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UM018809-0611 Instruction Opcodes
ZNEO
®
CPU Core
User Manual
63
1011 0110 ssss dddd SLL Rd, Rs Logical shift left by src bits. Extend modifier
causes shifted-out bits to overwrite src.
1011 0111 ssss dddd RL Rd, Rs Rotate left by src bits.
1011 100i iiii dddd SRA Rd, #uimm5 Arithmetic shift right by uimm bits. Extend modi-
fier causes shifted-out bits to overwrite src.
1011 101i iiii dddd SRL Rd, #uimm5 Logical shift right by uimm bits. Extend modifier
causes shifted-out bits to overwrite src.
1011 110i iiii dddd SLL Rd, #uimm5 Logical shift left by uimm bits. Extend modifier
causes shifted-out bits to overwrite src.
1011 111i iiii dddd RL Rd, #uimm5 Rotate left by uimm bits.
1100 rrrr rrrr rrrr JP rel12 Jump with 12-bit offset.
1101 rrrr rrrr rrrr CALL rel12 Call with 12-bit offset.
1110 cccc rrrr rrrr JP cc, rel8 Conditional Jump, signed 8-bit offset.
1111 0000 rrrr rrrr
rrrr rrrr rrrr rrrr
JP rel24 Jump with 24-bit offset.
1111 0001 rrrr rrrr
rrrr rrrr rrrr rrrr
CALL rel24 Call with 24-bit offset.
1111 0010 0000 ssss JP (Rs) Jump to address pointed to by src.
1111 0010 0001 ssss CALL (Rs) Call address pointed to by src.
1111 0010 0010 cccc
rrrr rrrr rrrr rrrr
JP cc,rel16 Conditional Jump, 16-bit offset.
1111 0010 0011 0000
iiii iiii iiii iiii
iiii iiii iiii iiix
JPA #imm32 Jump to immediate address.
1111 0010 0011 0001
iiii iiii iiii iiii
iiii iiii iiii iiix
CALLA #imm32 Call immediate address.
1111 0010 0011 001x — Unimplemented
1111 0010 0011 01xx — Unimplemented
1111 0010 0011 1xxx — Unimplemented
1111 0010 01xx xxxx — Unimplemented
1111 0010 1xxx xxxx — Unimplemented
1111 0011 xxxx xxxx — Unimplemented
Table 18. ZNEO CPU Instructions Listed by Opcode (Continued)
Opcode Format Instruction, Operands Description
- CPU Core 1
- UM018809-0611 2
- Revision History 3
- Table of Contents 5
- List of Figures 9
- CPU Core 10
- User Manual 10
- List of Tables 11
- Manual Objectives 13
- Manual Conventions 14
- Bit Numbering 15
- Brackets 15
- Safeguards 16
- Architectural Overview 17
- Program Control 18
- Processor Block Diagram 18
- Fetch Unit 19
- Execution Unit 20
- Instruction Cycle Time 21
- Execution Cycles 22
- Control Registers 24
- Stack Pointer Overflow 25
- Flags Register (FLAGS) 25
- Carry Flag 26
- Zero Flag 26
- Sign Flag 26
- Overflow Flag 26
- Blank Flag 27
- User Flag 27
- Master Interrupt Enable Flag 27
- Condition Codes 27
- CPU Control Register (CPUCTL) 29
- Address Space 31
- Memory Map 32
- Internal Nonvolatile Memory 33
- Internal RAM 33
- I/O Memory 34
- External Memory 34
- Endianness 35
- Bus Widths 35
- LOOP: SUB R5, R7 ;Subtract 37
- ZNEO CPU Instruction Classes 38
- Operand Addressing 43
- Immediate Data 44
- Register Addressing 44
- Direct Memory Addressing 45
- Memory Data Size 46
- Resizing Data 47
- LD.UB R10, 4(R12) 48
- LD.UB R10,4(R12) 49
- Using the Stack Pointer (R15) 52
- Bit Manipulation 53
- Setting Bits (Masked OR) 54
- Testing Bits (TM and TCM) 54
- Jump Addressing 55
- 8 –128 to +127 56
- Interrupts 57
- Interrupt Processing 58
- Polled Interrupts 62
- Interrupts UM018809-0611 64
- System Exceptions 65
- Program Counter Overflow 66
- Stack Overflow 66
- Divide-by-Zero 67
- Divide Overflow 67
- Illegal Instruction 68
- Software Traps 69
- Instruction Opcodes 71
- 0000 0000 0010 dddd 73
- Unsigned/Signed extension 73
- 1111 0000 rrrr rrrr 79
- 1111 0001 rrrr rrrr 79
- 1111 0010 0011 0000 79
- Instruction Set Reference 81
- Miscellaneous Abbreviations 82
- Example Description 83
- R3=16H, R11=20H, Flag C=1 86
- R3=16H, R11=20H, Flag C=0 86
- FFFF_B032H=8BF7_47AFH 99
- FFFF_B032H=0000_0000H 99
- R7=FFFF_B023H, FFFF_B023H=FCH 99
- FFFF_B023H=00H 99
- C, Z, V, B=0 101
- R3=16H, R11=16H, Z=1, C=0 107
- Flags Z=1; C, S, V, B=0 107
- R3=16H, R11=16H, C=1 107
- Flags C, S=1; Z, V, B=0 107
- Flags C, S, B=1; Z, V=0 109
- Flags Z, B=1; C, S, V=0 109
- Flags B=1, C, S, Z, V=0 111
- FFFF_B034H=2EH 113
- R11=xxxx_xx86H 120
- R11=xxxx_xx76H 120
- FP=FFFF_B016H 139
- R11=FFFF_B02BH 139
- R4=0000_0086H, R5=8000_0053H 142
- C=1; Z, V, B=0 144
- No Operation 146
- S=1; Z, V, B=0 164
- R3=16H, R11=20H, C=0 167
- R3=16H, R11=20H, C=1 167
- S, V, B=0 181
- 1. The one-word instruction 186
- R4=FFFF_FFE5H, R5=0000_0005H 197
- Unsigned Multiply 200
- Numerics 207
- Index UM018809-0611 208
- UM018809-0611 Index 209
- Customer Support 215
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