BOINC Performance auf AMD Ryzen

WindHund · 12.03.2017

erde-m schrieb:
Hmm, mein FX6350 hat mit SSE3 Laufzeiten zwischen 8.400 und 10.300 Sekunden ... bei 4.3 GHz

und ein i7-2600 ist nicht wesentlich langsamer bei gleichen Takt wie der 1700 mit AVX ... http://asteroidsathome.net/boinc/show_host_detail.php?hostid=338718

AVX scheint wirklich nicht die starke Seite der Ryzen zu sein

6 WUs vs 16 ?
Selbst wenn die Zeit höher (länger) wäre, sind es doch mehr als doppelt so viele WUs?

erde-m · 12.03.2017

Ich meine nicht den Gesamtoutput, sondern den Einzeltask AVX vs. SSE. Immerhin ist der 1700 mit 3.4 GHz so schnell wie der FX mit 4.3 GHz

Klar das 16 Tasks mehr bringen als 6, deshalb habe ich ja auch ab Morgen statt dem FX einen 1700X am Start

WindHund · 12.03.2017

erde-m schrieb:
Ich meine nicht den Gesamtoutput, sondern den Einzeltask AVX vs. SSE. Immerhin ist der 1700 mit 3.4 GHz so schnell wie der FX mit 4.3 GHz

Klar das 16 Tasks mehr bringen als 6, deshalb habe ich ja auch ab Morgen statt dem FX einen 1700X am Start

Challenge accepted:

------[ Versions ]------

Program Version : AIDA64 v5.80.4000
BenchDLL Version: 4.3.712-x64

------[ CPU Info ]------

CPU Type : OctalCore AMD FX-8350, 5000 MHz (25 x 200)
CPU Alias : Vishera
CPU Platform : Socket AM3+
CPU Stepping : OR-C0
Instruction Set : x86, x86-64, MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, SSE4A, XOP, AVX, FMA, FMA4, AES
CPUID Manufacturer: AuthenticAMD
CPUID CPU Name : AMD FX(tm)-8350 Eight-Core Processor
CPUID Revision : 00600F20h
Platform ID : D0h (Socket AM3+)
HTT / CMP Units : 0 / 8
Max. NUMA Node : 0

Tjmax Temperature : 0 Celsius
HTC Temperature Limit: 90 Celsius
CPU TDP : 125.2 W

