AND_21 (R16, R16)

Experiment 1 (with R9W=0)

Instruction: {load} AND R8W, R9W

Code:

   0:	66 45 21 c8          	and    r8w,r9w

Init:
```
MOV R9W, 0
```
Show nanoBench command
Results:
- MPERF: 0.85
- APERF: 0.99
- UOPS: 1.0

Experiment 2 (with R9W=1)

Instruction: {load} AND R8W, R9W

Code:

   0:	66 45 21 c8          	and    r8w,r9w

Init:
```
MOV R9W, 1
```
Show nanoBench command
Results:
- MPERF: 0.85
- APERF: 0.99
- UOPS: 1.0

Experiment 3 (with R9W=2)

Instruction: {load} AND R8W, R9W

Code:

   0:	66 45 21 c8          	and    r8w,r9w

Init:
```
MOV R9W, 2
```
Show nanoBench command
Results:
- MPERF: 0.74
- APERF: 0.99
- UOPS: 1.0

Experiment 4 (with R9W=0)

Instruction: {load} AND R8W, R9W
Chain instructions: MOVSX R8, R8W;MOVSX R8, R8D;MOVSX R8, R8D;MOVSX R8, R8D;MOVSX R8, R8D
Chain latency: 5

Code:

   0:	66 45 21 c8          	and    r8w,r9w
   4:	4d 0f bf c0          	movsx  r8,r8w
   8:	4d 63 c0             	movsxd r8,r8d
   b:	4d 63 c0             	movsxd r8,r8d
   e:	4d 63 c0             	movsxd r8,r8d
  11:	4d 63 c0             	movsxd r8,r8d

Init:
```
MOV R9W, 0
```
Show nanoBench command
Results:
- MPERF: 5.33
- APERF: 5.99
- UOPS: 6.0

Experiment 5 (with R9W=1)

Instruction: {load} AND R8W, R9W
Chain instructions: MOVSX R8, R8W;MOVSX R8, R8D;MOVSX R8, R8D;MOVSX R8, R8D;MOVSX R8, R8D
Chain latency: 5

Code:

   0:	66 45 21 c8          	and    r8w,r9w
   4:	4d 0f bf c0          	movsx  r8,r8w
   8:	4d 63 c0             	movsxd r8,r8d
   b:	4d 63 c0             	movsxd r8,r8d
   e:	4d 63 c0             	movsxd r8,r8d
  11:	4d 63 c0             	movsxd r8,r8d

Init:
```
MOV R9W, 1
```
Show nanoBench command
Results:
- MPERF: 5.21
- APERF: 5.99
- UOPS: 6.0

Experiment 6 (with R9W=2)

Instruction: {load} AND R8W, R9W
Chain instructions: MOVSX R8, R8W;MOVSX R8, R8D;MOVSX R8, R8D;MOVSX R8, R8D;MOVSX R8, R8D
Chain latency: 5

Code:

   0:	66 45 21 c8          	and    r8w,r9w
   4:	4d 0f bf c0          	movsx  r8,r8w
   8:	4d 63 c0             	movsxd r8,r8d
   b:	4d 63 c0             	movsxd r8,r8d
   e:	4d 63 c0             	movsxd r8,r8d
  11:	4d 63 c0             	movsxd r8,r8d

Init:
```
MOV R9W, 2
```
Show nanoBench command
Results:
- MPERF: 5.27
- APERF: 5.99
- UOPS: 6.0

Latency operand 1 → 3: 1

Experiment 1 (with R9W=0)

Instruction: {load} AND R8W, R9W
Chain instructions: CMOVZ R15W, R15W;MOVSX R8, R15W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W
Chain latency: 6

Code:

   0:	66 45 21 c8          	and    r8w,r9w
   4:	66 45 0f 44 ff       	cmove  r15w,r15w
   9:	4d 0f bf c7          	movsx  r8,r15w
   d:	4d 0f bf c0          	movsx  r8,r8w
  11:	4d 0f bf c0          	movsx  r8,r8w
  15:	4d 0f bf c0          	movsx  r8,r8w
  19:	4d 0f bf c0          	movsx  r8,r8w

Init:
```
MOV R9W, 0
```
Show nanoBench command
Results:
- MPERF: 6.06
- APERF: 7.01
- UOPS: 7.0

