ADD (M8, I8)

With unroll_count=500 and no inner loop

Code:

   0:	41 80 06 02          	add    BYTE PTR [r14],0x2

Show nanoBench command
Results:
- Instructions retired: 1.0
- Core cycles: 1.0
- Reference cycles: 1.02
- UOPS_RETIRED.ALL: 1.0
- UOPS_MS: 0.0

With loop_count=1000 and unroll_count=10

Code:

   0:	41 80 06 02          	add    BYTE PTR [r14],0x2

Show nanoBench command
Results:
- Instructions retired: 1.2
- Core cycles: 1.01
- Reference cycles: 1.03
- UOPS_RETIRED.ALL: 1.2
- UOPS_MS: 0.0

With loop_count=100 and unroll_count=100

Code:

   0:	41 80 06 02          	add    BYTE PTR [r14],0x2

Show nanoBench command
Results:
- Instructions retired: 1.02
- Core cycles: 1.0
- Reference cycles: 1.03
- UOPS_RETIRED.ALL: 1.02
- UOPS_MS: 0.0

With 4 independent instructions

With unroll_count=200 and no inner loop

Code:

   0:	41 80 06 02          	add    BYTE PTR [r14],0x2
   4:	41 80 46 01 02       	add    BYTE PTR [r14+0x1],0x2
   9:	41 80 46 02 02       	add    BYTE PTR [r14+0x2],0x2
   e:	41 80 46 03 02       	add    BYTE PTR [r14+0x3],0x2

Show nanoBench command
Results:
- Instructions retired: 4.0
- Core cycles: 5.47
- Reference cycles: 5.52
- UOPS_RETIRED.ALL: 4.0
- UOPS_MS: 0.0

With loop_count=1000 and unroll_count=2

Code:

   0:	41 80 06 02          	add    BYTE PTR [r14],0x2
   4:	41 80 46 01 02       	add    BYTE PTR [r14+0x1],0x2
   9:	41 80 46 02 02       	add    BYTE PTR [r14+0x2],0x2
   e:	41 80 46 03 02       	add    BYTE PTR [r14+0x3],0x2

Show nanoBench command
Results:
- Instructions retired: 5.0
- Core cycles: 2.01
- Reference cycles: 2.04
- UOPS_RETIRED.ALL: 5.0
- UOPS_MS: 0.0

With loop_count=100 and unroll_count=20

Code:

   0:	41 80 06 02          	add    BYTE PTR [r14],0x2
   4:	41 80 46 01 02       	add    BYTE PTR [r14+0x1],0x2
   9:	41 80 46 02 02       	add    BYTE PTR [r14+0x2],0x2
   e:	41 80 46 03 02       	add    BYTE PTR [r14+0x3],0x2

Show nanoBench command
Results:
- Instructions retired: 4.1
- Core cycles: 3.26
- Reference cycles: 3.34
- UOPS_RETIRED.ALL: 4.1
- UOPS_MS: 0.0

With 8 independent instructions

With unroll_count=100 and no inner loop

Code:

   0:	41 80 06 02          	add    BYTE PTR [r14],0x2
   4:	41 80 46 01 02       	add    BYTE PTR [r14+0x1],0x2
   9:	41 80 46 02 02       	add    BYTE PTR [r14+0x2],0x2
   e:	41 80 46 03 02       	add    BYTE PTR [r14+0x3],0x2
  13:	41 80 46 04 02       	add    BYTE PTR [r14+0x4],0x2
  18:	41 80 46 05 02       	add    BYTE PTR [r14+0x5],0x2
  1d:	41 80 46 06 02       	add    BYTE PTR [r14+0x6],0x2
  22:	41 80 46 07 02       	add    BYTE PTR [r14+0x7],0x2

Show nanoBench command
Results:
- Instructions retired: 8.0
- Core cycles: 7.51
- Reference cycles: 7.68
- UOPS_RETIRED.ALL: 8.0
- UOPS_MS: 0.0

With loop_count=1000 and unroll_count=1

Code:

   0:	41 80 06 02          	add    BYTE PTR [r14],0x2
   4:	41 80 46 01 02       	add    BYTE PTR [r14+0x1],0x2
   9:	41 80 46 02 02       	add    BYTE PTR [r14+0x2],0x2
   e:	41 80 46 03 02       	add    BYTE PTR [r14+0x3],0x2
  13:	41 80 46 04 02       	add    BYTE PTR [r14+0x4],0x2
  18:	41 80 46 05 02       	add    BYTE PTR [r14+0x5],0x2
  1d:	41 80 46 06 02       	add    BYTE PTR [r14+0x6],0x2
  22:	41 80 46 07 02       	add    BYTE PTR [r14+0x7],0x2

Show nanoBench command
Results:
- Instructions retired: 10.0
- Core cycles: 4.03
- Reference cycles: 4.16
- UOPS_RETIRED.ALL: 10.0
- UOPS_MS: 0.0

With loop_count=100 and unroll_count=10

Code:

   0:	41 80 06 02          	add    BYTE PTR [r14],0x2
   4:	41 80 46 01 02       	add    BYTE PTR [r14+0x1],0x2
   9:	41 80 46 02 02       	add    BYTE PTR [r14+0x2],0x2
   e:	41 80 46 03 02       	add    BYTE PTR [r14+0x3],0x2
  13:	41 80 46 04 02       	add    BYTE PTR [r14+0x4],0x2
  18:	41 80 46 05 02       	add    BYTE PTR [r14+0x5],0x2
  1d:	41 80 46 06 02       	add    BYTE PTR [r14+0x6],0x2
  22:	41 80 46 07 02       	add    BYTE PTR [r14+0x7],0x2

Show nanoBench command
Results:
- Instructions retired: 8.2
- Core cycles: 5.73
- Reference cycles: 5.84
- UOPS_RETIRED.ALL: 8.2
- UOPS_MS: 0.0

With 16 independent instructions

With unroll_count=100 and no inner loop

Code:

   0:	41 80 06 02          	add    BYTE PTR [r14],0x2
   4:	41 80 46 01 02       	add    BYTE PTR [r14+0x1],0x2
   9:	41 80 46 02 02       	add    BYTE PTR [r14+0x2],0x2
   e:	41 80 46 03 02       	add    BYTE PTR [r14+0x3],0x2
  13:	41 80 46 04 02       	add    BYTE PTR [r14+0x4],0x2
  18:	41 80 46 05 02       	add    BYTE PTR [r14+0x5],0x2
  1d:	41 80 46 06 02       	add    BYTE PTR [r14+0x6],0x2
  22:	41 80 46 07 02       	add    BYTE PTR [r14+0x7],0x2
  27:	41 80 46 08 02       	add    BYTE PTR [r14+0x8],0x2
  2c:	41 80 46 09 02       	add    BYTE PTR [r14+0x9],0x2
  31:	41 80 46 0a 02       	add    BYTE PTR [r14+0xa],0x2
  36:	41 80 46 0b 02       	add    BYTE PTR [r14+0xb],0x2
  3b:	41 80 46 0c 02       	add    BYTE PTR [r14+0xc],0x2
  40:	41 80 46 0d 02       	add    BYTE PTR [r14+0xd],0x2
  45:	41 80 46 0e 02       	add    BYTE PTR [r14+0xe],0x2
  4a:	41 80 46 0f 02       	add    BYTE PTR [r14+0xf],0x2

Show nanoBench command
Results:
- Instructions retired: 16.0
- Core cycles: 9.13
- Reference cycles: 9.12
- UOPS_RETIRED.ALL: 16.0
- UOPS_MS: 0.0

With loop_count=1000 and unroll_count=1

Code:

   0:	41 80 06 02          	add    BYTE PTR [r14],0x2
   4:	41 80 46 01 02       	add    BYTE PTR [r14+0x1],0x2
   9:	41 80 46 02 02       	add    BYTE PTR [r14+0x2],0x2
   e:	41 80 46 03 02       	add    BYTE PTR [r14+0x3],0x2
  13:	41 80 46 04 02       	add    BYTE PTR [r14+0x4],0x2
  18:	41 80 46 05 02       	add    BYTE PTR [r14+0x5],0x2
  1d:	41 80 46 06 02       	add    BYTE PTR [r14+0x6],0x2
  22:	41 80 46 07 02       	add    BYTE PTR [r14+0x7],0x2
  27:	41 80 46 08 02       	add    BYTE PTR [r14+0x8],0x2
  2c:	41 80 46 09 02       	add    BYTE PTR [r14+0x9],0x2
  31:	41 80 46 0a 02       	add    BYTE PTR [r14+0xa],0x2
  36:	41 80 46 0b 02       	add    BYTE PTR [r14+0xb],0x2
  3b:	41 80 46 0c 02       	add    BYTE PTR [r14+0xc],0x2
  40:	41 80 46 0d 02       	add    BYTE PTR [r14+0xd],0x2
  45:	41 80 46 0e 02       	add    BYTE PTR [r14+0xe],0x2
  4a:	41 80 46 0f 02       	add    BYTE PTR [r14+0xf],0x2