Inst 0 X86 : NOP L: [no true dep.] T: 0.05ns= 0.23c
Inst 1 X86 : 0x66 NOP L: [no true dep.] T: 0.05ns= 0.25c
Inst 2 X86 : 2x 0x66 NOP L: [no true dep.] T: 0.05ns= 0.25c
Inst 3 X86 : 3x 0x66 NOP L: [no true dep.] T: 0.05ns= 0.24c
Inst 4 X86 : 4x 0x66 NOP L: [no true dep.] T: 2.85ns= 13.42c
Inst 5 X86 : 5x 0x66 NOP L: [no true dep.] T: 2.90ns= 13.67c
Inst 6 X86 : 6x 0x66 NOP L: [no true dep.] T: 2.93ns= 13.83c
Inst 7 X86 : 7x 0x66 NOP L: [no true dep.] T: 2.99ns= 14.08c
Inst 8 X86 : 8x 0x66 NOP L: [no true dep.] T: 4.24ns= 20.00c
Inst 9 X86 : 9x 0x66 NOP L: [no true dep.] T: 4.29ns= 20.25c
Inst 10 X86 : 10x 0x66 NOP L: [no true dep.] T: 4.33ns= 20.42c
Inst 11 X86 : 11x 0x66 NOP L: [no true dep.] T: 4.38ns= 20.67c
Inst 12 X86 : 12x 0x66 NOP L: [no true dep.] T: 5.64ns= 26.58c
Inst 13 X86 : 13x 0x66 NOP L: [no true dep.] T: 5.67ns= 26.75c
Inst 14 X86 : 14x 0x66 NOP L: [no true dep.] T: 5.73ns= 27.00c
Inst 15 SSE2 : PAUSE L: [no true dep.] T: 0.99ns= 4.67c
Inst 16 X86 : MOV r8, imm8 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 17 X86 : MOV r16, imm16 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 18 X86 : MOV r32, imm32 L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 19 AMD64 : MOV r64, imm64 L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 20 X86 : MOV r8, r8 L: 0.21ns= 1.0c T: 0.10ns= 0.47c
Inst 21 X86 : MOV r16, r16 L: 0.21ns= 1.0c T: 0.11ns= 0.50c
Inst 22 X86 : MOV r32, r32 L: 0.19ns= 0.9c T: 0.05ns= 0.26c
Inst 23 AMD64 : MOV r64, r64 L: 0.19ns= 0.9c T: 0.06ns= 0.28c
Inst 24 X86 : MOV r8, [m8] L: 0.99ns= 4.7c T: 0.11ns= 0.50c
Inst 25 X86 : MOV r16, [m16] L: 1.06ns= 5.0c T: 0.11ns= 0.51c
Inst 26 X86 : MOV r32, [m32] L: 0.85ns= 4.0c T: 0.10ns= 0.48c
Inst 27 AMD64 : MOV r64, [m64] L: 0.85ns= 4.0c T: 0.10ns= 0.47c
Inst 28 X86 : MOV [m8], r8 L: [memory dep.] T: 0.19ns= 0.92c
Inst 29 X86 : MOV [m16], r16 L: [memory dep.] T: 0.19ns= 0.92c
Inst 30 X86 : MOV [m32], r32 L: [memory dep.] T: 0.19ns= 0.92c
Inst 31 X86 : MOV [m32 + 8], r32 L: [memory dep.] T: 0.21ns= 1.00c
Inst 32 AMD64 : MOV [m64], r64 L: [memory dep.] T: 0.19ns= 0.92c
Inst 33 AMD64 : MOV [m64 + 16], r64 L: [memory dep.] T: 0.19ns= 0.92c
Inst 34 X86 : MOV r8,[m8]+MOV [m8],r8 L: 1.06ns= 5.0c T: 0.27ns= 1.25c
Inst 35 X86 : MOV r16,[m16]+MOV [m16],r16 L: 7.49ns= 35.3c T: 8.61ns= 40.58c
Inst 36 X86 : MOV r32,[m32]+MOV [m32],r32 L: 7.23ns= 34.1c T: 8.78ns= 41.42c
Inst 37 AMD64 : MOV r64,[m64]+MOV [m64],r64 L: 7.23ns= 34.1c T: 8.96ns= 42.25c
Inst 38 SSE2 : MOVNTI [m32], r32 L: [memory dep.] T: 1.92ns= 1.92c
Inst 39 AMD64 : MOVNTI [m64], r64 L: [memory dep.] T: 1.92ns= 1.92c
Inst 40 CMOV : CMOVNZ r16, r16 L: 0.21ns= 1.0c T: 0.10ns= 0.49c
Inst 41 CMOV : CMOVNZ r32, r32 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 42 AMD64 : CMOVNZ r64, r64 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 43 X86 : MOVSX r16, r8 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 44 X86 : MOVSX r32, r8 L: 0.21ns= 1.0c T: 0.10ns= 0.47c
Inst 45 AMD64 : MOVSX r64, r8 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 46 X86 : MOVSX r32, r16 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 47 AMD64 : MOVSX r64, r16 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 48 AMD64 : MOVSXD r64, r32 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 49 X86 : MOVZX r16, r8 L: 0.21ns= 1.0c T: 0.10ns= 0.49c
Inst 50 X86 : MOVZX r32, r8 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 51 AMD64 : MOVZX r64, r8 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 52 X86 : MOVZX r32, r16 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 53 AMD64 : MOVZX r64, r16 L: 0.21ns= 1.0c T: 0.10ns= 0.47c
Inst 54 X86 : XCHG r8, r8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 55 X86 : XCHG r16, r16 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 56 X86 : XCHG r32, r32 L: 0.21ns= 1.0c T: 0.10ns= 0.49c
Inst 57 AMD64 : XCHG r64, r64 L: 0.21ns= 1.0c T: 0.12ns= 0.58c
Inst 58 X86 : XCHG r1_8, r2_8 L: 0.42ns= 2.0c T: 0.19ns= 0.88c
Inst 59 X86 : XCHG r1_16, r2_16 L: 0.21ns= 1.0c T: 0.21ns= 1.00c
Inst 60 X86 : XCHG r1_32, r2_32 L: 0.21ns= 1.0c T: 0.11ns= 0.54c
Inst 61 AMD64 : XCHG r1_64, r2_64 L: 0.21ns= 1.0c T: 0.12ns= 0.56c
Inst 62 X86 : XCHG r8, [m8] L: 8.16ns= 38.5c T: 8.16ns= 38.50c
Inst 63 X86 : XCHG r16, [m16] L: 8.16ns= 38.5c T: 8.16ns= 38.50c
Inst 64 X86 : XCHG r32, [m32] L: 8.16ns= 38.5c T: 8.16ns= 38.50c
Inst 65 AMD64 : XCHG r64, [m64] L: 8.16ns= 38.5c T: 8.16ns= 38.50c
Inst 66 X86 : ADD r32, 0x04000 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 67 X86 : ADD r32, 0x08000 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 68 X86 : ADD r32, 0x10000 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 69 X86 : ADD r32, 0x20000 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 70 X86 : ADD r8, r8 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 71 X86 : ADD r16, r16 L: 0.21ns= 1.0c T: 0.10ns= 0.47c
Inst 72 X86 : ADD r32, r32 L: 0.21ns= 1.0c T: 0.10ns= 0.47c
Inst 73 AMD64 : ADD r64, r64 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 74 X86 : ADD r8, [m8] L: 1.06ns= 5.0c T: 0.11ns= 0.50c
Inst 75 X86 : ADD r16, [m16] L: 1.06ns= 5.0c T: 0.11ns= 0.50c
Inst 76 X86 : ADD r32, [m32] L: 1.06ns= 5.0c T: 0.11ns= 0.50c
Inst 77 AMD64 : ADD r64, [m64] L: 1.06ns= 5.0c T: 0.11ns= 0.50c
Inst 78 X86 : ADD [m8], r8 L: 1.70ns= 8.0c T: 0.35ns= 1.67c
Inst 79 X86 : ADD [m16], r16 L: 1.59ns= 7.5c T: 0.30ns= 1.42c
Inst 80 X86 : ADD [m32], r32 L: 1.70ns= 8.0c T: 0.34ns= 1.58c
Inst 81 X86 : ADD [m32 + 8], r32 L: 1.59ns= 7.5c T: 0.19ns= 0.92c
Inst 82 AMD64 : ADD [m64], r64 L: 1.70ns= 8.0c T: 0.19ns= 0.92c
Inst 83 AMD64 : ADD [m64 + 16], r64 L: 1.70ns= 8.0c T: 0.23ns= 1.08c
Inst 84 X86 : LOCK ADD [m8], r8 L: 8.27ns= 39.0c T: 8.38ns= 39.50c
Inst 85 X86 : LOCK ADD [m16], r16 L: 8.27ns= 39.0c T: 8.39ns= 39.58c
Inst 86 X86 : LOCK ADD [m32], r32 L: 8.27ns= 39.0c T: 8.39ns= 39.58c
Inst 87 X86 : LOCK ADD [m32 + 8], r32 L: 8.27ns= 39.0c T: 8.39ns= 39.58c
Inst 88 AMD64 : LOCK ADD [m64], r64 L: 8.27ns= 39.0c T: 8.89ns= 41.92c
Inst 89 AMD64 : LOCK ADD [m64 + 16], r64 L: 8.27ns= 39.0c T: 8.89ns= 41.92c
Inst 90 X86 : ADD r8, imm8 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 91 X86 : ADD r16, imm8 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 92 X86 : ADD r32, imm8 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 93 AMD64 : ADD r64, imm8 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 94 X86 : ADD r16, imm16 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 95 X86 : ADD r32, imm32 L: 0.21ns= 1.0c T: 0.10ns= 0.47c
Inst 96 AMD64 : ADD r64, imm32 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 97 X86 : ADD [m8], imm8 L: 1.70ns= 8.0c T: 0.19ns= 0.92c
Inst 98 X86 : ADD [m16], imm8 L: 1.70ns= 8.0c T: 0.19ns= 0.92c
Inst 99 X86 : ADD [m32], imm8 L: 1.59ns= 7.5c T: 0.19ns= 0.92c
Inst 100 AMD64 : ADD [m64], imm8 L: 1.70ns= 8.0c T: 0.23ns= 1.08c
Inst 101 X86 : ADD [m16], imm16 L: 1.70ns= 8.0c T: 0.19ns= 0.92c
Inst 102 X86 : ADD [m32], imm32 L: 1.59ns= 7.5c T: 0.19ns= 0.92c
Inst 103 AMD64 : ADD [m64], imm32 L: 1.70ns= 8.0c T: 0.21ns= 1.00c
Inst 104 X86 : ADD al, imm8 L: 0.21ns= 1.0c T: 0.21ns= 1.00c
Inst 105 X86 : ADD ax, imm16 L: 0.21ns= 1.0c T: 0.19ns= 0.92c
Inst 106 X86 : ADD eax, imm32 L: 0.21ns= 1.0c T: 0.21ns= 1.00c
Inst 107 AMD64 : ADD rax, imm32 L: 0.21ns= 1.0c T: 0.19ns= 0.92c
Inst 108 X86 : SUB r8, r8 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 109 X86 : SUB r16, r16 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 110 X86 : SUB r32, r32 L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 111 AMD64 : SUB r64, r64 L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 112 X86 : SUB r1_8, r2_8 L: 0.19ns= 0.9c T: 0.10ns= 0.47c
Inst 113 X86 : SUB r1_16, r2_16 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 114 X86 : SUB r1_32, r2_32 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 115 AMD64 : SUB r1_64, r2_64 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 116 X86 : ADC r8, r8 L: 0.19ns= 0.9c T: 0.19ns= 0.92c
Inst 117 X86 : ADC r16, r16 L: 0.21ns= 1.0c T: 0.21ns= 1.00c
Inst 118 X86 : ADC r32, r32 L: 0.19ns= 0.9c T: 0.19ns= 0.92c
Inst 119 AMD64 : ADC r64, r64 L: 0.21ns= 1.0c T: 0.19ns= 0.92c
Inst 120 X86 : SBB r8, r8 L: 0.21ns= 1.0c T: 0.21ns= 1.00c
Inst 121 X86 : SBB r16, r16 L: 0.21ns= 1.0c T: 0.21ns= 1.00c
Inst 122 X86 : SBB r32, r32 L: 0.18ns= 0.9c T: 0.18ns= 0.87c
Inst 123 AMD64 : SBB r64, r64 L: 0.19ns= 0.9c T: 0.19ns= 0.92c
Inst 124 X86 : SBB r1_8, r2_8 L: 0.19ns= 0.9c T: 0.19ns= 0.92c
Inst 125 X86 : SBB r1_16, r2_16 L: 0.21ns= 1.0c T: 0.21ns= 1.00c
Inst 126 X86 : SBB r1_32, r2_32 L: 0.19ns= 0.9c T: 0.19ns= 0.92c
Inst 127 AMD64 : SBB r1_64, r2_64 L: 0.19ns= 0.9c T: 0.19ns= 0.92c
Inst 128 X86 : CMP r8, r8 L: [no true dep.] T: 0.10ns= 0.47c
Inst 129 X86 : CMP r16, r16 L: [no true dep.] T: 0.10ns= 0.47c
Inst 130 X86 : CMP r32, r32 L: [no true dep.] T: 0.10ns= 0.48c
Inst 131 AMD64 : CMP r64, r64 L: [no true dep.] T: 0.10ns= 0.47c
Inst 132 X86 : CMP r1_8, r2_8 L: [no true dep.] T: 0.10ns= 0.48c
Inst 133 X86 : CMP r1_16, r2_16 L: [no true dep.] T: 0.10ns= 0.48c
Inst 134 X86 : CMP r1_32, r2_32 L: [no true dep.] T: 0.10ns= 0.47c
Inst 135 AMD64 : CMP r1_64, r2_64 L: [no true dep.] T: 0.10ns= 0.47c
Inst 136 X86 : AND r8, r8 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 137 X86 : AND r16, r16 L: 0.19ns= 0.9c T: 0.10ns= 0.47c
Inst 138 X86 : AND r32, r32 L: 0.19ns= 0.9c T: 0.10ns= 0.47c
Inst 139 AMD64 : AND r64, r64 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 140 X86 : AND r1_8, r2_8 L: 0.19ns= 0.9c T: 0.10ns= 0.48c
Inst 141 X86 : AND r1_16, r2_16 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 142 X86 : AND r1_32, r2_32 L: 0.19ns= 0.9c T: 0.10ns= 0.47c
Inst 143 AMD64 : AND r1_64, r2_64 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 144 X86 : OR r8, r8 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 145 X86 : OR r16, r16 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 146 X86 : OR r32, r32 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 147 AMD64 : OR r64, r64 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 148 X86 : OR r1_8, r2_8 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 149 X86 : OR r1_16, r2_16 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 150 X86 : OR r1_32, r2_32 L: 0.21ns= 1.0c T: 0.10ns= 0.47c
Inst 151 AMD64 : OR r1_64, r2_64 L: 0.21ns= 1.0c T: 0.10ns= 0.47c
Inst 152 X86 : XOR r8, r8 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 153 X86 : XOR r16, r16 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 154 X86 : XOR r32, r32 L: 0.11ns= 0.5c T: 0.10ns= 0.47c
Inst 155 AMD64 : XOR r64, r64 L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 156 X86 : XOR r1_8, r2_8 L: 0.19ns= 0.9c T: 0.10ns= 0.47c
Inst 157 X86 : XOR r1_16, r2_16 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 158 X86 : XOR r1_32, r2_32 L: 0.19ns= 0.9c T: 0.10ns= 0.47c
Inst 159 AMD64 : XOR r1_64, r2_64 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 160 X86 : NEG r8 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 161 X86 : NEG r16 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 162 X86 : NEG r32 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 163 AMD64 : NEG r64 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 164 X86 : NOT r8 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 165 X86 : NOT r16 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 166 X86 : NOT r32 L: 0.19ns= 0.9c T: 0.10ns= 0.47c
Inst 167 AMD64 : NOT r64 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 168 X86 : TEST r8, r8 L: [no true dep.] T: 0.10ns= 0.48c
Inst 169 X86 : TEST r16, r16 L: [no true dep.] T: 0.10ns= 0.49c
Inst 170 X86 : TEST r32, r32 L: [no true dep.] T: 0.10ns= 0.47c
Inst 171 AMD64 : TEST r64, r64 L: [no true dep.] T: 0.10ns= 0.47c
Inst 172 X86 : TEST r1_8, r2_8 L: [no true dep.] T: 0.10ns= 0.48c
Inst 173 X86 : TEST r1_16, r2_16 L: [no true dep.] T: 0.10ns= 0.48c
Inst 174 X86 : TEST r1_32, r2_32 L: [no true dep.] T: 0.10ns= 0.48c
Inst 175 AMD64 : TEST r1_64, r2_64 L: [no true dep.] T: 0.10ns= 0.47c
Inst 176 X86 : BT r16, r16 L: [no true dep.] T: 0.10ns= 0.47c
Inst 177 X86 : BT r32, r32 L: [no true dep.] T: 0.10ns= 0.48c
Inst 178 AMD64 : BT r64, r64 L: [no true dep.] T: 0.10ns= 0.48c
Inst 179 X86 : BT r16, imm8 L: [no true dep.] T: 0.10ns= 0.48c
Inst 180 X86 : BT r32, imm8 L: [no true dep.] T: 0.10ns= 0.47c
Inst 181 AMD64 : BT r64, imm8 L: [no true dep.] T: 0.10ns= 0.48c
Inst 182 X86 : BTC r16, r16 L: 0.41ns= 1.9c T: 0.19ns= 0.92c
Inst 183 X86 : BTC r32, r32 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 184 AMD64 : BTC r64, r64 L: 0.41ns= 1.9c T: 0.19ns= 0.92c