Experiment 2 (with R9W=1)

Instruction: {load} AND R8W, R9W
Chain instructions: CMOVZ R15W, R15W;MOVSX R8, R15W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W
Chain latency: 6

Code:

   0:	66 45 21 c8          	and    r8w,r9w
   4:	66 45 0f 44 ff       	cmove  r15w,r15w
   9:	4d 0f bf c7          	movsx  r8,r15w
   d:	4d 0f bf c0          	movsx  r8,r8w
  11:	4d 0f bf c0          	movsx  r8,r8w
  15:	4d 0f bf c0          	movsx  r8,r8w
  19:	4d 0f bf c0          	movsx  r8,r8w

Init:
```
MOV R9W, 1
```
Show nanoBench command
Results:
- MPERF: 6.12
- APERF: 7.01
- UOPS: 7.0

Experiment 3 (with R9W=2)

Instruction: {load} AND R8W, R9W
Chain instructions: CMOVZ R15W, R15W;MOVSX R8, R15W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W
Chain latency: 6

Code:

   0:	66 45 21 c8          	and    r8w,r9w
   4:	66 45 0f 44 ff       	cmove  r15w,r15w
   9:	4d 0f bf c7          	movsx  r8,r15w
   d:	4d 0f bf c0          	movsx  r8,r8w
  11:	4d 0f bf c0          	movsx  r8,r8w
  15:	4d 0f bf c0          	movsx  r8,r8w
  19:	4d 0f bf c0          	movsx  r8,r8w

Init:
```
MOV R9W, 2
```
Show nanoBench command
Results:
- MPERF: 6.18
- APERF: 7.01
- UOPS: 7.0

Experiment 4 (with R9W=0)

Instruction: {load} AND R8W, R9W
Chain instructions: CMOVS R15W, R15W;MOVSX R8, R15W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W
Chain latency: 6

Code:

   0:	66 45 21 c8          	and    r8w,r9w
   4:	66 45 0f 48 ff       	cmovs  r15w,r15w
   9:	4d 0f bf c7          	movsx  r8,r15w
   d:	4d 0f bf c0          	movsx  r8,r8w
  11:	4d 0f bf c0          	movsx  r8,r8w
  15:	4d 0f bf c0          	movsx  r8,r8w
  19:	4d 0f bf c0          	movsx  r8,r8w

Init:
```
MOV R9W, 0
```
Show nanoBench command
Results:
- MPERF: 6.06
- APERF: 7.01
- UOPS: 7.0

Experiment 5 (with R9W=1)

Instruction: {load} AND R8W, R9W
Chain instructions: CMOVS R15W, R15W;MOVSX R8, R15W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W
Chain latency: 6

Code:

   0:	66 45 21 c8          	and    r8w,r9w
   4:	66 45 0f 48 ff       	cmovs  r15w,r15w
   9:	4d 0f bf c7          	movsx  r8,r15w
   d:	4d 0f bf c0          	movsx  r8,r8w
  11:	4d 0f bf c0          	movsx  r8,r8w
  15:	4d 0f bf c0          	movsx  r8,r8w
  19:	4d 0f bf c0          	movsx  r8,r8w

Init:
```
MOV R9W, 1
```
Show nanoBench command
Results:
- MPERF: 6.06
- APERF: 7.01
- UOPS: 7.0

Experiment 6 (with R9W=2)

Instruction: {load} AND R8W, R9W
Chain instructions: CMOVS R15W, R15W;MOVSX R8, R15W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W
Chain latency: 6

Code:

   0:	66 45 21 c8          	and    r8w,r9w
   4:	66 45 0f 48 ff       	cmovs  r15w,r15w
   9:	4d 0f bf c7          	movsx  r8,r15w
   d:	4d 0f bf c0          	movsx  r8,r8w
  11:	4d 0f bf c0          	movsx  r8,r8w
  15:	4d 0f bf c0          	movsx  r8,r8w
  19:	4d 0f bf c0          	movsx  r8,r8w

Init:
```
MOV R9W, 2
```
Show nanoBench command
Results:
- MPERF: 6.12
- APERF: 7.01
- UOPS: 7.0

