Freescale Semiconductor e200z3 Reference Manual page 162

Instruction Model
Opcode
Format
Extended
Primary
(Inst
(Inst )
21:31
0:5
X
011111 01100 11100 0
X
011111 01100 11100 1
X
011111 01101 10111 /
X
011111 01101 11100 0
X
011111 01101 11100 1
XFX
011111 01110 00011 /
X
011111 01110 01011 0
X
011111 01110 01011 1
XFX
011111 01110 10011 /
X
011111 01110 10110 /
X
011111 01110 11100 0
X
011111 01110 11100 1
X
011111 01111 01011 0
X
011111 01111 01011 1
X
011111 10000 00000 /
X
011111 10000 01000 0
X
011111 10000 01000 1
X
011111 10000 01010 0
X
011111 10000 01010 1
X
011111 10000 10101 /
X
011111 10000 10110 /
X
011111 10000 10111 /
X
011111 10000 11000 0
X
011111 10000 11000 1
X
011111 10001 01000 0
X
011111 10001 01000 1
X
011111 10001 10110 /
X
011111 10001 10111 /
Legend:
- Don't care, usually part of an operand field
/ Reserved bit, invalid instruction form if encoded as 1
? Allocated for implementation-dependent use. See User' Manual for the implementation
3-34
Table 3-12. Instructions Sorted by Opcode (continued)
Mnemonic
)
orc OR with Complement
orc. OR with Complement and record CR
sthux Store Halfword with Update Indexed
or OR
or. OR and record CR
mtdcr Move To Device Control Register
divwu Divide Word Unsigned
divwu. Divide Word Unsigned and record CR
mtspr Move To Special Purpose Register
dcbi Data Cache Block Invalidate
nand NAND
nand. NAND and record CR
divw Divide Word
divw. Divide Word and record CR
mcrxr Move to Condition Register from XER
subfco Subtract From Carrying and record OV
subfco. Subtract From Carrying and record OV and CR
addco Add Carrying and record OV
addco. Add Carrying and record OV and CR
lswx Load String Word Indexed
lwbrx Load Word Byte-Reverse Indexed
lfsx Load Floating-Point Single Indexed
srw Shift Right Word
srw. Shift Right Word and record CR
subfo Subtract From and record OV
subfo. Subtract From and record OV and CR
tlbsync TLB Synchronize
lfsux Load Floating-Point Single with Update Indexed
e200z3 Power Architecture Core Reference Manual, Rev. 2
Instruction
Freescale Semiconductor