Inst 185 X86 : BTC r16, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 186 X86 : BTC r32, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 187 AMD64 : BTC r64, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 188 X86 : BTR r16, r16 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 189 X86 : BTR r32, r32 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 190 AMD64 : BTR r64, r64 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 191 X86 : BTR r16, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 192 X86 : BTR r32, imm8 L: 0.41ns= 1.9c T: 0.19ns= 0.92c
Inst 193 AMD64 : BTR r64, imm8 L: 0.41ns= 1.9c T: 0.19ns= 0.92c
Inst 194 X86 : BTS r16, r16 L: 0.41ns= 1.9c T: 0.19ns= 0.92c
Inst 195 X86 : BTS r32, r32 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 196 AMD64 : BTS r64, r64 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 197 X86 : BTS r16, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 198 X86 : BTS r32, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 199 AMD64 : BTS r64, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 200 X86 : SETC r8 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 201 X86 : INC r8 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 202 X86 : INC r16 L: 0.21ns= 1.0c T: 0.10ns= 0.47c
Inst 203 X86 : INC r32 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 204 AMD64 : INC r64 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 205 X86 : LEA r16, [r16+r16] L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 206 X86 : LEA r32, [r32+r32] L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 207 AMD64 : LEA r64, [r64+r64] L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 208 X86 : LEA r16, [r+r+disp8] L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 209 X86 : LEA r32, [r+r+disp8] L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 210 AMD64 : LEA r64, [r+r+disp8] L: 0.41ns= 1.9c T: 0.10ns= 0.47c
Inst 211 X86 : LEA r16, [r+r*8] L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 212 X86 : LEA r32, [r+r*8] L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 213 AMD64 : LEA r64, [r+r*8] L: 0.41ns= 1.9c T: 0.10ns= 0.47c
Inst 214 X86 : LEA r16, [r+r*8+disp8] L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 215 X86 : LEA r32, [r+r*8+disp8] L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 216 AMD64 : LEA r64, [r+r*8+disp8] L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 217 X86 : SHL r8, 1 L: 0.21ns= 1.0c T: 0.11ns= 0.50c
Inst 218 X86 : SHL r16, 1 L: 0.19ns= 0.9c T: 0.10ns= 0.47c
Inst 219 X86 : SHL r32, 1 L: 0.21ns= 1.0c T: 0.10ns= 0.47c
Inst 220 AMD64 : SHL r64, 1 L: 0.19ns= 0.9c T: 0.10ns= 0.47c
Inst 221 X86 : SHL r8, imm8 L: 0.19ns= 0.9c T: 0.10ns= 0.47c
Inst 222 X86 : SHL r16, imm8 L: 0.21ns= 1.0c T: 0.10ns= 0.47c
Inst 223 X86 : SHL r32, imm8 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 224 AMD64 : SHL r64, imm8 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 225 X86 : SHL r8, cl L: 0.19ns= 0.9c T: 0.09ns= 0.40c
Inst 226 X86 : SHL r16, cl L: 0.19ns= 0.9c T: 0.10ns= 0.47c
Inst 227 X86 : SHL r32, cl L: 0.19ns= 0.9c T: 0.10ns= 0.47c
Inst 228 AMD64 : SHL r64, cl L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 229 X86 : SHR r8, 1 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 230 X86 : SHR r16, 1 L: 0.21ns= 1.0c T: 0.11ns= 0.50c
Inst 231 X86 : SHR r32, 1 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 232 AMD64 : SHR r64, 1 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 233 X86 : SHR r8, imm8 L: 0.19ns= 0.9c T: 0.10ns= 0.47c
Inst 234 X86 : SHR r16, imm8 L: 0.19ns= 0.9c T: 0.10ns= 0.47c
Inst 235 X86 : SHR r32, imm8 L: 0.21ns= 1.0c T: 0.10ns= 0.47c
Inst 236 AMD64 : SHR r64, imm8 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 237 X86 : SHR r8, cl L: 0.19ns= 0.9c T: 0.10ns= 0.45c
Inst 238 X86 : SHR r16, cl L: 0.21ns= 1.0c T: 0.10ns= 0.47c
Inst 239 X86 : SHR r32, cl L: 0.19ns= 0.9c T: 0.10ns= 0.47c
Inst 240 AMD64 : SHR r64, cl L: 0.21ns= 1.0c T: 0.10ns= 0.47c
Inst 241 X86 : SAR r8, 1 L: 0.19ns= 0.9c T: 0.10ns= 0.48c
Inst 242 X86 : SAR r16, 1 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 243 X86 : SAR r32, 1 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 244 AMD64 : SAR r64, 1 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 245 X86 : SAR r8, imm8 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 246 X86 : SAR r16, imm8 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 247 X86 : SAR r32, imm8 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 248 AMD64 : SAR r64, imm8 L: 0.19ns= 0.9c T: 0.10ns= 0.47c
Inst 249 X86 : SAR r8, cl L: 0.19ns= 0.9c T: 0.10ns= 0.45c
Inst 250 X86 : SAR r16, cl L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 251 X86 : SAR r32, cl L: 0.19ns= 0.9c T: 0.10ns= 0.47c
Inst 252 AMD64 : SAR r64, cl L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 253 X86 : SHLD r16, r16, imm8 L: 0.80ns= 3.8c T: 0.60ns= 2.83c
Inst 254 X86 : SHLD r32, r32, imm8 L: 0.85ns= 4.0c T: 0.60ns= 2.83c
Inst 255 AMD64 : SHLD r64, r64, imm8 L: 0.85ns= 4.0c T: 0.60ns= 2.83c
Inst 256 X86 : SHLD r16, r16, cl L: 0.85ns= 4.0c T: 0.60ns= 2.83c
Inst 257 X86 : SHLD r32, r32, cl L: 0.85ns= 4.0c T: 0.60ns= 2.83c
Inst 258 AMD64 : SHLD r64, r64, cl L: 0.85ns= 4.0c T: 0.60ns= 2.83c
Inst 259 X86 : SHRD r16, r16, imm8 L: 0.85ns= 4.0c T: 0.64ns= 3.00c
Inst 260 X86 : SHRD r32, r32, imm8 L: 0.80ns= 3.8c T: 0.58ns= 2.75c
Inst 261 AMD64 : SHRD r64, r64, imm8 L: 0.80ns= 3.8c T: 0.60ns= 2.83c
Inst 262 X86 : SHRD r16, r16, cl L: 0.85ns= 4.0c T: 0.60ns= 2.83c
Inst 263 X86 : SHRD r32, r32, cl L: 0.80ns= 3.8c T: 0.60ns= 2.83c
Inst 264 AMD64 : SHRD r64, r64, cl L: 0.80ns= 3.8c T: 0.60ns= 2.83c
Inst 265 X86 : ROL r8, 1 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 266 X86 : ROL r16, 1 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 267 X86 : ROL r32, 1 L: 0.19ns= 0.9c T: 0.10ns= 0.47c
Inst 268 AMD64 : ROL r64, 1 L: 0.19ns= 0.9c T: 0.10ns= 0.47c
Inst 269 X86 : ROL r8, imm8 L: 0.19ns= 0.9c T: 0.10ns= 0.47c
Inst 270 X86 : ROL r16, imm8 L: 0.19ns= 0.9c T: 0.10ns= 0.47c
Inst 271 X86 : ROL r32, imm8 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 272 AMD64 : ROL r64, imm8 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 273 X86 : ROL r8, cl L: 0.19ns= 0.9c T: 0.10ns= 0.45c
Inst 274 X86 : ROL r16, cl L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 275 X86 : ROL r32, cl L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 276 AMD64 : ROL r64, cl L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 277 X86 : ROR r8, 1 L: 0.21ns= 1.0c T: 0.10ns= 0.47c
Inst 278 X86 : ROR r16, 1 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 279 X86 : ROR r32, 1 L: 0.19ns= 0.9c T: 0.10ns= 0.47c
Inst 280 AMD64 : ROR r64, 1 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 281 X86 : ROR r8, imm8 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 282 X86 : ROR r16, imm8 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 283 X86 : ROR r32, imm8 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 284 AMD64 : ROR r64, imm8 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 285 X86 : ROR r8, cl L: 0.21ns= 1.0c T: 0.09ns= 0.43c
Inst 286 X86 : ROR r16, cl L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 287 X86 : ROR r32, cl L: 0.21ns= 1.0c T: 0.10ns= 0.47c
Inst 288 AMD64 : ROR r64, cl L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 289 X86 : RCL r8, 1 L: 0.19ns= 0.9c T: 0.19ns= 0.92c
Inst 290 X86 : RCL r16, 1 L: 0.21ns= 1.0c T: 0.21ns= 1.00c
Inst 291 X86 : RCL r32, 1 L: 0.21ns= 1.0c T: 0.21ns= 1.00c
Inst 292 AMD64 : RCL r64, 1 L: 0.21ns= 1.0c T: 0.19ns= 0.92c
Inst 293 X86 : RCL r8, imm8 L: 2.49ns= 11.8c T: 2.49ns= 11.75c
Inst 294 X86 : RCL r16, imm8 L: 2.23ns= 10.5c T: 2.09ns= 9.83c
Inst 295 X86 : RCL r32, imm8 L: 1.59ns= 7.5c T: 1.50ns= 7.08c
Inst 296 AMD64 : RCL r64, imm8 L: 1.50ns= 7.1c T: 1.50ns= 7.08c
Inst 297 X86 : RCL r8, cl L: 2.39ns= 11.3c T: 2.39ns= 11.25c
Inst 298 X86 : RCL r16, cl L: 2.12ns= 10.0c T: 2.00ns= 9.42c
Inst 299 X86 : RCL r32, cl L: 1.50ns= 7.1c T: 1.40ns= 6.58c
Inst 300 AMD64 : RCL r64, cl L: 1.50ns= 7.1c T: 1.40ns= 6.58c
Inst 301 X86 : RCR r8, 1 L: 0.21ns= 1.0c T: 0.21ns= 1.00c
Inst 302 X86 : RCR r16, 1 L: 0.21ns= 1.0c T: 0.21ns= 1.00c
Inst 303 X86 : RCR r32, 1 L: 0.19ns= 0.9c T: 0.19ns= 0.92c
Inst 304 AMD64 : RCR r64, 1 L: 0.21ns= 1.0c T: 0.19ns= 0.92c
Inst 305 X86 : RCR r8, imm8 L: 2.30ns= 10.8c T: 2.30ns= 10.83c
Inst 306 X86 : RCR r16, imm8 L: 2.01ns= 9.5c T: 1.89ns= 8.92c
Inst 307 X86 : RCR r32, imm8 L: 1.48ns= 7.0c T: 1.40ns= 6.58c
Inst 308 AMD64 : RCR r64, imm8 L: 1.48ns= 7.0c T: 1.40ns= 6.58c
Inst 309 X86 : RCR r8, cl L: 2.33ns= 11.0c T: 2.19ns= 10.33c
Inst 310 X86 : RCR r16, cl L: 1.91ns= 9.0c T: 1.80ns= 8.50c
Inst 311 X86 : RCR r32, cl L: 1.40ns= 6.6c T: 1.31ns= 6.17c
Inst 312 AMD64 : RCR r64, cl L: 1.40ns= 6.6c T: 1.31ns= 6.17c
Inst 313 X86 : BSF r16, r16 L: 0.64ns= 3.0c T: 0.60ns= 2.83c
Inst 314 X86 : BSF r32, r32 L: 0.64ns= 3.0c T: 0.60ns= 2.83c
Inst 315 AMD64 : BSF r64, r64 L: 0.64ns= 3.0c T: 0.60ns= 2.83c
Inst 316 X86 : BSR r16, r16 L: 0.85ns= 4.0c T: 0.80ns= 3.75c
Inst 317 X86 : BSR r32, r32 L: 0.85ns= 4.0c T: 0.80ns= 3.75c
Inst 318 AMD64 : BSR r64, r64 L: 0.85ns= 4.0c T: 0.80ns= 3.75c
Inst 319 X86 : BSWAP r32 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 320 AMD64 : BSWAP r64 L: 0.19ns= 0.9c T: 0.10ns= 0.47c
Inst 327 X86 : IMUL r16, r16 L: 0.85ns= 4.0c T: 0.39ns= 1.83c
Inst 328 X86 : IMUL r32, r32 L: 0.85ns= 4.0c T: 0.41ns= 1.92c
Inst 329 AMD64 : IMUL r64, r64 L: 1.20ns= 5.7c T: 0.80ns= 3.75c
Inst 330 X86 : IMUL r16, r16, imm8 L: 1.06ns= 5.0c T: 0.37ns= 1.75c
Inst 331 X86 : IMUL r32, r32, imm8 L: 0.85ns= 4.0c T: 0.41ns= 1.92c
Inst 332 AMD64 : IMUL r64, r64, imm8 L: 1.27ns= 6.0c T: 0.80ns= 3.75c
Inst 333 X86 : IMUL r16, r16, imm16 L: 1.06ns= 5.0c T: 0.39ns= 1.83c
Inst 334 X86 : IMUL r32, r32, imm32 L: 0.85ns= 4.0c T: 0.41ns= 1.92c
Inst 335 AMD64 : IMUL r64, r64, imm32 L: 1.27ns= 6.0c T: 0.80ns= 3.75c
Inst 336 X86 : IMUL r8 (ah) L: 0.85ns= 4.0c T: 0.80ns= 3.75c
Inst 337 X86 : IMUL r16 (dx) L: 1.20ns= 5.7c T: 0.80ns= 3.75c
Inst 338 X86 : IMUL r32 (edx) L: 1.06ns= 5.0c T: 0.80ns= 3.75c
Inst 339 AMD64 : IMUL r64 (rdx) L: 1.40ns= 6.6c T: 1.20ns= 5.67c
Inst 340 X86 : MUL r8 (ah) L: 0.85ns= 4.0c T: 0.83ns= 3.92c
Inst 341 X86 : MUL r16 (dx) L: 1.20ns= 5.7c T: 0.80ns= 3.75c
Inst 342 X86 : MUL r32 (edx) L: 0.99ns= 4.7c T: 0.80ns= 3.75c
Inst 343 AMD64 : MUL r64 (rdx) L: 1.48ns= 7.0c T: 1.20ns= 5.67c
Inst 344 X86 : IMUL r8 (al) L: 0.85ns= 4.0c T: 0.80ns= 3.75c
Inst 345 X86 : IMUL r16 (ax) L: 0.80ns= 3.8c T: 0.80ns= 3.75c
Inst 346 X86 : IMUL r32 (eax) L: 0.85ns= 4.0c T: 0.85ns= 4.00c
Inst 347 AMD64 : IMUL r64 (rax) L: 1.20ns= 5.7c T: 1.20ns= 5.67c
Inst 348 X86 : MUL r8 (al) L: 0.85ns= 4.0c T: 0.80ns= 3.75c
Inst 349 X86 : MUL r16 (ax) L: 0.85ns= 4.0c T: 0.80ns= 3.75c
Inst 350 X86 : MUL r32 (eax) L: 0.80ns= 3.8c T: 0.80ns= 3.75c
Inst 351 AMD64 : MUL r64 (rax) L: 1.27ns= 6.0c T: 1.20ns= 5.67c
Inst 352 X86 : IDIV r8 14/ 7b (full) L: 4.38ns= 20.7c T: 4.19ns= 19.75c
Inst 353 X86 : IDIV r8 12/ 7b ax upd L: 3.78ns= 17.8c T: 3.59ns= 16.92c
Inst 354 X86 : IDIV r8 7/ 7b ax upd L: 3.78ns= 17.8c T: 3.59ns= 16.92c
Inst 355 X86 : IDIV r8 4/ 7b ax upd L: [no true dep.] T: 3.59ns= 16.92c
Inst 356 X86 : IDIV r8 0/ 7b L: [no true dep.] T: 3.39ns= 16.00c
Inst 357 X86 : IDIV r8 11/ 4b ax upd L: 3.78ns= 17.8c T: 3.59ns= 16.92c
Inst 358 X86 : IDIV r8 8/ 4b ax upd L: [no true dep.] T: 3.59ns= 16.92c
Inst 359 X86 : IDIV r8 4/ 4b ax upd L: 3.78ns= 17.8c T: 3.59ns= 16.92c
Inst 360 X86 : IDIV r8 0/ 4b L: [no true dep.] T: 3.39ns= 16.00c
Inst 361 X86 : IDIV r8 2^12/2^6 ax upd L: [no true dep.] T: 3.59ns= 16.92c
Inst 362 X86 : IDIV r8 1/1 L: 3.59ns= 16.9c T: 3.39ns= 16.00c
Inst 363 X86 : IDIV r8 1/1 ax upd L: 3.78ns= 17.8c T: 3.59ns= 16.92c
Inst 364 X86 : IDIV r16 30/15b (full) L: 5.51ns= 26.0c T: 5.39ns= 25.42c
Inst 365 X86 : IDIV r16 24/15b ax upd L: 4.38ns= 20.7c T: 4.31ns= 20.33c
Inst 366 X86 : IDIV r16 15/15b ax upd L: 3.18ns= 15.0c T: 3.11ns= 14.67c
Inst 367 X86 : IDIV r16 8/15b ax/dx upd L: [no true dep.] T: 3.18ns= 15.00c
Inst 368 X86 : IDIV r16 0/15b L: [no true dep.] T: 2.99ns= 14.08c
Inst 369 X86 : IDIV r16 23/ 8b ax upd L: 5.58ns= 26.3c T: 5.51ns= 26.00c
Inst 370 X86 : IDIV r16 16/ 8b ax upd L: [no true dep.] T: 4.15ns= 19.58c
Inst 371 X86 : IDIV r16 8/ 8b ax upd L: 3.18ns= 15.0c T: 3.11ns= 14.67c
Inst 372 X86 : IDIV r16 0/ 8b L: [no true dep.] T: 2.99ns= 14.08c
Inst 373 X86 : IDIV r16 2^28/2^14 ax/dx L: [no true dep.] T: 5.27ns= 24.83c
Inst 374 X86 : IDIV r16 1/1 L: 3.11ns= 14.7c T: 2.99ns= 14.08c
Inst 375 X86 : IDIV r16 1/1 ax upd L: 3.18ns= 15.0c T: 3.11ns= 14.67c
Inst 376 X86 : IDIV r16 1/1 ax/dx upd L: 3.39ns= 16.0c T: 3.18ns= 15.00c