Experiment 7 (with R9W=0)

Instruction: {load} AND R8W, R9W
Chain instructions: CMOVO R15W, R15W;MOVSX R8, R15W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W
Chain latency: 6

Code:

   0:	66 45 21 c8          	and    r8w,r9w
   4:	66 45 0f 40 ff       	cmovo  r15w,r15w
   9:	4d 0f bf c7          	movsx  r8,r15w
   d:	4d 0f bf c0          	movsx  r8,r8w
  11:	4d 0f bf c0          	movsx  r8,r8w
  15:	4d 0f bf c0          	movsx  r8,r8w
  19:	4d 0f bf c0          	movsx  r8,r8w

Init:
```
MOV R9W, 0
```
Show nanoBench command
Results:
- MPERF: 6.12
- APERF: 7.01
- UOPS: 7.0

Experiment 8 (with R9W=1)

Instruction: {load} AND R8W, R9W
Chain instructions: CMOVO R15W, R15W;MOVSX R8, R15W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W
Chain latency: 6

Code:

   0:	66 45 21 c8          	and    r8w,r9w
   4:	66 45 0f 40 ff       	cmovo  r15w,r15w
   9:	4d 0f bf c7          	movsx  r8,r15w
   d:	4d 0f bf c0          	movsx  r8,r8w
  11:	4d 0f bf c0          	movsx  r8,r8w
  15:	4d 0f bf c0          	movsx  r8,r8w
  19:	4d 0f bf c0          	movsx  r8,r8w

Init:
```
MOV R9W, 1
```
Show nanoBench command
Results:
- MPERF: 6.12
- APERF: 7.01
- UOPS: 7.0

Experiment 9 (with R9W=2)

Instruction: {load} AND R8W, R9W
Chain instructions: CMOVO R15W, R15W;MOVSX R8, R15W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W
Chain latency: 6

Code:

   0:	66 45 21 c8          	and    r8w,r9w
   4:	66 45 0f 40 ff       	cmovo  r15w,r15w
   9:	4d 0f bf c7          	movsx  r8,r15w
   d:	4d 0f bf c0          	movsx  r8,r8w
  11:	4d 0f bf c0          	movsx  r8,r8w
  15:	4d 0f bf c0          	movsx  r8,r8w
  19:	4d 0f bf c0          	movsx  r8,r8w

Init:
```
MOV R9W, 2
```
Show nanoBench command
Results:
- MPERF: 6.12
- APERF: 7.01
- UOPS: 7.0

Experiment 10 (with R9W=0)

Instruction: {load} AND R8W, R9W
Chain instructions: CMOVP R15W, R15W;MOVSX R8, R15W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W
Chain latency: 6

Code:

   0:	66 45 21 c8          	and    r8w,r9w
   4:	66 45 0f 4a ff       	cmovp  r15w,r15w
   9:	4d 0f bf c7          	movsx  r8,r15w
   d:	4d 0f bf c0          	movsx  r8,r8w
  11:	4d 0f bf c0          	movsx  r8,r8w
  15:	4d 0f bf c0          	movsx  r8,r8w
  19:	4d 0f bf c0          	movsx  r8,r8w

Init:
```
MOV R9W, 0
```
Show nanoBench command
Results:
- MPERF: 6.12
- APERF: 7.01
- UOPS: 7.0

Experiment 11 (with R9W=1)

Instruction: {load} AND R8W, R9W
Chain instructions: CMOVP R15W, R15W;MOVSX R8, R15W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W
Chain latency: 6

Code:

   0:	66 45 21 c8          	and    r8w,r9w
   4:	66 45 0f 4a ff       	cmovp  r15w,r15w
   9:	4d 0f bf c7          	movsx  r8,r15w
   d:	4d 0f bf c0          	movsx  r8,r8w
  11:	4d 0f bf c0          	movsx  r8,r8w
  15:	4d 0f bf c0          	movsx  r8,r8w
  19:	4d 0f bf c0          	movsx  r8,r8w

Init:
```
MOV R9W, 1
```
Show nanoBench command
Results:
- MPERF: 6.18
- APERF: 7.01
- UOPS: 7.0

Experiment 12 (with R9W=2)