Show nanoBench command
Results:
- Instructions retired: 18.0
- Core cycles: 9.02
- Reference cycles: 9.23
- UOPS_RETIRED.ALL: 18.0
- UOPS_MS: 0.0

With loop_count=100 and unroll_count=10

Code:

   0:	41 80 06 02          	add    BYTE PTR [r14],0x2
   4:	41 80 46 01 02       	add    BYTE PTR [r14+0x1],0x2
   9:	41 80 46 02 02       	add    BYTE PTR [r14+0x2],0x2
   e:	41 80 46 03 02       	add    BYTE PTR [r14+0x3],0x2
  13:	41 80 46 04 02       	add    BYTE PTR [r14+0x4],0x2
  18:	41 80 46 05 02       	add    BYTE PTR [r14+0x5],0x2
  1d:	41 80 46 06 02       	add    BYTE PTR [r14+0x6],0x2
  22:	41 80 46 07 02       	add    BYTE PTR [r14+0x7],0x2
  27:	41 80 46 08 02       	add    BYTE PTR [r14+0x8],0x2
  2c:	41 80 46 09 02       	add    BYTE PTR [r14+0x9],0x2
  31:	41 80 46 0a 02       	add    BYTE PTR [r14+0xa],0x2
  36:	41 80 46 0b 02       	add    BYTE PTR [r14+0xb],0x2
  3b:	41 80 46 0c 02       	add    BYTE PTR [r14+0xc],0x2
  40:	41 80 46 0d 02       	add    BYTE PTR [r14+0xd],0x2
  45:	41 80 46 0e 02       	add    BYTE PTR [r14+0xe],0x2
  4a:	41 80 46 0f 02       	add    BYTE PTR [r14+0xf],0x2

Show nanoBench command
Results:
- Instructions retired: 16.2
- Core cycles: 8.62
- Reference cycles: 8.83
- UOPS_RETIRED.ALL: 16.2
- UOPS_MS: 0.0

With an indexed addressing mode

With 1 independent instruction

With unroll_count=500 and no inner loop

Code:

   0:	43 80 04 2e 02       	add    BYTE PTR [r14+r13*1],0x2

Init:
```
XOR R13, R13
```
Show nanoBench command
Results:
- Instructions retired: 1.0
- Core cycles: 16.59
- Reference cycles: 16.99
- UOPS_RETIRED.ALL: 1.0
- UOPS_MS: 0.0

With loop_count=1000 and unroll_count=10

Code:

   0:	43 80 04 2e 02       	add    BYTE PTR [r14+r13*1],0x2

Init:
```
XOR R13, R13
```
Show nanoBench command
Results:
- Instructions retired: 1.2
- Core cycles: 3.27
- Reference cycles: 3.35
- UOPS_RETIRED.ALL: 1.2
- UOPS_MS: 0.0

With loop_count=100 and unroll_count=100

Code:

   0:	43 80 04 2e 02       	add    BYTE PTR [r14+r13*1],0x2

Init:
```
XOR R13, R13
```
Show nanoBench command
Results:
- Instructions retired: 1.02
- Core cycles: 7.56
- Reference cycles: 7.75
- UOPS_RETIRED.ALL: 1.02
- UOPS_MS: 0.0

With 4 independent instructions

With unroll_count=200 and no inner loop

Code:

   0:	43 80 04 2e 02       	add    BYTE PTR [r14+r13*1],0x2
   5:	43 80 44 2e 01 02    	add    BYTE PTR [r14+r13*1+0x1],0x2
   b:	43 80 44 2e 02 02    	add    BYTE PTR [r14+r13*1+0x2],0x2
  11:	43 80 44 2e 03 02    	add    BYTE PTR [r14+r13*1+0x3],0x2