Inst 377 X86 : IDIV r32 62/31b (full) L: 8.38ns= 39.5c T: 8.38ns= 39.50c
Inst 378 X86 : IDIV r32 62/31b 0 rem. L: 8.38ns= 39.5c T: 8.38ns= 39.50c
Inst 379 X86 : IDIV r32 48/31b eax upd L: 5.58ns= 26.3c T: 5.58ns= 26.33c
Inst 380 X86 : IDIV r32 31/31b eax upd L: 2.79ns= 13.2c T: 2.79ns= 13.17c
Inst 381 X86 : IDIV r32 16/31b eax/edx L: [no true dep.] T: 2.79ns= 13.17c
Inst 382 X86 : IDIV r32 0/31b L: [no true dep.] T: 2.80ns= 13.17c
Inst 383 X86 : IDIV r32 47/16b eax upd L: 8.38ns= 39.5c T: 8.38ns= 39.50c
Inst 384 X86 : IDIV r32 32/16b eax upd L: [no true dep.] T: 5.39ns= 25.42c
Inst 385 X86 : IDIV r32 16/16b eax upd L: 2.79ns= 13.2c T: 2.79ns= 13.17c
Inst 386 X86 : IDIV r32 0/16b L: [no true dep.] T: 2.79ns= 13.17c
Inst 387 X86 : IDIV r32 2^60/2^30 eax/edx L: [no true dep.] T: 8.16ns= 38.50c
Inst 388 X86 : IDIV r32 1/1 L: 2.79ns= 13.2c T: 2.79ns= 13.17c
Inst 389 X86 : IDIV r32 1/1 eax upd L: 2.79ns= 13.2c T: 2.79ns= 13.17c
Inst 390 X86 : IDIV r32 1/1 eax/edx upd L: 2.79ns= 13.2c T: 2.79ns= 13.17c
Inst 391 AMD64 : IDIV r64 126/63b (full) L: 14.76ns= 69.6c T: 14.76ns= 69.58c
Inst 392 AMD64 : IDIV r64 126/63b 0 rem. L: 14.76ns= 69.6c T: 14.76ns= 69.58c
Inst 393 AMD64 : IDIV r64 96/63b rax upd L: 8.77ns= 41.3c T: 8.77ns= 41.33c
Inst 394 AMD64 : IDIV r64 63/63b rax upd L: 2.79ns= 13.2c T: 2.79ns= 13.17c
Inst 395 AMD64 : IDIV r64 32/63b rax/rdx L: [no true dep.] T: 2.79ns= 13.17c
Inst 396 AMD64 : IDIV r64 0/63b L: [no true dep.] T: 2.79ns= 13.17c
Inst 397 AMD64 : IDIV r64 95/32b rax upd L: 14.76ns= 69.6c T: 14.76ns= 69.58c
Inst 398 AMD64 : IDIV r64 64/32b rax upd L: [no true dep.] T: 8.57ns= 40.42c
Inst 399 AMD64 : IDIV r64 32/32b rax upd L: 2.80ns= 13.2c T: 2.80ns= 13.17c
Inst 400 AMD64 : IDIV r64 0/32b L: [no true dep.] T: 2.79ns= 13.17c
Inst 401 AMD64 : IDIV r64 2^124/2^62 rax/rdx L: [no true dep.] T: 14.54ns= 68.58c
Inst 402 AMD64 : IDIV r64 1/1 L: 2.79ns= 13.2c T: 2.79ns= 13.17c
Inst 403 AMD64 : IDIV r64 1/1 rax upd L: 2.79ns= 13.2c T: 2.79ns= 13.17c
Inst 404 AMD64 : IDIV r64 1/1 rax/rdx upd L: 2.79ns= 13.2c T: 2.79ns= 13.17c
Inst 405 X86 : DIV r8 16/ 8b (full) L: 4.38ns= 20.7c T: 4.19ns= 19.75c
Inst 406 X86 : DIV r8 12/ 8b ax upd L: 3.78ns= 17.8c T: 3.59ns= 16.92c
Inst 407 X86 : DIV r8 8/ 8b ax upd L: 3.78ns= 17.8c T: 3.59ns= 16.92c
Inst 408 X86 : DIV r8 4/ 8b ax upd L: [no true dep.] T: 3.59ns= 16.92c
Inst 409 X86 : DIV r8 0/ 8b L: [no true dep.] T: 3.39ns= 16.00c
Inst 410 X86 : DIV r8 12/ 4b ax upd L: 3.78ns= 17.8c T: 3.59ns= 16.92c
Inst 411 X86 : DIV r8 8/ 4b ax upd L: [no true dep.] T: 3.59ns= 16.92c
Inst 412 X86 : DIV r8 4/ 4b ax upd L: 3.78ns= 17.8c T: 3.59ns= 16.92c
Inst 413 X86 : DIV r8 0/ 4b L: [no true dep.] T: 3.39ns= 16.00c
Inst 414 X86 : DIV r8 2^14/2^7 ax upd L: [no true dep.] T: 3.59ns= 16.92c
Inst 415 X86 : DIV r8 1/1 L: 3.59ns= 16.9c T: 3.39ns= 16.00c
Inst 416 X86 : DIV r8 1/1 ax upd L: 3.78ns= 17.8c T: 3.59ns= 16.92c
Inst 417 X86 : DIV r16 32/16b (full) L: 5.51ns= 26.0c T: 5.39ns= 25.42c
Inst 418 X86 : DIV r16 30/15b 0 rem. L: 5.51ns= 26.0c T: 5.39ns= 25.42c
Inst 419 X86 : DIV r16 24/16b ax upd L: 4.22ns= 19.9c T: 4.15ns= 19.58c
Inst 420 X86 : DIV r16 16/16b ax upd L: 3.18ns= 15.0c T: 3.11ns= 14.67c
Inst 421 X86 : DIV r16 8/16b ax/dx upd L: [no true dep.] T: 3.18ns= 15.00c
Inst 422 X86 : DIV r16 0/16b L: [no true dep.] T: 2.99ns= 14.08c
Inst 423 X86 : DIV r16 24/ 8b ax upd L: 5.58ns= 26.3c T: 5.51ns= 26.00c
Inst 424 X86 : DIV r16 16/ 8b ax upd L: [no true dep.] T: 4.15ns= 19.58c
Inst 425 X86 : DIV r16 8/ 8b ax upd L: 3.18ns= 15.0c T: 3.11ns= 14.67c
Inst 426 X86 : DIV r16 0/ 8b L: [no true dep.] T: 2.99ns= 14.08c
Inst 427 X86 : DIV r16 1/1 L: 3.12ns= 14.7c T: 2.99ns= 14.08c
Inst 428 X86 : DIV r16 1/1 ax upd L: 3.18ns= 15.0c T: 3.11ns= 14.67c
Inst 429 X86 : DIV r16 1/1 ax/dx upd L: 3.39ns= 16.0c T: 3.18ns= 15.00c
Inst 430 X86 : DIV r32 64/32b (full) L: 8.38ns= 39.5c T: 8.38ns= 39.50c
Inst 431 X86 : DIV r32 62/31b 0 rem. L: 8.38ns= 39.5c T: 8.38ns= 39.50c
Inst 432 X86 : DIV r32 48/32b eax upd L: 5.39ns= 25.4c T: 5.39ns= 25.42c
Inst 433 X86 : DIV r32 32/32b eax upd L: 2.79ns= 13.2c T: 2.79ns= 13.17c
Inst 434 X86 : DIV r32 16/32b eax/edx L: [no true dep.] T: 2.79ns= 13.17c
Inst 435 X86 : DIV r32 0/32b L: [no true dep.] T: 2.79ns= 13.17c
Inst 436 X86 : DIV r32 48/16b eax upd L: 8.38ns= 39.5c T: 8.38ns= 39.50c
Inst 437 X86 : DIV r32 32/16b eax upd L: [no true dep.] T: 5.39ns= 25.42c
Inst 438 X86 : DIV r32 16/16b eax upd L: 2.79ns= 13.2c T: 2.79ns= 13.17c
Inst 439 X86 : DIV r32 0/16b L: [no true dep.] T: 2.79ns= 13.17c
Inst 440 X86 : DIV r32 2^62/2^31 eax/edx L: [no true dep.] T: 8.38ns= 39.50c
Inst 441 X86 : DIV r32 1/1 L: 2.79ns= 13.2c T: 2.79ns= 13.17c
Inst 442 X86 : DIV r32 1/1 eax upd L: 2.79ns= 13.2c T: 2.79ns= 13.17c
Inst 443 X86 : DIV r32 1/1 eax/edx upd L: 2.97ns= 14.0c T: 2.92ns= 13.75c
Inst 444 AMD64 : DIV r64 128/64b (full) L: 14.70ns= 69.3c T: 14.70ns= 69.33c
Inst 445 AMD64 : DIV r64 126/63b 0 rem. L: 14.76ns= 69.6c T: 14.76ns= 69.58c
Inst 446 AMD64 : DIV r64 96/64b rax upd L: 8.57ns= 40.4c T: 8.57ns= 40.42c
Inst 447 AMD64 : DIV r64 64/64b rax upd L: 2.79ns= 13.2c T: 2.79ns= 13.17c
Inst 448 AMD64 : DIV r64 32/64b rax/rdx L: [no true dep.] T: 2.79ns= 13.17c
Inst 449 AMD64 : DIV r64 0/64b L: [no true dep.] T: 2.79ns= 13.17c
Inst 450 AMD64 : DIV r64 96/32b rax upd L: 14.76ns= 69.6c T: 14.76ns= 69.58c
Inst 451 AMD64 : DIV r64 64/32b rax upd L: [no true dep.] T: 8.57ns= 40.42c
Inst 452 AMD64 : DIV r64 32/32b rax upd L: 2.79ns= 13.2c T: 2.79ns= 13.17c
Inst 453 AMD64 : DIV r64 0/32b L: [no true dep.] T: 2.79ns= 13.17c
Inst 454 AMD64 : DIV r64 2^126/2^63 rax/rdx L: [no true dep.] T: 14.76ns= 69.58c
Inst 455 AMD64 : DIV r64 1/1 L: 2.79ns= 13.2c T: 2.79ns= 13.17c
Inst 456 AMD64 : DIV r64 1/1 rax upd L: 2.79ns= 13.2c T: 2.79ns= 13.17c
Inst 457 AMD64 : DIV r64 1/1 rax/rdx upd L: 2.79ns= 13.2c T: 2.79ns= 13.17c
Inst 458 X86 : CBW L: 0.21ns= 1.0c T: 0.21ns= 1.00c
Inst 459 X86 : CWDE L: 0.19ns= 0.9c T: 0.19ns= 0.92c
Inst 460 AMD64 : CDQE L: 0.19ns= 0.9c T: 0.19ns= 0.92c
Inst 461 X86 : CWD L: 0.21ns= 1.0c T: 0.21ns= 1.00c
Inst 462 X86 : CDQ L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 463 AMD64 : CQO L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 464 X86 : CLC L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 465 X86 : STC L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 466 X86 : CMC L: 0.19ns= 0.9c T: 0.19ns= 0.92c
Inst 467 X86 : CLD L: 0.64ns= 3.0c T: 0.58ns= 2.75c
Inst 468 X86 : STD L: 0.80ns= 3.8c T: 0.80ns= 3.75c
Inst 475 LAHF : LAHF L: 0.41ns= 1.9c T: 0.41ns= 1.92c
Inst 476 LAHF : SAHF L: 0.21ns= 1.0c T: 0.21ns= 1.00c
Inst 483 X86 : PUSH r16 L: [no true dep.] T: 0.21ns= 1.00c
Inst 484 X86 : POP r16 L: [no true dep.] T: 0.21ns= 1.00c
Inst 485 X86 : PUSH r16 + POP r16 L: 1.91ns= 9.0c T: 0.27ns= 1.25c
Inst 486 AMD64 : PUSH r64 L: [no true dep.] T: 0.30ns= 1.42c
Inst 487 AMD64 : POP r64 L: [no true dep.] T: 0.23ns= 1.08c
Inst 488 AMD64 : PUSH r64 + POP r64 L: 1.70ns= 8.0c T: 0.39ns= 1.83c
Inst 489 AMD64 : PUSH imm8 L: [no true dep.] T: 0.32ns= 1.50c
Inst 490 AMD64 : PUSH imm8 + POP r64 L: 0.48ns= 2.3c T: 0.41ns= 1.92c
Inst 491 AMD64 : PUSH imm32 L: [no true dep.] T: 0.32ns= 1.50c
Inst 492 AMD64 : PUSH imm32 + POP r64 L: 0.53ns= 2.5c T: 0.41ns= 1.92c
Inst 493 X86 : PUSH [m16] L: [no true dep.] T: 0.23ns= 1.08c
Inst 494 X86 : POP [m16] L: [no true dep.] T: 0.28ns= 1.33c
Inst 495 X86 : PUSH [m16] + POP [m16] L: 3.18ns= 15.0c T: 0.34ns= 1.58c
Inst 496 AMD64 : PUSH [m64] L: [no true dep.] T: 0.34ns= 1.58c
Inst 497 AMD64 : POP [m64] L: [no true dep.] T: 0.28ns= 1.33c
Inst 498 AMD64 : PUSH [m64] + POP [m64] L: 3.18ns= 15.0c T: 0.34ns= 1.58c
Inst 499 X86 : PUSHF L: [no true dep.] T: 0.80ns= 3.75c
Inst 501 X86 : PUSHF + POPF L: 5.48ns= 25.8c T: 5.48ns= 25.83c
Inst 502 AMD64 : PUSHFQ L: [no true dep.] T: 0.81ns= 3.83c
Inst 504 AMD64 : PUSHFQ + POPFQ L: 5.48ns= 25.8c T: 5.48ns= 25.83c
Inst 505 X86 : CMPSB L: 0.60ns= 2.8c T: 0.60ns= 2.83c
Inst 506 X86 : CMPSW L: 0.60ns= 2.8c T: 0.62ns= 2.92c
Inst 507 X86 : CMPSD L: 0.67ns= 3.2c T: 0.62ns= 2.92c
Inst 508 AMD64 : CMPSQ L: 0.65ns= 3.1c T: 0.67ns= 3.17c
Inst 509 X86 : REPE CMPSB BW in L1D: 0.52 B/c 2437MiB/s
Inst 510 X86 : REPE CMPSW BW in L1D: 1.03 B/c 4872MiB/s
Inst 511 X86 : REPE CMPSD BW in L1D: 2.05 B/c 9649MiB/s
Inst 512 AMD64 : REPE CMPSQ BW in L1D: 4.12 B/c 19375MiB/s
Inst 513 X86 : LODSB L: 0.64ns= 3.0c T: 0.58ns= 2.75c
Inst 514 X86 : LODSW L: 0.64ns= 3.0c T: 0.60ns= 2.83c
Inst 515 X86 : LODSD L: 0.64ns= 3.0c T: 0.60ns= 2.83c
Inst 516 AMD64 : LODSQ L: 0.64ns= 3.0c T: 0.60ns= 2.83c
Inst 517 X86 : REP LODSB BW in L1D: 0.35 B/c 1635MiB/s
Inst 518 X86 : REP LODSW BW in L1D: 0.69 B/c 3265MiB/s
Inst 519 X86 : REP LODSD BW in L1D: 1.66 B/c 7823MiB/s
Inst 520 AMD64 : REP LODSQ BW in L1D: 3.31 B/c 15608MiB/s
Inst 521 X86 : STOSB L: 0.60ns= 2.8c T: 0.60ns= 2.83c
Inst 522 X86 : STOSW L: 0.60ns= 2.8c T: 0.60ns= 2.83c
Inst 523 X86 : STOSD L: 0.64ns= 3.0c T: 0.60ns= 2.83c
Inst 524 AMD64 : STOSQ L: 1.29ns= 6.1c T: 0.60ns= 2.83c
Inst 525 X86 : REP STOSB BW in L1D: 4.77 B/c 22510MiB/s
Inst 526 X86 : REP STOSW BW in L1D: 5.92 B/c 27930MiB/s
Inst 527 X86 : REP STOSD BW in L1D: 5.92 B/c 27930MiB/s
Inst 528 AMD64 : REP STOSQ BW in L1D: 5.89 B/c 27771MiB/s
Inst 529 X86 : MOVSB L: 0.60ns= 2.8c T: 0.60ns= 2.83c
Inst 530 X86 : MOVSW L: 0.64ns= 3.0c T: 0.60ns= 2.83c
Inst 531 X86 : MOVSD L: 0.64ns= 3.0c T: 0.60ns= 2.83c
Inst 532 AMD64 : MOVSQ L: 0.60ns= 2.8c T: 0.62ns= 2.92c
Inst 533 X86 : REP MOVSB BW in L1D:11.28 B/c 53207MiB/s
Inst 534 X86 : REP MOVSW BW in L1D:11.15 B/c 52556MiB/s
Inst 535 X86 : REP MOVSD BW in L1D:11.20 B/c 52808MiB/s
Inst 536 AMD64 : REP MOVSQ BW in L1D:11.12 B/c 52413MiB/s
Inst 537 X86 : SCASB L: 0.64ns= 3.0c T: 0.60ns= 2.83c
Inst 538 X86 : SCASW L: 0.64ns= 3.0c T: 0.60ns= 2.83c
Inst 539 X86 : SCASD L: 0.60ns= 2.8c T: 0.60ns= 2.83c
Inst 540 AMD64 : SCASQ L: 0.64ns= 3.0c T: 0.58ns= 2.75c
Inst 541 X86 : REPNE SCASB BW in L1D: 0.30 B/c 1394MiB/s
Inst 542 X86 : REPNE SCASW BW in L1D: 0.59 B/c 2781MiB/s
Inst 543 X86 : REPNE SCASD BW in L1D: 1.18 B/c 5542MiB/s
Inst 544 AMD64 : REPNE SCASQ BW in L1D: 2.35 B/c 11083MiB/s
Inst 545 X86 : XADD r8, r8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 546 X86 : XADD r16, r16 L: 0.41ns= 1.9c T: 0.19ns= 0.92c
Inst 547 X86 : XADD r32, r32 L: 0.41ns= 1.9c T: 0.14ns= 0.64c
Inst 548 AMD64 : XADD r64, r64 L: 0.41ns= 1.9c T: 0.13ns= 0.64c
Inst 549 X86 : CMPXCHG r8, r8 L: 0.60ns= 2.8c T: 0.60ns= 2.83c
Inst 550 X86 : CMPXCHG r16, r16 L: 0.78ns= 3.7c T: 0.60ns= 2.83c
Inst 551 X86 : CMPXCHG r32, r32 L: 0.60ns= 2.8c T: 0.60ns= 2.83c
Inst 552 AMD64 : CMPXCHG r64, r64 L: 0.64ns= 3.0c T: 0.60ns= 2.83c
Inst 553 CMPX8 : CMPXCHG8B L: 5.25ns= 24.8c T: 5.25ns= 24.75c
Inst 554 CMPX16: CMPXCHG16B L: 13.75ns= 64.8c T: 13.75ns= 64.83c
Inst 555 X86 : RDTSC L: [no true dep.] T: 14.35ns= 67.67c
Inst 556 X86 : CPUID (EAX = 0) L: 21.93ns=103.4c T: 21.93ns=103.42c
Inst 557 X86 : CPUID (EAX = 1) L: 56.84ns=268.0c T: 56.84ns=268.00c
Inst 558 POPCNT: POPCNT r16, r16 L: 0.85ns= 4.0c T: 0.41ns= 1.92c
Inst 559 POPCNT: POPCNT r32, r32 L: 0.85ns= 4.0c T: 0.41ns= 1.92c
Inst 560 POPCNT: POPCNT r64, r64 L: 0.85ns= 4.0c T: 0.80ns= 3.75c
Inst 561 ABM : LZCNT r16, r16 L: 0.42ns= 2.0c T: 0.41ns= 1.92c
Inst 562 ABM : LZCNT r32, r32 L: 0.42ns= 2.0c T: 0.41ns= 1.92c
Inst 563 ABM : LZCNT r64, r64 L: 0.42ns= 2.0c T: 0.41ns= 1.92c
Inst 564 SSE4.2: CRC32 r32, r8 L: 0.64ns= 3.0c T: 0.41ns= 1.92c
Inst 565 SSE4.2: CRC32 r32, r16 L: 1.06ns= 5.0c T: 0.99ns= 4.67c
Inst 566 SSE4.2: CRC32 r32, r32 L: 1.20ns= 5.7c T: 1.20ns= 5.67c
Inst 567 SSE4.2: CRC32 r64, r8 L: 0.64ns= 3.0c T: 0.41ns= 1.92c
Inst 568 SSE4.2: CRC32 r64, r16 L: 2.12ns= 10.0c T: 1.64ns= 7.75c
Inst 569 X87 : FNOP L: [no true dep.] T: 0.05ns= 0.24c
Inst 570 X87 : FXCH st(i) L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 571 X87 : FCHS L: 0.42ns= 2.0c T: 0.41ns= 1.92c
Inst 572 X87 : FABS L: 0.42ns= 2.0c T: 0.41ns= 1.92c
Inst 573 X87 : FTST L: [no true dep.] T: 0.10ns= 0.48c
Inst 574 X87 : FXAM L: [no true dep.] T: 0.10ns= 0.48c
Inst 575 CMOV : FCMOVE st, st(i) L: 0.64ns= 3.0c T: 0.60ns= 2.83c
Inst 576 X87 : FADD st(i), st (st = 0.0) L: 1.06ns= 5.0c T: 0.15ns= 0.71c
Inst 577 X87 : FADD st(i), st L: 1.06ns= 5.0c T: 0.15ns= 0.71c
Inst 578 X87 : FADD st, st(i), FXCH st(i) L: 1.06ns= 5.0c T: 0.41ns= 1.92c
Inst 579 X87 : FMUL st(i), st (st = 0.0) L: 1.06ns= 5.0c T: 0.15ns= 0.71c
Inst 580 X87 : FMUL st(i), st L: 1.06ns= 5.0c T: 0.06ns= 0.30c
Inst 581 X87 : FMUL st, st(i), FXCH st(i) L: 1.06ns= 5.0c T: 0.19ns= 0.92c
Inst 582 X87 : FMUL + FADD st, st(i) L: 2.12ns= 10.0c T: [not enough reg]
Inst 583 X87 : FMUL st(2i) FADD st(2i+1) L: 1.06ns= 5.0c T: [not enough reg]
Inst 584 X87 : FDIV32 st(i), st L: 4.38ns= 20.7c T: 1.17ns= 5.50c