Instruction: {load} AND R8W, R9W
Chain instructions: CMOVP R15W, R15W;MOVSX R8, R15W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W
Chain latency: 6

Code:

   0:	66 45 21 c8          	and    r8w,r9w
   4:	66 45 0f 4a ff       	cmovp  r15w,r15w
   9:	4d 0f bf c7          	movsx  r8,r15w
   d:	4d 0f bf c0          	movsx  r8,r8w
  11:	4d 0f bf c0          	movsx  r8,r8w
  15:	4d 0f bf c0          	movsx  r8,r8w
  19:	4d 0f bf c0          	movsx  r8,r8w

Init:
```
MOV R9W, 2
```
Show nanoBench command
Results:
- MPERF: 6.06
- APERF: 7.01
- UOPS: 7.0

Experiment 13 (with R9W=0)

Instruction: {load} AND R8W, R9W
Chain instructions: CMOVC R15W, R15W;MOVSX R8, R15W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W
Chain latency: 6

Code:

   0:	66 45 21 c8          	and    r8w,r9w
   4:	66 45 0f 42 ff       	cmovb  r15w,r15w
   9:	4d 0f bf c7          	movsx  r8,r15w
   d:	4d 0f bf c0          	movsx  r8,r8w
  11:	4d 0f bf c0          	movsx  r8,r8w
  15:	4d 0f bf c0          	movsx  r8,r8w
  19:	4d 0f bf c0          	movsx  r8,r8w

Init:
```
MOV R9W, 0
```
Show nanoBench command
Results:
- MPERF: 6.06
- APERF: 7.01
- UOPS: 7.0

Experiment 14 (with R9W=1)

Instruction: {load} AND R8W, R9W
Chain instructions: CMOVC R15W, R15W;MOVSX R8, R15W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W
Chain latency: 6

Code:

   0:	66 45 21 c8          	and    r8w,r9w
   4:	66 45 0f 42 ff       	cmovb  r15w,r15w
   9:	4d 0f bf c7          	movsx  r8,r15w
   d:	4d 0f bf c0          	movsx  r8,r8w
  11:	4d 0f bf c0          	movsx  r8,r8w
  15:	4d 0f bf c0          	movsx  r8,r8w
  19:	4d 0f bf c0          	movsx  r8,r8w

Init:
```
MOV R9W, 1
```
Show nanoBench command
Results:
- MPERF: 6.12
- APERF: 7.01
- UOPS: 7.0

Experiment 15 (with R9W=2)

Instruction: {load} AND R8W, R9W
Chain instructions: CMOVC R15W, R15W;MOVSX R8, R15W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W
Chain latency: 6

Code:

   0:	66 45 21 c8          	and    r8w,r9w
   4:	66 45 0f 42 ff       	cmovb  r15w,r15w
   9:	4d 0f bf c7          	movsx  r8,r15w
   d:	4d 0f bf c0          	movsx  r8,r8w
  11:	4d 0f bf c0          	movsx  r8,r8w
  15:	4d 0f bf c0          	movsx  r8,r8w
  19:	4d 0f bf c0          	movsx  r8,r8w

Init:
```
MOV R9W, 2
```
Show nanoBench command
Results:
- MPERF: 6.06
- APERF: 7.01
- UOPS: 7.0

Latency operand 2 → 1: 1

Latency operand 2 → 3: 1

Experiment 1

Instruction: {load} AND R9W, R8W
Chain instructions: CMOVZ R15W, R15W;MOVSX R8, R15W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W
Chain latency: 6

Code:

   0:	66 45 21 c1          	and    r9w,r8w
   4:	66 45 0f 44 ff       	cmove  r15w,r15w
   9:	4d 0f bf c7          	movsx  r8,r15w
   d:	4d 0f bf c0          	movsx  r8,r8w
  11:	4d 0f bf c0          	movsx  r8,r8w
  15:	4d 0f bf c0          	movsx  r8,r8w
  19:	4d 0f bf c0          	movsx  r8,r8w

Show nanoBench command
Results:
- MPERF: 6.18
- APERF: 7.01
- UOPS: 7.0

Experiment 2

Instruction: {load} AND R9W, R8W
Chain instructions: CMOVS R15W, R15W;MOVSX R8, R15W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W
Chain latency: 6