Init:
```
XOR R13, R13
```
Show nanoBench command
Results:
- Instructions retired: 4.0
- Core cycles: 37.61
- Reference cycles: 38.48
- UOPS_RETIRED.ALL: 4.0
- UOPS_MS: 0.0

With loop_count=1000 and unroll_count=2

Code:

   0:	43 80 04 2e 02       	add    BYTE PTR [r14+r13*1],0x2
   5:	43 80 44 2e 01 02    	add    BYTE PTR [r14+r13*1+0x1],0x2
   b:	43 80 44 2e 02 02    	add    BYTE PTR [r14+r13*1+0x2],0x2
  11:	43 80 44 2e 03 02    	add    BYTE PTR [r14+r13*1+0x3],0x2

Init:
```
XOR R13, R13
```
Show nanoBench command
Results:
- Instructions retired: 5.0
- Core cycles: 4.04
- Reference cycles: 4.14
- UOPS_RETIRED.ALL: 5.0
- UOPS_MS: 0.0

With loop_count=100 and unroll_count=20

Code:

   0:	43 80 04 2e 02       	add    BYTE PTR [r14+r13*1],0x2
   5:	43 80 44 2e 01 02    	add    BYTE PTR [r14+r13*1+0x1],0x2
   b:	43 80 44 2e 02 02    	add    BYTE PTR [r14+r13*1+0x2],0x2
  11:	43 80 44 2e 03 02    	add    BYTE PTR [r14+r13*1+0x3],0x2

Init:
```
XOR R13, R13
```
Show nanoBench command
Results:
- Instructions retired: 4.1
- Core cycles: 7.03
- Reference cycles: 7.19
- UOPS_RETIRED.ALL: 4.1
- UOPS_MS: 0.0

With 8 independent instructions

With unroll_count=100 and no inner loop

Code:

   0:	43 80 04 2e 02       	add    BYTE PTR [r14+r13*1],0x2
   5:	43 80 44 2e 01 02    	add    BYTE PTR [r14+r13*1+0x1],0x2
   b:	43 80 44 2e 02 02    	add    BYTE PTR [r14+r13*1+0x2],0x2
  11:	43 80 44 2e 03 02    	add    BYTE PTR [r14+r13*1+0x3],0x2
  17:	43 80 44 2e 04 02    	add    BYTE PTR [r14+r13*1+0x4],0x2
  1d:	43 80 44 2e 05 02    	add    BYTE PTR [r14+r13*1+0x5],0x2
  23:	43 80 44 2e 06 02    	add    BYTE PTR [r14+r13*1+0x6],0x2
  29:	43 80 44 2e 07 02    	add    BYTE PTR [r14+r13*1+0x7],0x2

Init:
```
XOR R13, R13
```
Show nanoBench command
Results:
- Instructions retired: 8.0
- Core cycles: 42.42
- Reference cycles: 43.36
- UOPS_RETIRED.ALL: 8.0
- UOPS_MS: 0.0

With loop_count=1000 and unroll_count=1

Code:

   0:	43 80 04 2e 02       	add    BYTE PTR [r14+r13*1],0x2
   5:	43 80 44 2e 01 02    	add    BYTE PTR [r14+r13*1+0x1],0x2
   b:	43 80 44 2e 02 02    	add    BYTE PTR [r14+r13*1+0x2],0x2
  11:	43 80 44 2e 03 02    	add    BYTE PTR [r14+r13*1+0x3],0x2
  17:	43 80 44 2e 04 02    	add    BYTE PTR [r14+r13*1+0x4],0x2
  1d:	43 80 44 2e 05 02    	add    BYTE PTR [r14+r13*1+0x5],0x2
  23:	43 80 44 2e 06 02    	add    BYTE PTR [r14+r13*1+0x6],0x2
  29:	43 80 44 2e 07 02    	add    BYTE PTR [r14+r13*1+0x7],0x2

Init:
```
XOR R13, R13
```
Show nanoBench command
Results:
- Instructions retired: 10.0
- Core cycles: 8.08
- Reference cycles: 8.26
- UOPS_RETIRED.ALL: 10.0
- UOPS_MS: 0.0

With loop_count=100 and unroll_count=10

Code:

   0:	43 80 04 2e 02       	add    BYTE PTR [r14+r13*1],0x2
   5:	43 80 44 2e 01 02    	add    BYTE PTR [r14+r13*1+0x1],0x2
   b:	43 80 44 2e 02 02    	add    BYTE PTR [r14+r13*1+0x2],0x2
  11:	43 80 44 2e 03 02    	add    BYTE PTR [r14+r13*1+0x3],0x2
  17:	43 80 44 2e 04 02    	add    BYTE PTR [r14+r13*1+0x4],0x2
  1d:	43 80 44 2e 05 02    	add    BYTE PTR [r14+r13*1+0x5],0x2
  23:	43 80 44 2e 06 02    	add    BYTE PTR [r14+r13*1+0x6],0x2
  29:	43 80 44 2e 07 02    	add    BYTE PTR [r14+r13*1+0x7],0x2

Init:
```
XOR R13, R13
```
Show nanoBench command
Results:
- Instructions retired: 8.2
- Core cycles: 8.5
- Reference cycles: 8.69
- UOPS_RETIRED.ALL: 8.2
- UOPS_MS: 0.0

With 16 independent instructions

With unroll_count=100 and no inner loop

Code:

   0:	43 80 04 2e 02       	add    BYTE PTR [r14+r13*1],0x2
   5:	43 80 44 2e 01 02    	add    BYTE PTR [r14+r13*1+0x1],0x2
   b:	43 80 44 2e 02 02    	add    BYTE PTR [r14+r13*1+0x2],0x2
  11:	43 80 44 2e 03 02    	add    BYTE PTR [r14+r13*1+0x3],0x2
  17:	43 80 44 2e 04 02    	add    BYTE PTR [r14+r13*1+0x4],0x2
  1d:	43 80 44 2e 05 02    	add    BYTE PTR [r14+r13*1+0x5],0x2
  23:	43 80 44 2e 06 02    	add    BYTE PTR [r14+r13*1+0x6],0x2
  29:	43 80 44 2e 07 02    	add    BYTE PTR [r14+r13*1+0x7],0x2
  2f:	43 80 44 2e 08 02    	add    BYTE PTR [r14+r13*1+0x8],0x2
  35:	43 80 44 2e 09 02    	add    BYTE PTR [r14+r13*1+0x9],0x2
  3b:	43 80 44 2e 0a 02    	add    BYTE PTR [r14+r13*1+0xa],0x2
  41:	43 80 44 2e 0b 02    	add    BYTE PTR [r14+r13*1+0xb],0x2
  47:	43 80 44 2e 0c 02    	add    BYTE PTR [r14+r13*1+0xc],0x2
  4d:	43 80 44 2e 0d 02    	add    BYTE PTR [r14+r13*1+0xd],0x2
  53:	43 80 44 2e 0e 02    	add    BYTE PTR [r14+r13*1+0xe],0x2
  59:	43 80 44 2e 0f 02    	add    BYTE PTR [r14+r13*1+0xf],0x2

Init:
```
XOR R13, R13
```
Show nanoBench command
Results:
- Instructions retired: 16.0
- Core cycles: 50.48
- Reference cycles: 51.52
- UOPS_RETIRED.ALL: 16.0
- UOPS_MS: 0.0

With loop_count=1000 and unroll_count=1

Code:

   0:	43 80 04 2e 02       	add    BYTE PTR [r14+r13*1],0x2
   5:	43 80 44 2e 01 02    	add    BYTE PTR [r14+r13*1+0x1],0x2
   b:	43 80 44 2e 02 02    	add    BYTE PTR [r14+r13*1+0x2],0x2
  11:	43 80 44 2e 03 02    	add    BYTE PTR [r14+r13*1+0x3],0x2
  17:	43 80 44 2e 04 02    	add    BYTE PTR [r14+r13*1+0x4],0x2
  1d:	43 80 44 2e 05 02    	add    BYTE PTR [r14+r13*1+0x5],0x2
  23:	43 80 44 2e 06 02    	add    BYTE PTR [r14+r13*1+0x6],0x2
  29:	43 80 44 2e 07 02    	add    BYTE PTR [r14+r13*1+0x7],0x2
  2f:	43 80 44 2e 08 02    	add    BYTE PTR [r14+r13*1+0x8],0x2
  35:	43 80 44 2e 09 02    	add    BYTE PTR [r14+r13*1+0x9],0x2
  3b:	43 80 44 2e 0a 02    	add    BYTE PTR [r14+r13*1+0xa],0x2
  41:	43 80 44 2e 0b 02    	add    BYTE PTR [r14+r13*1+0xb],0x2
  47:	43 80 44 2e 0c 02    	add    BYTE PTR [r14+r13*1+0xc],0x2
  4d:	43 80 44 2e 0d 02    	add    BYTE PTR [r14+r13*1+0xd],0x2
  53:	43 80 44 2e 0e 02    	add    BYTE PTR [r14+r13*1+0xe],0x2
  59:	43 80 44 2e 0f 02    	add    BYTE PTR [r14+r13*1+0xf],0x2