Inst 585 X87 : FDIV64 st(i), st L: 5.39ns= 25.4c T: 1.78ns= 8.42c
Inst 586 X87 : FDIV80 st(i), st L: 8.38ns= 39.5c T: 3.27ns= 15.42c
Inst 587 X87 : FDIV80 (0.0l/x) L: 1.91ns= 9.0c T: 0.90ns= 4.25c
Inst 588 X87 : FDIV80 (x/1.0l) L: 1.78ns= 8.4c T: 0.88ns= 4.17c
Inst 589 X87 : FDIV80 (x/2.0l) L: 1.91ns= 9.0c T: 0.90ns= 4.25c
Inst 590 X87 : FDIV80 (x/0.5l) L: 1.78ns= 8.4c T: 0.88ns= 4.17c
Inst 591 X87 : FSQRT32 st L: 5.39ns= 25.4c T: 1.64ns= 7.75c
Inst 592 X87 : FSQRT64 st L: 7.58ns= 35.8c T: 2.74ns= 12.92c
Inst 593 X87 : FSQRT80 st L: 10.37ns= 48.9c T: 4.17ns= 19.67c
Inst 594 X87 : FSQRT80 (0.0l) L: 1.91ns= 9.0c T: 0.90ns= 4.25c
Inst 595 X87 : FSQRT80 (1.0l) L: 1.78ns= 8.4c T: 0.90ns= 4.25c
Inst 596 X87 : FDECSTP L: [no true dep.] T: 0.05ns= 0.25c
Inst 597 X87 : FINCSTP L: [no true dep.] T: 0.05ns= 0.25c
Inst 598 X87 : FCOM st(i) L: [no true dep.] T: 0.10ns= 0.48c
Inst 599 CMOV : FCOMI st, st(i) L: [no true dep.] T: 0.19ns= 0.92c
Inst 600 X87 : FSIN80 (0.0) L: 12.57ns= 59.3c T: 12.57ns= 59.25c
Inst 601 X87 : FSIN80 (0.0) + FADD L: 13.93ns= 65.7c T: 12.57ns= 59.25c
Inst 602 X87 : FSIN80 (1.0) + FADD L: 33.49ns=157.9c T: 23.13ns=109.08c
Inst 603 X87 : FSIN80 (4Pi) + FADD L: 39.87ns=188.0c T: 27.52ns=129.75c
Inst 604 X87 : FSIN80 (2Pi) + FADD L: 39.87ns=188.0c T: 27.52ns=129.75c
Inst 605 X87 : FSIN80 (Pi) + FADD L: 39.55ns=186.1c T: 27.17ns=127.83c
Inst 606 X87 : FSIN80 (Pi/2) + FADD L: 39.46ns=186.1c T: 27.11ns=127.83c
Inst 607 X87 : FSIN80 (Pi/4) + FADD L: 33.49ns=157.9c T: 22.92ns=108.08c
Inst 608 X87 : FSIN80 (Pi/8) + FADD L: 32.29ns=152.3c T: 22.94ns=108.17c
Inst 609 X87 : FSIN80 (Pi/16) + FADD L: 32.29ns=152.3c T: 22.94ns=108.17c
Inst 610 X87 : FSIN80 (Pi/32) + FADD L: 32.29ns=152.3c T: 22.94ns=108.17c
Inst 611 X87 : FCOS80 (0.73908513...) L: 32.29ns=152.3c T: 23.15ns=109.17c
Inst 612 X87 : FCOS80 (0.73908513...)+FADD L: 33.08ns=156.0c T: 23.47ns=110.67c
Inst 613 X87 : FCOS80 (0.0) + FADD L: 14.12ns= 66.6c T: 12.76ns= 60.17c
Inst 614 X87 : FCOS80 (1.0) + FADD L: 33.90ns=159.8c T: 23.13ns=109.08c
Inst 615 X87 : FCOS80 (4Pi) + FADD L: 39.87ns=188.0c T: 27.52ns=129.75c
Inst 616 X87 : FCOS80 (2Pi) + FADD L: 39.87ns=188.0c T: 27.52ns=129.75c
Inst 617 X87 : FCOS80 (Pi) + FADD L: 40.28ns=189.9c T: 27.90ns=131.58c
Inst 618 X87 : FCOS80 (Pi/2) + FADD L: 39.87ns=188.0c T: 27.52ns=129.75c
Inst 619 X87 : FCOS80 (Pi/4) + FADD L: 33.49ns=157.9c T: 23.72ns=111.83c
Inst 620 X87 : FCOS80 (Pi/8) + FADD L: 32.69ns=154.2c T: 22.85ns=107.75c
Inst 621 X87 : FCOS80 (Pi/16) + FADD L: 32.69ns=154.2c T: 22.85ns=107.75c
Inst 622 X87 : FCOS80 (Pi/32) + FADD L: 32.70ns=154.2c T: 22.85ns=107.75c
Inst 623 MMX : EMMS L: 0.05ns= 0.3c T: 0.05ns= 0.25c
Inst 624 MMX : MOVD r32, mm L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 625 MMX : MOVD mm, r32 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 626 MMX : MOVD r32, mm+MOVD mm, r32 L: 3.59ns= 16.9c T: 0.04ns= 0.20c
Inst 627 AMD64 : MOVD r64, mm L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 628 AMD64 : MOVD mm, r64 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 629 AMD64 : MOVD r64, mm+MOVD mm, r64 L: 3.59ns= 16.9c T: 0.04ns= 0.20c
Inst 630 MMX : MOVD mm, [m32] L: [memory dep.] T: 0.10ns= 0.48c
Inst 631 MMX : MOVD [m32], mm L: [memory dep.] T: 0.21ns= 1.00c
Inst 632 MMX : MOVD mm,[m32]+MOVD [m32],mm L: 2.33ns= 11.0c T: 0.12ns= 0.59c
Inst 633 MMX : MOVQ mm, mm L: 0.42ns= 2.0c T: 0.10ns= 0.48c
Inst 634 MMX : MOVQ mm, [m64] L: [memory dep.] T: 0.10ns= 0.47c
Inst 635 MMX : MOVQ [m64], mm L: [memory dep.] T: 0.19ns= 0.92c
Inst 636 MMX : MOVQ mm,[m64]+MOVQ [m64],mm L: 2.33ns= 11.0c T: 0.13ns= 0.61c
Inst 637 MMXP : MOVNTQ [m64], mm L: [memory dep.] T: 1.92ns= 1.92c
Inst 638 MMXP : PMOVMSKB r32, mm L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 639 AMD64 : PMOVMSKB r64, mm L: [diff. reg. set] T: 0.19ns= 0.92c
Inst 640 MMXP : MASKMOVQ mm, mm L: [memory dep.] T: 58.25ns= 58.25c
Inst 641 MMX : PADDB mm, mm L: 0.41ns= 1.9c T: 0.10ns= 0.47c
Inst 642 MMX : PADDW mm, mm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 643 MMX : PADDD mm, mm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 644 SSE2 : PADDQ mm, mm L: 0.42ns= 2.0c T: 0.11ns= 0.50c
Inst 645 MMX : PADDSB mm, mm L: 0.41ns= 1.9c T: 0.10ns= 0.47c
Inst 646 MMX : PADDSW mm, mm L: 0.41ns= 1.9c T: 0.10ns= 0.47c
Inst 647 MMX : PADDUSB mm, mm L: 0.41ns= 1.9c T: 0.10ns= 0.47c
Inst 648 MMX : PADDUSW mm, mm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 649 MMX : PSUBB mm, mm L: 0.10ns= 0.5c T: 0.10ns= 0.47c
Inst 650 MMX : PSUBB mm1, mm2 L: 0.41ns= 1.9c T: 0.10ns= 0.47c
Inst 651 MMX : PSUBW mm, mm L: 0.11ns= 0.5c T: 0.10ns= 0.47c
Inst 652 MMX : PSUBW mm1, mm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 653 MMX : PSUBD mm, mm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 654 MMX : PSUBD mm1, mm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 655 SSE2 : PSUBQ mm, mm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 656 SSE2 : PSUBQ mm1, mm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 657 MMX : PSUBSB mm, mm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 658 MMX : PSUBSB mm1, mm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 659 MMX : PSUBSW mm, mm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 660 MMX : PSUBSW mm1, mm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 661 MMX : PSUBUSB mm, mm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 662 MMX : PSUBUSB mm1, mm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 663 MMX : PSUBUSW mm, mm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 664 MMX : PSUBUSW mm1, mm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 665 MMX : PCMPEQB mm, mm L: 0.11ns= 0.5c T: 0.10ns= 0.47c
Inst 666 MMX : PCMPEQB mm1, mm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 667 MMX : PCMPEQW mm, mm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 668 MMX : PCMPEQW mm1, mm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 669 MMX : PCMPEQD mm, mm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 670 MMX : PCMPEQD mm1, mm2 L: 0.42ns= 2.0c T: 0.09ns= 0.41c
Inst 671 MMX : PCMPGTB mm, mm L: 0.11ns= 0.5c T: 0.10ns= 0.47c
Inst 672 MMX : PCMPGTB mm1, mm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 673 MMX : PCMPGTW mm, mm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 674 MMX : PCMPGTW mm1, mm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 675 MMX : PCMPGTD mm, mm L: 0.11ns= 0.5c T: 0.10ns= 0.47c
Inst 676 MMX : PCMPGTD mm1, mm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 677 MMX : PAND mm, mm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 678 MMX : PAND mm1, mm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 679 MMX : PANDN mm, mm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 680 MMX : PANDN mm1, mm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 681 MMX : POR mm, mm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 682 MMX : POR mm1, mm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 683 MMX : PXOR mm, mm L: 0.11ns= 0.5c T: 0.10ns= 0.47c
Inst 684 MMX : PXOR mm1, mm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 685 MMX : PMULHW mm, mm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 686 MMXP : PMULHUW mm, mm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 688 SSSE3 : PMULHRSW mm, mm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 689 MMX : PMULLW mm, mm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 690 SSE2 : PMULUDQ mm, mm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 691 SSSE3 : PMADDUBSW mm, mm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 692 MMX : PMADDWD mm, mm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 693 MMX : PSLLW mm, mm L: 0.64ns= 3.0c T: 0.21ns= 1.00c
Inst 694 MMX : PSLLW mm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 695 MMX : PSLLD mm, mm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 696 MMX : PSLLD mm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 697 MMX : PSLLQ mm, mm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 698 MMX : PSLLQ mm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 699 MMX : PSRAW mm, mm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 700 MMX : PSRAW mm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 701 MMX : PSRAD mm, mm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 702 MMX : PSRAD mm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 703 MMX : PSRLW mm, mm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 704 MMX : PSRLW mm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 705 MMX : PSRLD mm, mm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 706 MMX : PSRLD mm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 707 MMX : PSRLQ mm, mm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 708 MMX : PSRLQ mm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 709 MMX : PUNPCKHBW mm, mm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 710 MMX : PUNPCKHWD mm, mm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 711 MMX : PUNPCKHDQ mm, mm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 712 MMX : PUNPCKLBW mm, mm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 713 MMX : PUNPCKLWD mm, mm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 714 MMX : PUNPCKLDQ mm, mm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 715 MMX : PACKSSWB mm, mm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 716 MMX : PACKUSWB mm, mm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 717 MMX : PACKSSDW mm, mm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 753 MMXP : PAVGB mm, mm L: 0.42ns= 2.0c T: 0.10ns= 0.48c
Inst 754 MMXP : PAVGW mm, mm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 755 MMXP : PEXTRW r32, mm, im8 L: [diff. reg. set] T: 0.19ns= 0.92c
Inst 756 MMXP : PINSRW mm, r32, im8 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 757 MMXP : PEXTRW + PINSRW r32 L: 0.42ns= 2.0c T: 0.41ns= 1.92c
Inst 758 AMD64 : PEXTRW r64, mm, im8 L: [diff. reg. set] T: 0.19ns= 0.92c
Inst 759 AMD64 : PINSRW mm, r64, im8 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 760 AMD64 : PEXTRW + PINSRW r64 L: 0.42ns= 2.0c T: 0.41ns= 1.92c
Inst 761 MMXP : PMAXSW mm, mm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 762 MMXP : PMAXUB mm, mm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 763 MMXP : PMINSW mm, mm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 764 MMXP : PMINUB mm, mm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 765 MMXP : PSADBW mm, mm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 766 MMXP : PSHUFW mm, mm, im8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 767 MMXP : PREFETCHNTA [mem] L: [memory dep.] T: 0.11ns= 0.50c
Inst 768 MMXP : PREFETCHT0 [mem] L: [memory dep.] T: 0.10ns= 0.48c
Inst 769 MMXP : PREFETCHT1 [mem] L: [memory dep.] T: 0.10ns= 0.48c
Inst 770 MMXP : PREFETCHT2 [mem] L: [memory dep.] T: 0.10ns= 0.48c
Inst 771 MMXP : SFENCE L: 16.97ns= 80.0c T: 16.95ns= 79.92c
Inst 772 SSE2 : LFENCE L: 0.05ns= 0.3c T: 0.05ns= 0.25c
Inst 773 SSE2 : MFENCE L: 16.97ns= 80.0c T: 16.95ns= 79.92c
Inst 774 SSSE3 : PABSB mm, mm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 775 SSSE3 : PABSW mm, mm L: 0.42ns= 2.0c T: 0.10ns= 0.48c
Inst 776 SSSE3 : PABSD mm, mm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 777 SSSE3 : PALIGNR mm, mm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 778 SSSE3 : PHADDW mm, mm L: 1.06ns= 5.0c T: 0.41ns= 1.92c
Inst 779 SSSE3 : PHADDD mm, mm L: 1.06ns= 5.0c T: 0.41ns= 1.92c
Inst 780 SSSE3 : PHADDSW mm, mm L: 1.06ns= 5.0c T: 0.41ns= 1.92c
Inst 781 SSSE3 : PHSUBW mm, mm L: 1.06ns= 5.0c T: 0.41ns= 1.92c
Inst 782 SSSE3 : PHSUBD mm, mm L: 1.06ns= 5.0c T: 0.41ns= 1.92c
Inst 783 SSSE3 : PHSUBSW mm, mm L: 1.06ns= 5.0c T: 0.41ns= 1.92c
Inst 784 SSSE3 : PSHUFB mm, mm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 785 SSSE3 : PSIGNB mm, mm L: 0.42ns= 2.0c T: 0.10ns= 0.48c
Inst 786 SSSE3 : PSIGNW mm, mm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 787 SSSE3 : PSIGND mm, mm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 788 SSE : MOVHLPS xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 789 SSE : MOVHLPS xmm1, xmm2 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 790 AVX : VMOVHLPS xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 791 AVX : VMOVHLPS xmm1, xmm1, xmm2 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 792 SSE : MOVSS xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 793 AVX : VMOVSS xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 794 SSE : MOVSS xmm, [m32] L: [memory dep.] T: 0.10ns= 0.49c
Inst 795 SSE : MOVSS [m32], xmm L: [memory dep.] T: 0.21ns= 1.00c