Code:

   0:	66 45 21 c1          	and    r9w,r8w
   4:	66 45 0f 48 ff       	cmovs  r15w,r15w
   9:	4d 0f bf c7          	movsx  r8,r15w
   d:	4d 0f bf c0          	movsx  r8,r8w
  11:	4d 0f bf c0          	movsx  r8,r8w
  15:	4d 0f bf c0          	movsx  r8,r8w
  19:	4d 0f bf c0          	movsx  r8,r8w

Show nanoBench command
Results:
- MPERF: 6.18
- APERF: 7.01
- UOPS: 7.0

Experiment 3

Instruction: {load} AND R9W, R8W
Chain instructions: CMOVO R15W, R15W;MOVSX R8, R15W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W
Chain latency: 6

Code:

   0:	66 45 21 c1          	and    r9w,r8w
   4:	66 45 0f 40 ff       	cmovo  r15w,r15w
   9:	4d 0f bf c7          	movsx  r8,r15w
   d:	4d 0f bf c0          	movsx  r8,r8w
  11:	4d 0f bf c0          	movsx  r8,r8w
  15:	4d 0f bf c0          	movsx  r8,r8w
  19:	4d 0f bf c0          	movsx  r8,r8w

Show nanoBench command
Results:
- MPERF: 6.12
- APERF: 7.01
- UOPS: 7.0

Experiment 4

Instruction: {load} AND R9W, R8W
Chain instructions: CMOVP R15W, R15W;MOVSX R8, R15W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W
Chain latency: 6

Code:

   0:	66 45 21 c1          	and    r9w,r8w
   4:	66 45 0f 4a ff       	cmovp  r15w,r15w
   9:	4d 0f bf c7          	movsx  r8,r15w
   d:	4d 0f bf c0          	movsx  r8,r8w
  11:	4d 0f bf c0          	movsx  r8,r8w
  15:	4d 0f bf c0          	movsx  r8,r8w
  19:	4d 0f bf c0          	movsx  r8,r8w

Show nanoBench command
Results:
- MPERF: 6.12
- APERF: 7.01
- UOPS: 7.0

Experiment 5

Instruction: {load} AND R9W, R8W
Chain instructions: CMOVC R15W, R15W;MOVSX R8, R15W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W;MOVSX R8, R8W
Chain latency: 6

Code:

   0:	66 45 21 c1          	and    r9w,r8w
   4:	66 45 0f 42 ff       	cmovb  r15w,r15w
   9:	4d 0f bf c7          	movsx  r8,r15w
   d:	4d 0f bf c0          	movsx  r8,r8w
  11:	4d 0f bf c0          	movsx  r8,r8w
  15:	4d 0f bf c0          	movsx  r8,r8w
  19:	4d 0f bf c0          	movsx  r8,r8w

Show nanoBench command
Results:
- MPERF: 6.12
- APERF: 7.01
- UOPS: 7.0

AND_21 (R16, R16) - Latency

Operands

Latency operand 1 → 1: 1

Latency operand 1 → 3: 1

Latency operand 2 → 1: 1

Latency operand 2 → 3: 1

Latency operand 1 → 1: 1

Experiment 1 (with R9W=0)

Experiment 2 (with R9W=1)

Experiment 3 (with R9W=2)

Experiment 4 (with R9W=0)

Experiment 5 (with R9W=1)

Experiment 6 (with R9W=2)

Latency operand 1 → 3: 1

Experiment 1 (with R9W=0)

Experiment 2 (with R9W=1)

Experiment 3 (with R9W=2)

Experiment 4 (with R9W=0)

Experiment 5 (with R9W=1)

Experiment 6 (with R9W=2)

Experiment 7 (with R9W=0)

Experiment 8 (with R9W=1)

Experiment 9 (with R9W=2)

Experiment 10 (with R9W=0)

Experiment 11 (with R9W=1)

Experiment 12 (with R9W=2)

Experiment 13 (with R9W=0)

Experiment 14 (with R9W=1)

Experiment 15 (with R9W=2)

Latency operand 2 → 1: 1

Experiment 1

Latency operand 2 → 3: 1

Experiment 1

Experiment 2

Experiment 3

Experiment 4

Experiment 5