Init:
```
XOR R13, R13
```
Show nanoBench command
Results:
- Instructions retired: 18.0
- Core cycles: 36.28
- Reference cycles: 37.14
- UOPS_RETIRED.ALL: 18.0
- UOPS_MS: 0.0

With loop_count=100 and unroll_count=10

Code:

   0:	43 80 04 2e 02       	add    BYTE PTR [r14+r13*1],0x2
   5:	43 80 44 2e 01 02    	add    BYTE PTR [r14+r13*1+0x1],0x2
   b:	43 80 44 2e 02 02    	add    BYTE PTR [r14+r13*1+0x2],0x2
  11:	43 80 44 2e 03 02    	add    BYTE PTR [r14+r13*1+0x3],0x2
  17:	43 80 44 2e 04 02    	add    BYTE PTR [r14+r13*1+0x4],0x2
  1d:	43 80 44 2e 05 02    	add    BYTE PTR [r14+r13*1+0x5],0x2
  23:	43 80 44 2e 06 02    	add    BYTE PTR [r14+r13*1+0x6],0x2
  29:	43 80 44 2e 07 02    	add    BYTE PTR [r14+r13*1+0x7],0x2
  2f:	43 80 44 2e 08 02    	add    BYTE PTR [r14+r13*1+0x8],0x2
  35:	43 80 44 2e 09 02    	add    BYTE PTR [r14+r13*1+0x9],0x2
  3b:	43 80 44 2e 0a 02    	add    BYTE PTR [r14+r13*1+0xa],0x2
  41:	43 80 44 2e 0b 02    	add    BYTE PTR [r14+r13*1+0xb],0x2
  47:	43 80 44 2e 0c 02    	add    BYTE PTR [r14+r13*1+0xc],0x2
  4d:	43 80 44 2e 0d 02    	add    BYTE PTR [r14+r13*1+0xd],0x2
  53:	43 80 44 2e 0e 02    	add    BYTE PTR [r14+r13*1+0xe],0x2
  59:	43 80 44 2e 0f 02    	add    BYTE PTR [r14+r13*1+0xf],0x2

Init:
```
XOR R13, R13
```
Show nanoBench command
Results:
- Instructions retired: 16.2
- Core cycles: 42.57
- Reference cycles: 43.58
- UOPS_RETIRED.ALL: 16.2
- UOPS_MS: 0.0

ADD (M8, I8) - Throughput and Uops

With a non-indexed addressing mode

With 1 independent instruction

With unroll_count=500 and no inner loop

With loop_count=1000 and unroll_count=10

With loop_count=100 and unroll_count=100

With 4 independent instructions

With unroll_count=200 and no inner loop

With loop_count=1000 and unroll_count=2

With loop_count=100 and unroll_count=20

With 8 independent instructions

With unroll_count=100 and no inner loop

With loop_count=1000 and unroll_count=1

With loop_count=100 and unroll_count=10

With 16 independent instructions

With unroll_count=100 and no inner loop

With loop_count=1000 and unroll_count=1

With loop_count=100 and unroll_count=10

With an indexed addressing mode

With 1 independent instruction

With unroll_count=500 and no inner loop

With loop_count=1000 and unroll_count=10

With loop_count=100 and unroll_count=100

With 4 independent instructions

With unroll_count=200 and no inner loop

With loop_count=1000 and unroll_count=2

With loop_count=100 and unroll_count=20

With 8 independent instructions

With unroll_count=100 and no inner loop

With loop_count=1000 and unroll_count=1

With loop_count=100 and unroll_count=10

With 16 independent instructions

With unroll_count=100 and no inner loop

With loop_count=1000 and unroll_count=1

With loop_count=100 and unroll_count=10