Inst 796 SSE : MOVSS LS pair L: 2.33ns= 11.0c T: 0.21ns= 1.00c
Inst 797 AVX : VMOVSS xmm, [m32] L: [memory dep.] T: 0.10ns= 0.48c
Inst 798 AVX : VMOVSS [m32], xmm L: [memory dep.] T: 0.21ns= 1.00c
Inst 799 AVX : VMOVSS LS pair L: 2.19ns= 10.3c T: 0.12ns= 0.59c
Inst 800 SSE : MOVLPS xmm, [m32] L: [memory dep.] T: 0.10ns= 0.47c
Inst 801 SSE : MOVLPS [m32], xmm L: [memory dep.] T: 0.19ns= 0.92c
Inst 802 SSE : MOVLPS LS pair L: 2.60ns= 12.3c T: 0.21ns= 1.00c
Inst 803 AVX : VMOVLPS xmm, xmm, [m32] L: [memory dep.] T: 0.10ns= 0.48c
Inst 804 AVX : VMOVLPS [m32], xmm L: [memory dep.] T: 0.19ns= 0.92c
Inst 805 AVX : VMOVLPS LS pair L: 2.60ns= 12.3c T: 0.21ns= 1.00c
Inst 806 SSE : MOVHPS xmm, [m32] L: [memory dep.] T: 0.19ns= 0.92c
Inst 807 SSE : MOVHPS [m32], xmm L: [memory dep.] T: 0.21ns= 1.00c
Inst 808 SSE : MOVHPS LS pair L: 2.99ns= 14.1c T: 0.19ns= 0.92c
Inst 809 AVX : VMOVHPS xmm, xmm, [m32] L: [memory dep.] T: 0.19ns= 0.92c
Inst 810 AVX : VMOVHPS [m32], xmm L: [memory dep.] T: 0.19ns= 0.92c
Inst 811 AVX : VMOVHPS LS pair L: 2.99ns= 14.1c T: 0.19ns= 0.92c
Inst 812 SSE : MOVAPS xmm, xmm L: 0.05ns= 0.3c T: 0.05ns= 0.25c
Inst 813 SSE : MOVAPS xmm, [m128] L: [memory dep.] T: 0.10ns= 0.46c
Inst 814 SSE : MOVAPS [m128], xmm L: [memory dep.] T: 0.21ns= 1.00c
Inst 815 SSE : MOVAPS LS pair L: 2.33ns= 11.0c T: 0.21ns= 1.00c
Inst 816 AVX : VMOVAPS xmm, xmm L: 0.05ns= 0.3c T: 0.05ns= 0.25c
Inst 817 AVX : VMOVAPS xmm, [m128] L: [memory dep.] T: 0.10ns= 0.47c
Inst 818 AVX : VMOVAPS [m128], xmm L: [memory dep.] T: 0.19ns= 0.92c
Inst 819 AVX : VMOVAPS LS pair L: 2.19ns= 10.3c T: 0.12ns= 0.59c
Inst 820 SSE : MOVUPS xmm, xmm L: 0.05ns= 0.3c T: 0.05ns= 0.25c
Inst 821 SSE : MOVUPS xmm, [m128] L: [memory dep.] T: 0.10ns= 0.47c
Inst 822 SSE : MOVUPS [m128], xmm L: [memory dep.] T: 0.21ns= 1.00c
Inst 823 SSE : MOVUPS aligned LS pair L: 2.33ns= 11.0c T: 0.21ns= 1.00c
Inst 824 SSE : MOVUPS xmm, [m128 + 4] L: [memory dep.] T: 0.32ns= 1.50c
Inst 825 SSE : MOVUPS [m128 + 4], xmm L: [memory dep.] T: 0.41ns= 1.92c
Inst 826 SSE : MOVUPS unaligned LS pair L: 3.29ns= 15.5c T: 0.12ns= 0.55c
Inst 827 AVX : VMOVUPS xmm, xmm L: 0.05ns= 0.3c T: 0.05ns= 0.25c
Inst 828 AVX : VMOVUPS xmm, [m128] L: [memory dep.] T: 0.10ns= 0.48c
Inst 829 AVX : VMOVUPS [m128], xmm L: [memory dep.] T: 0.21ns= 1.00c
Inst 830 AVX : VMOVUPS aligned LS pair L: 2.19ns= 10.3c T: 0.13ns= 0.59c
Inst 831 AVX : VMOVUPS xmm, [m128 + 4] L: [memory dep.] T: 0.30ns= 1.42c
Inst 832 AVX : VMOVUPS [m128 + 4], xmm L: [memory dep.] T: 0.42ns= 2.00c
Inst 833 AVX : VMOVUPS unaligned LS pair L: 3.29ns= 15.5c T: 0.60ns= 2.83c
Inst 834 SSE4A : MOVNTSS [m32], xmm L: [memory dep.] T: 1.92ns= 1.92c
Inst 835 SSE : MOVNTPS [m128], xmm L: [memory dep.] T: 1.92ns= 1.92c
Inst 836 AVX : VMOVNTPS [m128], xmm L: [memory dep.] T: 1.83ns= 1.83c
Inst 837 SSE : MOVMSKPS r32, xmm L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 838 AVX : VMOVMSKPS r32, xmm L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 839 AVX : VMASKMOVPS xmm,xmm,[m128+4] L: [memory dep.] T: 0.32ns= 1.50c
Inst 840 AVX : VMASKMOVPS [m128+4],xmm,xmm L: [memory dep.] T: 18.73ns= 88.33c
Inst 841 AVX : VMASKMOVPS unaligned LSpair L: 22.73ns=107.2c T: 18.87ns= 89.00c
Inst 842 SSE : UNPCKLPS xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 843 AVX : VUNPCKLPS xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 844 SSE : UNPCKHPS xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 845 AVX : VUNPCKHPS xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 846 SSE : SHUFPS xmm, xmm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 847 AVX : VSHUFPS xmm, xmm, xmm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 848 AVX : VPERMILPS xmm, xmm, xmm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 849 AVX : VPERMILPS xmm, xmm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 850 SSE : COMISS xmm, xmm L: [no true dep.] T: 0.21ns= 1.00c
Inst 851 AVX : VCOMISS xmm, xmm L: [no true dep.] T: 0.21ns= 1.00c
Inst 852 SSE : UCOMISS xmm, xmm L: [no true dep.] T: 0.19ns= 0.92c
Inst 853 AVX : VUCOMISS xmm, xmm L: [no true dep.] T: 0.21ns= 1.00c
Inst 854 SSE : CMPSS xmm, xmm, imm8 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 855 SSE : CMPPS xmm, xmm, imm8 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 856 AVX : VCMPSS xmm, xmm, xmm, imm8 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 857 AVX : VCMPPS xmm, xmm, xmm, imm8 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 858 SSE : SUBSS xmm, xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 859 AVX : VSUBSS xmm, xmm, xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 860 SSE : SUBPS xmm, xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 861 AVX : VSUBPS xmm, xmm, xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 862 SSE : ADDSS xmm, xmm L: 1.06ns= 5.0c T: 0.10ns= 0.47c
Inst 863 AVX : VADDSS xmm, xmm, xmm L: 1.06ns= 5.0c T: 0.10ns= 0.48c
Inst 864 SSE : ADDPS xmm, xmm L: 1.06ns= 5.0c T: 0.10ns= 0.47c
Inst 865 AVX : VADDPS xmm, xmm, xmm L: 1.06ns= 5.0c T: 0.10ns= 0.48c
Inst 866 SSE : MULSS xmm, xmm L: 1.06ns= 5.0c T: 0.10ns= 0.47c
Inst 867 AVX : VMULSS xmm, xmm, xmm L: 1.06ns= 5.0c T: 0.10ns= 0.47c
Inst 868 SSE : MULPS xmm, xmm L: 1.06ns= 5.0c T: 0.10ns= 0.47c
Inst 869 AVX : VMULPS xmm, xmm, xmm L: 1.06ns= 5.0c T: 0.10ns= 0.48c
Inst 870 SSE : MULSS+ADDSS xmm, xmm L: 2.00ns= 9.4c T: 0.19ns= 0.92c
Inst 871 AVX : VMULSS+VADDSS xmm, xmm, xmm L: 2.12ns= 10.0c T: 0.19ns= 0.92c
Inst 872 SSE : MULPS+ADDPS xmm, xmm L: 2.12ns= 10.0c T: 0.19ns= 0.92c
Inst 873 AVX : VMULPS+VADDPS xmm, xmm, xmm L: 2.12ns= 10.0c T: 0.19ns= 0.92c
Inst 874 SSE : MULSS xm1,xm1 ADDSS xm2,xm2 L: 0.99ns= 4.7c T: 0.19ns= 0.92c
Inst 875 AVX : VMULSS xmm1.. VADDSS xmm2.. L: 1.06ns= 5.0c T: 0.19ns= 0.92c
Inst 876 SSE : MULPS xm1,xm1 ADDPS xm2,xm2 L: 1.06ns= 5.0c T: 0.19ns= 0.92c
Inst 877 AVX : VMULPS xmm1.. VADDPS xmm2.. L: 1.06ns= 5.0c T: 0.19ns= 0.92c
Inst 878 SSE : MAXSS xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 879 AVX : VMAXSS xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 880 SSE : MAXPS xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 881 AVX : VMAXPS xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 882 SSE : MINSS xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 883 AVX : VMINSS xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 884 SSE : MINPS xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 885 AVX : VMINPS xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 886 SSE : ANDNPS xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 887 SSE : ANDNPS xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 888 AVX : VANDNPS xmm, xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 889 AVX : VANDNPS xmm1, xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 890 SSE : ANDPS xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 891 SSE : ANDPS xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 892 AVX : VANDPS xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 893 AVX : VANDPS xmm1, xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 894 SSE : ORPS xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 895 SSE : ORPS xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.49c
Inst 896 AVX : VORPS xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 897 AVX : VORPS xmm1, xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 898 SSE : XORPS xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 899 SSE : XORPS xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 900 AVX : VXORPS xmm, xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 901 AVX : VXORPS xmm1, xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 902 SSE : DIVSS xmm, xmm L: 4.79ns= 22.6c T: 1.68ns= 7.92c
Inst 903 SSE : DIVSS (0.0f/x) L: 1.78ns= 8.4c T: 0.90ns= 4.25c
Inst 904 SSE : DIVSS (x/1.0f) L: 1.91ns= 9.0c T: 0.90ns= 4.25c
Inst 905 SSE : DIVSS (x/2.0f) L: 1.89ns= 8.9c T: 0.90ns= 4.25c
Inst 906 SSE : DIVSS (x/0.5f) L: 1.89ns= 8.9c T: 0.88ns= 4.17c
Inst 907 AVX : VDIVSS xmm, xmm, xmm L: 4.79ns= 22.6c T: 1.68ns= 7.92c
Inst 908 AVX : VDIVSS (0.0f/x) L: 1.91ns= 9.0c T: 0.90ns= 4.25c
Inst 909 AVX : VDIVSS (x/1.0f) L: 1.91ns= 9.0c T: 0.90ns= 4.25c
Inst 910 AVX : VDIVSS (x/2.0f) L: 1.87ns= 8.8c T: 0.90ns= 4.25c
Inst 911 AVX : VDIVSS (x/0.5f) L: 1.87ns= 8.8c T: 0.88ns= 4.17c
Inst 912 SSE : DIVPS xmm, xmm L: 4.79ns= 22.6c T: 1.89ns= 8.92c
Inst 913 SSE : DIVPS (0.0f/x) L: 1.78ns= 8.4c T: 0.90ns= 4.25c
Inst 914 SSE : DIVPS (x/1.0f) L: 1.91ns= 9.0c T: 0.88ns= 4.17c
Inst 915 SSE : DIVPS (x/2.0f) L: 1.54ns= 7.3c T: 0.90ns= 4.25c
Inst 916 SSE : DIVPS (x/0.5f) L: 1.54ns= 7.3c T: 0.90ns= 4.25c
Inst 917 AVX : VDIVPS xmm, xmm, xmm L: 4.79ns= 22.6c T: 1.68ns= 7.92c
Inst 918 AVX : VDIVPS (0.0f/x) L: 1.91ns= 9.0c T: 0.90ns= 4.25c
Inst 919 AVX : VDIVPS (x/1.0f) L: 1.78ns= 8.4c T: 0.90ns= 4.25c
Inst 920 AVX : VDIVPS (x/2.0f) L: 1.54ns= 7.3c T: 0.94ns= 4.42c
Inst 921 AVX : VDIVPS (x/0.5f) L: 1.54ns= 7.3c T: 0.90ns= 4.25c
Inst 922 SSE : SQRTSS xmm, xmm L: 35.81ns=168.8c T: 26.60ns=125.42c
Inst 923 SSE : SQRTSS (0.0f) L: 1.91ns= 9.0c T: 0.90ns= 4.25c
Inst 924 SSE : SQRTSS (1.0f) L: 1.78ns= 8.4c T: 0.90ns= 4.25c
Inst 925 AVX : VSQRTSS xmm, xmm L: 29.39ns=138.6c T: 36.90ns=174.00c
Inst 926 AVX : VSQRTSS (0.0f) L: 1.91ns= 9.0c T: 1.78ns= 8.42c
Inst 927 AVX : VSQRTSS (1.0f) L: 1.91ns= 9.0c T: 1.78ns= 8.42c
Inst 928 SSE : SQRTPS xmm, xmm L: 5.78ns= 27.3c T: 2.39ns= 11.25c
Inst 929 SSE : SQRTPS (0.0f) L: 1.91ns= 9.0c T: 0.90ns= 4.25c
Inst 930 SSE : SQRTPS (1.0f) L: 1.91ns= 9.0c T: 0.88ns= 4.17c
Inst 931 AVX : VSQRTPS xmm, xmm L: 5.78ns= 27.3c T: 2.39ns= 11.25c
Inst 932 AVX : VSQRTPS (0.0f) L: 1.78ns= 8.4c T: 0.90ns= 4.25c
Inst 933 AVX : VSQRTPS (1.0f) L: 1.91ns= 9.0c T: 0.90ns= 4.25c
Inst 934 SSE : RCPSS xmm, xmm L: 1.06ns= 5.0c T: 0.19ns= 0.92c
Inst 935 AVX : VRCPSS xmm, xmm, xmm L: 1.06ns= 5.0c T: 0.19ns= 0.92c
Inst 936 SSE : RCPPS xmm, xmm L: 1.06ns= 5.0c T: 0.19ns= 0.92c
Inst 937 AVX : VRCPPS xmm, xmm, xmm L: 1.06ns= 5.0c T: 0.19ns= 0.92c
Inst 938 SSE : RSQRTSS xmm, xmm L: 1.06ns= 5.0c T: 0.19ns= 0.92c
Inst 939 AVX : VRSQRTSS xmm, xmm, xmm L: 1.06ns= 5.0c T: 0.19ns= 0.92c
Inst 940 SSE : RSQRTPS xmm, xmm L: 0.99ns= 4.7c T: 0.19ns= 0.92c
Inst 941 AVX : VRSQRTPS xmm, xmm, xmm L: 1.06ns= 5.0c T: 0.19ns= 0.92c
Inst 942 SSE : CVTPI2PS xmm, mm L: [diff. reg. set] T: 0.19ns= 0.92c
Inst 943 SSE : CVTPS2PI mm, xmm L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 944 SSE : CVTPS2PI + CVTPI2PS L: 2.39ns= 11.3c T: 0.19ns= 0.92c
Inst 945 SSE : CVTTPS2PI mm, xmm L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 946 SSE : CVTTPS2PI + CVTPI2PS L: 2.39ns= 11.3c T: 0.19ns= 0.92c
Inst 947 SSE : CVTSI2SS xmm, r32 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 948 SSE : CVTSS2SI r32, xmm L: [diff. reg. set] T: 0.19ns= 0.92c
Inst 949 SSE : CVTSS2SI + CVTSI2SS r32 L: 5.18ns= 24.4c T: 0.21ns= 1.00c
Inst 950 SSE : CVTTSS2SI r32, xmm L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 951 SSE : CVTTSS2SI + CVTSI2SS r32 L: 5.18ns= 24.4c T: 0.21ns= 1.00c
Inst 952 AVX : VCVTSI2SS xmm, xmm, r32 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 953 AVX : VCVTSS2SI r32, xmm L: [diff. reg. set] T: 0.19ns= 0.92c
Inst 954 AVX : VCVTSS2SI + VCVTSI2SS r32 L: 5.18ns= 24.4c T: 0.23ns= 1.08c
Inst 955 AVX : VCVTTSS2SI r32, xmm L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 956 AVX : VCVTTSS2SI + VCVTSI2SS r32 L: 5.18ns= 24.4c T: 0.23ns= 1.08c
Inst 957 AMD64 : CVTSI2SS xmm, r64 L: [diff. reg. set] T: 0.19ns= 0.92c
Inst 958 AMD64 : CVTSS2SI r64, xmm L: [diff. reg. set] T: 0.19ns= 0.92c
Inst 959 AMD64 : CVTSS2SI + CVTSI2SS r64 L: 5.18ns= 24.4c T: 0.17ns= 0.82c
Inst 960 AMD64 : CVTTSS2SI r64, xmm L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 961 AMD64 : CVTTSS2SI + CVTSI2SS r64 L: 5.18ns= 24.4c T: 0.17ns= 0.82c
Inst 962 AVX : VCVTSI2SS xmm, xmm, r64 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 963 AVX : VCVTSS2SI r64, xmm L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 964 AVX : VCVTSS2SI + VCVTSI2SS r64 L: 5.18ns= 24.4c T: 0.23ns= 1.08c
Inst 965 AVX : VCVTTSS2SI r64, xmm L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 966 AVX : VCVTTSS2SI + VCVTSI2SS r64 L: 5.18ns= 24.4c T: 0.23ns= 1.08c
Inst 967 SSE : STMXCSR [mem] L: [memory dep.] T: 3.59ns= 16.92c
Inst 968 SSE : LDMXCSR [mem] L: [memory dep.] T: 35.38ns=166.83c
Inst 969 SSE : STMXCSR + LDMXCSR L: 5.58ns= 26.3c T: 5.58ns= 26.33c
Inst 970 SSE2 : MOVSD xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 971 SSE2 : MOVSD xmm, [m64] L: [memory dep.] T: 0.10ns= 0.47c
Inst 972 SSE2 : MOVSD [m64], xmm L: [memory dep.] T: 0.19ns= 0.92c
Inst 973 SSE2 : MOVSD LS pair L: 2.19ns= 10.3c T: 0.21ns= 1.00c
