

CNC

label

Call if No Carry

09 +09

CPE

label

Call if Parity Even

09 +09

CPO

label

Call if Parity Odd

09 +09

RET

RETurn unconditional

10

RZ

Return if Zero

06 +06

RNZ

Return if No Zero

06 +06

RP

Return if Positive

06 +06

RM

Return if Minus

06 +06

RC

Return if Carry

06 +06

RNC

Return if No Carry

06 +06

RPE

Return if Parity Even

06 +06

RPO

Return if Parity Odd

06 +06

PCHL

Program Counter from HL

06

RST

n

ReSTart

12

RSTV

ReSTart if oVerflow

06 +06

x0h

x1h

x2h

x3h

x4h

x5h

x6h

x7h

x8h

x9h

xAh

xBh

xCh

xDh

xEh

xFh

00h-0Fh

NOP

LXI B,w

STAX B

INX B

INR B

DCR B

MVI B,b

RLC

DSUB
HLMBC

DAD B

LDAX B

DCX B

INR C

DCR C

MVI C,b

RRC

10h-1Fh

ARHL
RRHL
SHLR

LXI D,w

STAX D

INX D

INR D

DCR D

MVI D,b

RAL

RDEL
RLDE

DAD D

LDAX D

DCX D

INR E

DCR E

MVI E,b

RAR

20h-2Fh

RIM

LXI H,w

SHLD @

INX H

INR H

DCR H

MVI H,b

DAA

DEHL b
LDHI b

DAD H

LHLD @

DCX H

INR L

DCR L

MVI L,b

CMA

30h-3Fh

SIM

LXI SP,w

STA @

INX SP

INR M

DCR M

MVI M,b

STC

DESP b
LDSI b

DAD SP

LDA @

DCX SP

INR A

DCR A

MVI A,b

CMC

40h-4Fh

MOV B,B

MOV B,C

MOV B,D

MOV B,E

MOV B,H

MOV B,L

MOV B,M

MOV B,A

MOV C,B

MOV C,C

MOV C,D

MOV C,E

MOV C,H

MOV C,L

MOV C,M

MOV C,A

50h-5Fh

MOV D,B

MOV D,C

MOV D,D

MOV D,E

MOV D,H

MOV D,L

MOV D,M

MOV D,A

MOV E,B

MOV E,C

MOV E,D

MOV E,E

MOV E,H

MOV E,L

MOV E,M

MOV E,A

60h-6Fh

MOV H,B

MOV H,C

MOV H,D

MOV H,E

MOV H,H

MOV H,L

MOV H,M

MOV H,A

MOV L,B

MOV L,C

MOV L,D

MOV L,E

MOV L,H

MOV L,L

MOV L,M

MOV L,A

70h-7Fh

MOV M,B

MOV M,C

MOV M,D

MOV M,E

MOV M,H

MOV M,L

HLT

MOV M,A

MOV A,B

MOV A,C

MOV A,D

MOV A,E

MOV A,H

MOV A,L

MOV A,M

MOV A,A

80h-8Fh

ADD B

ADD C

ADD D

ADD E

ADD H

ADD L

ADD M

ADD A

ADC B

ADC C

ADC D

ADC E

ADC H

ADC L

ADC M

ADC A

90h-9Fh

SUB B

SUB C

SUB D

SUB E

SUB H

SUB L

SUB M

SUB A

SBB B

SBB C

SBB D

SBB E

SBB H

SBB L

SBB M

SBB A

A0h-AFh

ANA B

ANA C

ANA D

ANA E

ANA H

ANA L

ANA M

ANA A

XRA B

XRA C

XRA D

XRA E

XRA H

XRA L

XRA M

XRA A

B0h-BFh

ORA B

ORA C

ORA D

ORA E

ORA H

ORA L

ORA M

ORA A

CMP B

CMP C

CMP D

CMP E

CMP H

CMP L

CMP M

CMP A

COh-CFh

RNZ

POP B

JNZ @

JMP @

CNZ @

PUSH B

ADI b

RST 0

RZ

RET

JZ @

RSTV

CZ @

CALL @

ACI b

RST 1

D0h-DFh

RNC

POP D

JNC @

OUT port

CNC @

PUSH D

SUI b

RST 2

RC

SHLX
SHLDE
SHLI

JC @

IN port

CC @

JNX5 @
JNK @
JTP @

SBI b

RST 3

E0h-EFh

RPO

POP H

JPO @

XTHL

CPO @

PUSH H

ANI b

RST 4

RPE

PCHL

JPE @

XCHG

CPE @

LHLI
LHLX
LHLDE

XRI b

RST 5

F0h-FFh

RP

POP PSW

JP @

DI

CP @

PUSH PSW

ORI b

RST 6

RM

SPHL

JM @

EI

CM @

JX5 @
JK @
JTM @

CPI b

RST 7