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MOVE
Operation:
Parallel data bus move
Description:
Move the contents of the specified source to the specified destination. This instruction is a Data ALU NOP
instruction with the parallel data move operations described in the following pages. Some parallel data
move operations differentiate between integer or floating-point operands according to the kind of Data ALU
operation specified. For this purpose, two Data ALU NOP opcodes are used: an "integer NOP" and a
"floating-point NOP". For example, if a XY parallel move is specified with integer operands, the assembler
will produce a 32-bit instruction word with the "integer NOP" in the Data ALU opcode field. If floating point
XY parallel move operands are specified, the "floating-point NOP" is used instead.
CCR Condition Codes: Not affected.
ER Status Bits: Not affected.
IER Flags: Not affected.
Instruction Format: Fixed point NOP
Instruction Fields:
See the following pages for Data Bus Move Field encoding.
31
DATA BUS MOVE FIELD
OPTIONAL EFFECTIVE ADDRESS EXTENSION OR IMMEDIATE LONG DATA
Instruction Format: Floating-Point NOP
31
DATA BUS MOVE FIELD
OPTIONAL EFFECTIVE ADDRESS EXTENSION OR IMMEDIATE LONG DATA
A.7.1 PARALLEL MOVE OPERATION DESCRIPTIONS
Many instructions provide the capability to specify an optional data bus movement over the X and Y Data
Bus. This allows a Data ALU operation to be executed in parallel with up to two data bus moves in the
same instruction cycle. Register to register, register to memory and memory to register data moves are
provided. However, not all addressing modes are allowed for each memory reference type. Addressing
mode restrictions which apply to specific move types are noted in the individual move operation descrip-
tions. The following pages contain detailed information about each parallel move operation.
Timing: 2 + mv oscillator clock cycles
Memory: 1 + mv program words
MOTOROLA
Move Data Registers
Assembler Syntax:
MOVE
14 13
14 13
DSP96002 USER'S MANUAL
(See the MOVE instruction description.)
10
0000
0000
10
0000
0000
MOVE
0
0000
0
0100
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