Inst 974 AVX : VMOVSD xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 975 AVX : VMOVSD xmm, [m64] L: [memory dep.] T: 0.10ns= 0.47c
Inst 976 AVX : VMOVSD [m64], xmm L: [memory dep.] T: 0.19ns= 0.92c
Inst 977 AVX : VMOVSD LS pair L: 2.19ns= 10.3c T: 0.15ns= 0.72c
Inst 978 SSE2 : MOVLPD xmm, [m64] L: [memory dep.] T: 0.10ns= 0.47c
Inst 979 SSE2 : MOVLPD [m64], xmm L: [memory dep.] T: 0.21ns= 1.00c
Inst 980 SSE2 : MOVLPD LS pair L: 2.60ns= 12.3c T: 0.21ns= 1.00c
Inst 981 AVX : VMOVLPD xmm, [m64] L: [memory dep.] T: 0.10ns= 0.48c
Inst 982 AVX : VMOVLPD [m64], xmm L: [memory dep.] T: 0.19ns= 0.92c
Inst 983 AVX : VMOVLPD LS pair L: 2.60ns= 12.3c T: 0.17ns= 0.78c
Inst 984 SSE2 : MOVHPD xmm, [m64] L: [memory dep.] T: 0.19ns= 0.92c
Inst 985 SSE2 : MOVHPD [m64], xmm L: [memory dep.] T: 0.21ns= 1.00c
Inst 986 SSE2 : MOVHPD LS pair L: 2.99ns= 14.1c T: 0.19ns= 0.92c
Inst 987 AVX : VMOVHPD xmm, [m64] L: [memory dep.] T: 0.19ns= 0.92c
Inst 988 AVX : VMOVHPD [m64], xmm L: [memory dep.] T: 0.21ns= 1.00c
Inst 989 AVX : VMOVHPD LS pair L: 2.99ns= 14.1c T: 0.19ns= 0.92c
Inst 990 SSE2 : MOVAPD xmm, xmm L: 0.05ns= 0.3c T: 0.05ns= 0.25c
Inst 991 SSE2 : MOVAPD xmm, [m128] L: [memory dep.] T: 0.10ns= 0.49c
Inst 992 SSE2 : MOVAPD [m128], xmm L: [memory dep.] T: 0.19ns= 0.92c
Inst 993 SSE2 : MOVAPD LS pair L: 2.33ns= 11.0c T: 0.21ns= 1.00c
Inst 994 AVX : VMOVAPD xmm, xmm L: 0.05ns= 0.3c T: 0.05ns= 0.25c
Inst 995 AVX : VMOVAPD xmm, [m128] L: [memory dep.] T: 0.10ns= 0.48c
Inst 996 AVX : VMOVAPD [m128], xmm L: [memory dep.] T: 0.21ns= 1.00c
Inst 997 AVX : VMOVAPD LS pair L: 2.33ns= 11.0c T: 0.14ns= 0.66c
Inst 998 SSE2 : MOVUPD xmm, xmm L: 0.05ns= 0.3c T: 0.05ns= 0.23c
Inst 999 SSE2 : MOVUPD xmm, [m128] L: [memory dep.] T: 0.10ns= 0.49c
Inst 1000 SSE2 : MOVUPD [m128], xmm L: [memory dep.] T: 0.19ns= 0.92c
Inst 1001 SSE2 : MOVUPD aligned LS pair L: 2.33ns= 11.0c T: 0.21ns= 1.00c
Inst 1002 SSE2 : MOVUPD xmm, [m128 + 4] L: [memory dep.] T: 0.32ns= 1.50c
Inst 1003 SSE2 : MOVUPD [m128 + 4], xmm L: [memory dep.] T: 0.39ns= 1.83c
Inst 1004 SSE2 : MOVUPD unaligned LS pair L: 3.29ns= 15.5c T: 0.46ns= 2.17c
Inst 1005 AVX : VMOVUPD xmm, xmm L: 0.05ns= 0.3c T: 0.05ns= 0.24c
Inst 1006 AVX : VMOVUPD xmm, [m128] L: [memory dep.] T: 0.10ns= 0.47c
Inst 1007 AVX : VMOVUPD [m128], xmm L: [memory dep.] T: 0.19ns= 0.92c
Inst 1008 AVX : VMOVUPD aligned LS pair L: 2.33ns= 11.0c T: 0.19ns= 0.92c
Inst 1009 AVX : VMOVUPD xmm, [m128 + 4] L: [memory dep.] T: 0.19ns= 0.89c
Inst 1010 AVX : VMOVUPD [m128 + 4], xmm L: [memory dep.] T: 0.39ns= 1.83c
Inst 1011 AVX : VMOVUPD unaligned LS pair L: 3.29ns= 15.5c T: 0.60ns= 2.83c
Inst 1012 SSE4A : MOVNTSD [m64], xmm L: [memory dep.] T: 1.83ns= 1.83c
Inst 1013 SSE2 : MOVNTPD [m128], xmm L: [memory dep.] T: 1.92ns= 1.92c
Inst 1014 AVX : VMOVNTPD [m128], xmm L: [memory dep.] T: 1.92ns= 1.92c
Inst 1015 SSE2 : MOVMSKPD r32, xmm L: [diff. reg. set] T: 0.19ns= 0.92c
Inst 1016 AVX : VMOVMSKPD r32, xmm L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1017 AVX : VMASKMOVPD xmm,xmm,[m128+4] L: [memory dep.] T: 0.19ns= 0.89c
Inst 1018 AVX : VMASKMOVPD [m128+4],xmm,xmm L: [memory dep.] T: 18.73ns= 88.33c
Inst 1019 AVX : VMASKMOVPD unaligned LSpair L: 22.73ns=107.2c T: 18.87ns= 89.00c
Inst 1020 SSE2 : UNPCKLPD xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1021 AVX : VUNPCKLPD xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1022 SSE2 : UNPCKHPD xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1023 AVX : VUNPCKHPD xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1024 SSE2 : SHUFPD xmm, xmm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1025 AVX : VSHUFPD xmm, xmm, xmm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1026 AVX : VPERMILPD xmm, xmm, xmm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1027 AVX : VPERMILPD xmm, xmm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1028 SSE2 : COMISD xmm, xmm L: [no true dep.] T: 0.21ns= 1.00c
Inst 1029 AVX : VCOMISD xmm, xmm L: [no true dep.] T: 0.19ns= 0.92c
Inst 1030 SSE2 : UCOMISD xmm, xmm L: [no true dep.] T: 0.21ns= 1.00c
Inst 1031 AVX : VUCOMISD xmm, xmm L: [no true dep.] T: 0.21ns= 1.00c
Inst 1032 SSE2 : CMPSD xmm, xmm, imm8 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1033 SSE2 : CMPPD xmm, xmm, imm8 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1034 AVX : VCMPSD xmm, xmm, xmm, imm8 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1035 AVX : VCMPPD xmm, xmm, xmm, imm8 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1036 SSE2 : SUBSD xmm, xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1037 AVX : VSUBSD xmm, xmm, xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1038 SSE2 : SUBPD xmm, xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1039 AVX : VSUBPD xmm, xmm, xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1040 SSE2 : ADDSD xmm, xmm L: 1.06ns= 5.0c T: 0.10ns= 0.47c
Inst 1041 AVX : VADDSD xmm, xmm, xmm L: 1.06ns= 5.0c T: 0.10ns= 0.47c
Inst 1042 SSE2 : ADDPD xmm, xmm L: 1.06ns= 5.0c T: 0.10ns= 0.47c
Inst 1043 AVX : VADDPD xmm, xmm, xmm L: 1.06ns= 5.0c T: 0.10ns= 0.47c
Inst 1044 SSE2 : MULSD xmm, xmm L: 1.06ns= 5.0c T: 0.10ns= 0.47c
Inst 1045 AVX : VMULSD xmm, xmm, xmm L: 1.06ns= 5.0c T: 0.10ns= 0.47c
Inst 1046 SSE2 : MULPD xmm, xmm L: 1.06ns= 5.0c T: 0.10ns= 0.47c
Inst 1047 AVX : VMULPD xmm, xmm, xmm L: 0.99ns= 4.7c T: 0.10ns= 0.47c
Inst 1048 SSE2 : MULSD+ADDSD xmm, xmm L: 2.00ns= 9.4c T: 0.19ns= 0.92c
Inst 1049 AVX : VMULSD+VADDSD xmm, xmm, xmm L: 2.12ns= 10.0c T: 0.19ns= 0.92c
Inst 1050 SSE2 : MULPD+ADDPD xmm, xmm L: 2.00ns= 9.4c T: 0.19ns= 0.92c
Inst 1051 AVX : VMULPD+VADDPD xmm, xmm, xmm L: 2.12ns= 10.0c T: 0.19ns= 0.92c
Inst 1052 SSE2 : MULSD xm1,xm1 ADDSD xm2,xm2 L: 1.06ns= 5.0c T: 0.19ns= 0.92c
Inst 1053 AVX : VMULSD xmm1.. VADDSD xmm2.. L: 1.06ns= 5.0c T: 0.19ns= 0.92c
Inst 1054 SSE2 : MULPD xm1,xm1 ADDPD xm2,xm2 L: 1.06ns= 5.0c T: 0.19ns= 0.92c
Inst 1055 AVX : VMULPD xmm1.. VADDPD xmm2.. L: 1.06ns= 5.0c T: 0.19ns= 0.92c
Inst 1056 SSE2 : MAXSD xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1057 AVX : VMAXSD xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.48c
Inst 1058 SSE2 : MAXPD xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1059 AVX : VMAXPD xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1060 SSE2 : MINSD xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1061 AVX : VMINSD xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1062 SSE2 : MINPD xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1063 AVX : VMINPD xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1064 SSE2 : ANDNPD xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 1065 SSE2 : ANDNPD xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1066 AVX : VANDNPD xmm, xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.47c
Inst 1067 AVX : VANDNPD xmm1, xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1068 SSE2 : ANDPD xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1069 SSE2 : ANDPD xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1070 AVX : VANDPD xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1071 AVX : VANDPD xmm1, xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1072 SSE2 : ORPD xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1073 SSE2 : ORPD xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1074 AVX : VORPD xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1075 AVX : VORPD xmm1, xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1076 SSE2 : XORPD xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.47c
Inst 1077 SSE2 : XORPD xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1078 AVX : VXORPD xmm, xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 1079 AVX : VXORPD xmm1, xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1080 SSE2 : DIVSD xmm, xmm L: 5.39ns= 25.4c T: 1.80ns= 8.50c
Inst 1081 SSE2 : DIVSD (0.0/x) L: 1.91ns= 9.0c T: 0.90ns= 4.25c
Inst 1082 SSE2 : DIVSD (x/1.0) L: 1.78ns= 8.4c T: 0.90ns= 4.25c
Inst 1083 SSE2 : DIVSD (x/2.0) L: 1.89ns= 8.9c T: 0.88ns= 4.17c
Inst 1084 SSE2 : DIVSD (x/0.5) L: 1.89ns= 8.9c T: 0.88ns= 4.17c
Inst 1085 AVX : VDIVSD xmm, xmm, xmm L: 5.39ns= 25.4c T: 1.80ns= 8.50c
Inst 1086 AVX : VDIVSD (0.0/x) L: 1.78ns= 8.4c T: 0.90ns= 4.25c
Inst 1087 AVX : VDIVSD (x/1.0) L: 1.91ns= 9.0c T: 0.90ns= 4.25c
Inst 1088 AVX : VDIVSD (x/2.0) L: 1.77ns= 8.3c T: 0.88ns= 4.17c
Inst 1089 AVX : VDIVSD (x/0.5) L: 1.87ns= 8.8c T: 0.90ns= 4.25c
Inst 1090 SSE2 : DIVPD xmm, xmm L: 5.39ns= 25.4c T: 1.80ns= 8.50c
Inst 1091 SSE2 : DIVPD (0.0/x) L: 1.91ns= 9.0c T: 0.90ns= 4.25c
Inst 1092 SSE2 : DIVPD (x/1.0) L: 1.91ns= 9.0c T: 0.90ns= 4.25c
Inst 1093 SSE2 : DIVPD (x/2.0) L: 1.54ns= 7.3c T: 0.90ns= 4.25c
Inst 1094 SSE2 : DIVPD (x/0.5) L: 1.54ns= 7.3c T: 0.94ns= 4.42c
Inst 1095 AVX : VDIVPD xmm, xmm, xmm L: 5.39ns= 25.4c T: 1.80ns= 8.50c
Inst 1096 AVX : VDIVPD (0.0/x) L: 1.91ns= 9.0c T: 0.90ns= 4.25c
Inst 1097 AVX : VDIVPD (x/1.0) L: 1.79ns= 8.4c T: 0.90ns= 4.25c
Inst 1098 AVX : VDIVPD (x/2.0) L: 1.54ns= 7.3c T: 0.94ns= 4.42c
Inst 1099 AVX : VDIVPD (x/0.5) L: 1.45ns= 6.8c T: 0.90ns= 4.25c
Inst 1100 SSE2 : SQRTSD xmm, xmm L: 7.58ns= 35.8c T: 2.90ns= 13.67c
Inst 1101 SSE2 : SQRTSD (0.0) L: 1.78ns= 8.4c T: 0.90ns= 4.25c
Inst 1102 SSE2 : SQRTSD (1.0) L: 1.91ns= 9.0c T: 0.90ns= 4.25c
Inst 1103 AVX : VSQRTSD xmm, xmm L: 7.58ns= 35.8c T: 5.78ns= 27.25c
Inst 1104 AVX : VSQRTSD (0.0) L: 1.91ns= 9.0c T: 1.78ns= 8.42c
Inst 1105 AVX : VSQRTSD (1.0) L: 1.91ns= 9.0c T: 1.79ns= 8.42c
Inst 1106 SSE2 : SQRTPD xmm, xmm L: 7.58ns= 35.8c T: 2.90ns= 13.67c
Inst 1107 SSE2 : SQRTPD (0.0) L: 1.78ns= 8.4c T: 0.90ns= 4.25c
Inst 1108 SSE2 : SQRTPD (1.0) L: 1.91ns= 9.0c T: 0.90ns= 4.25c
Inst 1109 AVX : VSQRTPD xmm, xmm L: 7.58ns= 35.8c T: 2.90ns= 13.67c
Inst 1110 AVX : VSQRTPD (0.0) L: 1.78ns= 8.4c T: 0.90ns= 4.25c
Inst 1111 AVX : VSQRTPD (1.0) L: 1.91ns= 9.0c T: 0.90ns= 4.25c
Inst 1112 SSE2 : CVTPI2PD xmm, mm L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1113 SSE2 : CVTPD2PI mm, xmm L: [diff. reg. set] T: 0.19ns= 0.92c
Inst 1114 SSE2 : CVTPD2PI + CVTPI2PD L: 2.79ns= 13.2c T: 0.19ns= 0.92c
Inst 1115 SSE2 : CVTTPD2PI mm, xmm L: [diff. reg. set] T: 0.19ns= 0.92c
Inst 1116 SSE2 : CVTTPD2PI + CVTPI2PD L: 2.79ns= 13.2c T: 0.19ns= 0.92c
Inst 1117 SSE2 : CVTSI2SD xmm, r32 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1118 SSE2 : CVTSD2SI r32, xmm L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1119 SSE2 : CVTSD2SI + CVTSI2SD r32 L: 5.18ns= 24.4c T: 0.21ns= 1.00c
Inst 1120 SSE2 : CVTTSD2SI r32, xmm L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1121 SSE2 : CVTTSD2SI + CVTSI2SD r32 L: 5.18ns= 24.4c T: 0.21ns= 1.00c
Inst 1122 AVX : VCVTSI2SD xmm, xmm, r32 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1123 AVX : VCVTSD2SI r32, xmm L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1124 AVX : VCVTSD2SI + VCVTSI2SD r32 L: 5.18ns= 24.4c T: 0.23ns= 1.08c
Inst 1125 AVX : VCVTTSD2SI r32, xmm L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1126 AVX : VCVTTSD2SI + VCVTSI2SD r32 L: 5.18ns= 24.4c T: 0.23ns= 1.08c
Inst 1127 AMD64 : CVTSI2SD xmm, r64 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1128 AMD64 : CVTSD2SI r64, xmm L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1129 AMD64 : CVTSD2SI + CVTSI2SD r64 L: 5.18ns= 24.4c T: 0.18ns= 0.85c
Inst 1130 AMD64 : CVTTSD2SI r64, xmm L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1131 AMD64 : CVTTSD2SI + CVTSI2SD r64 L: 5.18ns= 24.4c T: 0.17ns= 0.82c
Inst 1132 AVX : VCVTSI2SD xmm, xmm, r64 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1133 AVX : VCVTSD2SI r64, xmm L: [diff. reg. set] T: 0.19ns= 0.92c
Inst 1134 AVX : VCVTSD2SI + VCVTSI2SD r64 L: 5.18ns= 24.4c T: 0.23ns= 1.08c
Inst 1135 AVX : VCVTTSD2SI r64, xmm L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1136 AVX : VCVTTSD2SI + VCVTSI2SD r64 L: 5.18ns= 24.4c T: 0.21ns= 1.00c
Inst 1137 SSE2 : CVTDQ2PD xmm, xmm L: 1.70ns= 8.0c T: 0.21ns= 1.00c
Inst 1138 SSE2 : CVTPD2DQ xmm, xmm L: 1.70ns= 8.0c T: 0.21ns= 1.00c
Inst 1139 SSE2 : CVTPD2DQ + CVTDQ2PD L: 2.79ns= 13.2c T: 0.19ns= 0.92c
Inst 1140 SSE2 : CVTTPD2DQ xmm, xmm L: 1.70ns= 8.0c T: 0.21ns= 1.00c
Inst 1141 SSE2 : CVTTPD2DQ + CVTDQ2PD L: 2.97ns= 14.0c T: 0.19ns= 0.92c
Inst 1142 AVX : VCVTDQ2PD xmm, xmm L: 1.70ns= 8.0c T: 0.21ns= 1.00c
Inst 1143 AVX : VCVTPD2DQ xmm, xmm L: 1.59ns= 7.5c T: 0.19ns= 0.92c
Inst 1144 AVX : VCVTPD2DQ + VCVTDQ2PD L: 2.79ns= 13.2c T: 0.19ns= 0.92c
Inst 1145 AVX : VCVTTPD2DQ xmm, xmm L: 1.59ns= 7.5c T: 0.19ns= 0.92c
Inst 1146 AVX : VCVTTPD2DQ + VCVTDQ2PD L: 2.79ns= 13.2c T: 0.19ns= 0.92c
Inst 1147 SSE2 : CVTDQ2PS xmm, xmm L: 0.85ns= 4.0c T: 0.21ns= 1.00c
Inst 1148 SSE2 : CVTPS2DQ xmm, xmm L: 0.85ns= 4.0c T: 0.21ns= 1.00c
Inst 1149 SSE2 : CVTPS2DQ + CVTDQ2PS L: 1.59ns= 7.5c T: 0.41ns= 1.92c
Inst 1150 SSE2 : CVTTPS2DQ xmm, xmm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1151 SSE2 : CVTTPS2DQ + CVTDQ2PS L: 1.59ns= 7.5c T: 0.41ns= 1.92c
Inst 1152 AVX : VCVTDQ2PS xmm, xmm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1153 AVX : VCVTPS2DQ xmm, xmm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1154 AVX : VCVTPS2DQ + VCVTDQ2PS L: 1.70ns= 8.0c T: 0.41ns= 1.92c
Inst 1155 AVX : VCVTTPS2DQ xmm, xmm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1156 AVX : VCVTTPS2DQ + VCVTDQ2PS L: 1.59ns= 7.5c T: 0.41ns= 1.92c
Inst 1157 SSE2 : CVTPS2PD xmm, xmm L: 1.70ns= 8.0c T: 0.21ns= 1.00c
Inst 1158 SSE2 : CVTPD2PS xmm, xmm L: 1.70ns= 8.0c T: 0.10ns= 0.48c
Inst 1159 SSE2 : CVTPD2PS + CVTPS2PD L: 2.79ns= 13.2c T: 0.19ns= 0.92c
Inst 1160 SSE2 : CVTSS2SD xmm, xmm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1161 SSE2 : CVTSD2SS xmm, xmm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1162 SSE2 : CVTSD2SS + CVTSS2SD L: 1.59ns= 7.5c T: 0.41ns= 1.92c
Inst 1163 AVX : VCVTPS2PD xmm, xmm L: 1.59ns= 7.5c T: 0.19ns= 0.92c
Inst 1164 AVX : VCVTPD2PS xmm, xmm L: 1.70ns= 8.0c T: 0.21ns= 1.00c
Inst 1165 AVX : VCVTPD2PS + VCVTPS2PD L: 2.79ns= 13.2c T: 0.19ns= 0.92c
Inst 1166 AVX : VCVTSS2SD xmm, xmm, xmm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1167 AVX : VCVTSD2SS xmm, xmm, xmm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1168 AVX : VCVTSD2SS + VCVTSS2SD L: 1.70ns= 8.0c T: 0.41ns= 1.92c
Inst 1169 SSE2 : MOVD r32, xmm L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1170 SSE2 : MOVD xmm, r32 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1171 SSE2 : MOVD r32, xmm+MOVD xmm, r32 L: 3.59ns= 16.9c T: 0.04ns= 0.20c
Inst 1172 AVX : VMOVD r32, xmm L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1173 AVX : VMOVD xmm, r32 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1174 AVX : VMOVD r32,xmm+VMOVD xmm,r32 L: 3.59ns= 16.9c T: 0.21ns= 1.00c
Inst 1175 AMD64 : MOVD r64, xmm L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1176 AMD64 : MOVD xmm, r64 L: [diff. reg. set] T: 0.19ns= 0.92c
Inst 1177 AMD64 : MOVD r64, xmm+MOVD xmm, r64 L: 3.59ns= 16.9c T: 0.04ns= 0.20c
Inst 1178 AVX : VMOVD r64, xmm L: [diff. reg. set] T: 0.19ns= 0.92c
Inst 1179 AVX : VMOVD xmm, r64 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1180 AVX : VMOVD r64,xmm+VMOVD xmm,r64 L: 3.59ns= 16.9c T: 0.21ns= 1.00c
Inst 1181 SSE2 : MOVD xmm, [m32] L: [memory dep.] T: 0.10ns= 0.47c
Inst 1182 SSE2 : MOVD [m32], xmm L: [memory dep.] T: 0.19ns= 0.92c
Inst 1183 SSE2 : MOVD LS pair L: 2.33ns= 11.0c T: 0.21ns= 1.00c
Inst 1184 AVX : VMOVD xmm, [m32] L: [memory dep.] T: 0.10ns= 0.48c
Inst 1185 AVX : VMOVD [m32], xmm L: [memory dep.] T: 0.19ns= 0.92c
Inst 1186 AVX : VMOVD LS pair L: 2.33ns= 11.0c T: 0.14ns= 0.65c
Inst 1187 SSE2 : MOVQ xmm, [m64] L: [memory dep.] T: 0.10ns= 0.49c
Inst 1188 SSE2 : MOVQ [m64], xmm L: [memory dep.] T: 0.19ns= 0.92c
Inst 1189 SSE2 : MOVQ LS pair L: 2.19ns= 10.3c T: 0.21ns= 1.00c
Inst 1190 AVX : VMOVQ xmm, [m64] L: [memory dep.] T: 0.10ns= 0.49c
Inst 1191 AVX : VMOVQ [m64], xmm L: [memory dep.] T: 0.21ns= 1.00c
Inst 1192 AVX : VMOVQ LS pair L: 2.19ns= 10.3c T: 0.13ns= 0.62c
Inst 1193 SSE2 : MOVDQ2Q mm, xmm L: [diff. reg. set] T: 0.10ns= 0.48c
Inst 1194 SSE2 : MOVQ2DQ xmm, mm L: [diff. reg. set] T: 0.10ns= 0.48c
Inst 1195 SSE2 : MOVDQ2Q + MOVQ2DQ xmm, mm L: 0.80ns= 3.8c T: 0.19ns= 0.92c
Inst 1196 SSE2 : MOVDQA xmm, xmm L: 0.05ns= 0.3c T: 0.05ns= 0.25c
Inst 1197 SSE2 : MOVDQA xmm, [m128] L: [memory dep.] T: 0.10ns= 0.49c
Inst 1198 SSE2 : MOVDQA [m128], xmm L: [memory dep.] T: 0.19ns= 0.92c
Inst 1199 SSE2 : MOVDQA LS pair L: 2.33ns= 11.0c T: 0.21ns= 1.00c
Inst 1200 AVX : VMOVDQA xmm, xmm L: 0.05ns= 0.3c T: 0.05ns= 0.25c
Inst 1201 AVX : VMOVDQA xmm, [m128] L: [memory dep.] T: 0.10ns= 0.48c
Inst 1202 AVX : VMOVDQA [m128], xmm L: [memory dep.] T: 0.21ns= 1.00c
Inst 1203 AVX : VMOVDQA LS pair L: 0.21ns= 1.0c T: 0.21ns= 1.00c
Inst 1204 SSE2 : MOVDQU xmm, xmm L: 0.05ns= 0.3c T: 0.05ns= 0.25c
Inst 1205 SSE2 : MOVDQU xmm, [m128] L: [memory dep.] T: 0.10ns= 0.49c
Inst 1206 SSE2 : MOVDQU [m128], xmm L: [memory dep.] T: 0.19ns= 0.92c
Inst 1207 SSE2 : MOVDQU aligned LS pair L: 2.19ns= 10.3c T: 0.21ns= 1.00c
Inst 1208 SSE2 : MOVDQU xmm, [m128 + 4] L: [memory dep.] T: 0.32ns= 1.50c
Inst 1209 SSE2 : MOVDQU [m128 + 4], xmm L: [memory dep.] T: 0.39ns= 1.83c
Inst 1210 SSE2 : MOVDQU unaligned LS pair L: 3.29ns= 15.5c T: 0.46ns= 2.17c
Inst 1211 AVX : VMOVDQU xmm, xmm L: 0.05ns= 0.3c T: 0.05ns= 0.25c
Inst 1212 AVX : VMOVDQU xmm, [m128] L: [memory dep.] T: 0.10ns= 0.48c
Inst 1213 AVX : VMOVDQU [m128], xmm L: [memory dep.] T: 0.21ns= 1.00c
Inst 1214 AVX : VMOVDQU aligned LS pair L: 2.19ns= 10.3c T: 0.13ns= 0.62c
Inst 1215 AVX : VMOVDQU xmm, [m128 + 4] L: [memory dep.] T: 0.53ns= 2.50c
Inst 1216 AVX : VMOVDQU [m128 + 4], xmm L: [memory dep.] T: 0.39ns= 1.83c
Inst 1217 AVX : VMOVDQU unaligned LS pair L: 3.29ns= 15.5c T: 0.46ns= 2.17c
Inst 1218 SSE4.1: MOVNTDQA xmm, [m128] L: [memory dep.] T: 0.50ns= 0.50c
Inst 1219 SSE2 : MOVNTDQ [m128], xmm L: [memory dep.] T: 1.92ns= 1.92c
Inst 1220 SSE4.1: MOVNTDQA + MOVNTDQ L: 2.19ns= 10.3c T: 10.33ns= 10.33c
Inst 1221 AVX : VMOVNTDQA xmm, [m128] L: [memory dep.] T: 0.50ns= 0.50c
Inst 1222 AVX : VMOVNTDQ [m128], xmm L: [memory dep.] T: 1.92ns= 1.92c
Inst 1223 AVX : VMOVNTDQA + VMOVNTDQ L: 2.19ns= 10.3c T: 10.33ns= 10.33c
Inst 1224 SSE2 : PMOVMSKB r32, xmm L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1225 AMD64 : PMOVMSKB r64, xmm L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1226 AVX : VPMOVMSKB r32, xmm L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1227 AVX : VPMOVMSKB r64, xmm L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1228 SSE2 : MASKMOVDQU xmm, xmm L: [memory dep.] T: 99.67ns= 99.67c
Inst 1229 AVX : VMASKMOVDQU xmm, xmm L: [memory dep.] T: 99.67ns= 99.67c
Inst 1230 SSE2 : PADDB xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1231 AVX : VPADDB xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1232 SSE2 : PADDW xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1233 AVX : VPADDW xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1234 SSE2 : PADDD xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1235 AVX : VPADDD xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1236 SSE2 : PADDQ xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1237 AVX : VPADDQ xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1238 SSE2 : PADDSB xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1239 AVX : VPADDSB xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1240 SSE2 : PADDSW xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1241 AVX : VPADDSW xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1242 SSE2 : PADDUSB xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1243 AVX : VPADDUSB xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1244 SSE2 : PADDUSW xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1245 AVX : VPADDUSW xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1246 SSE2 : PSUBB xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.47c
Inst 1247 SSE2 : PSUBB xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1248 AVX : VPSUBB xmm, xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.47c
Inst 1249 AVX : VPSUBB xmm1, xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1250 SSE2 : PSUBW xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 1251 SSE2 : PSUBW xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1252 AVX : VPSUBW xmm, xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 1253 AVX : VPSUBW xmm1, xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1254 SSE2 : PSUBD xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.47c
Inst 1255 SSE2 : PSUBD xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1256 AVX : VPSUBD xmm, xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 1257 AVX : VPSUBD xmm1, xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1258 SSE2 : PSUBQ xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 1259 SSE2 : PSUBQ xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1260 AVX : VPSUBQ xmm, xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.47c
Inst 1261 AVX : VPSUBQ xmm1, xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1262 SSE2 : PSUBSB xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 1263 SSE2 : PSUBSB xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1264 AVX : VPSUBSB xmm, xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 1265 AVX : VPSUBSB xmm1, xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1266 SSE2 : PSUBSW xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.49c
Inst 1267 SSE2 : PSUBSW xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1268 AVX : VPSUBSW xmm, xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 1269 AVX : VPSUBSW xmm1, xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1270 SSE2 : PSUBUSB xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 1271 SSE2 : PSUBUSB xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1272 AVX : VPSUBUSB xmm, xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.47c
Inst 1273 AVX : VPSUBUSB xmm1, xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1274 SSE2 : PSUBUSW xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 1275 SSE2 : PSUBUSW xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1276 AVX : VPSUBUSW xmm, xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 1277 AVX : VPSUBUSW xmm1, xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1278 SSE2 : PCMPEQB xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 1279 SSE2 : PCMPEQB xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1280 AVX : VPCMPEQB xmm, xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 1281 AVX : VPCMPEQB xmm1, xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1282 SSE2 : PCMPEQW xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 1283 SSE2 : PCMPEQW xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1284 AVX : VPCMPEQW xmm, xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.47c
Inst 1285 AVX : VPCMPEQW xmm1, xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1286 SSE2 : PCMPEQD xmm, xmm L: 0.10ns= 0.5c T: 0.10ns= 0.46c
Inst 1287 SSE2 : PCMPEQD xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1288 AVX : VPCMPEQD xmm, xmm, xmm L: 0.10ns= 0.5c T: 0.10ns= 0.46c
Inst 1289 AVX : VPCMPEQD xmm1, xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1290 SSE4.1: PCMPEQQ xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1291 SSE4.1: PCMPEQQ xmm1, xmm2 L: 0.41ns= 1.9c T: 0.10ns= 0.47c
Inst 1292 AVX : VPCMPEQQ xmm, xmm, xmm L: 0.41ns= 1.9c T: 0.10ns= 0.47c
Inst 1293 AVX : VPCMPEQQ xmm1, xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1294 SSE2 : PCMPGTB xmm, xmm L: 0.11ns= 0.5c T: 0.11ns= 0.50c
Inst 1295 SSE2 : PCMPGTB xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1296 AVX : VPCMPGTB xmm, xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 1297 AVX : VPCMPGTB xmm1, xmm1, xmm2 L: 0.41ns= 1.9c T: 0.10ns= 0.47c
Inst 1298 SSE2 : PCMPGTW xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.47c
Inst 1299 SSE2 : PCMPGTW xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.48c
Inst 1300 AVX : VPCMPGTW xmm, xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 1301 AVX : VPCMPGTW xmm1, xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1302 SSE2 : PCMPGTD xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 1303 SSE2 : PCMPGTD xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1304 AVX : VPCMPGTD xmm, xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 1305 AVX : VPCMPGTD xmm1, xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1306 SSE4.2: PCMPGTQ xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1307 SSE4.2: PCMPGTQ xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1308 AVX : VPCMPGTQ xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1309 AVX : VPCMPGTQ xmm1, xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1310 SSE2 : PAND xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1311 SSE2 : PAND xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.49c
Inst 1312 AVX : VPAND xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1313 AVX : VPAND xmm1, xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1314 SSE2 : PANDN xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 1315 SSE2 : PANDN xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1316 AVX : VPANDN xmm, xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.49c
Inst 1317 AVX : VPANDN xmm1, xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1318 SSE2 : POR xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1319 SSE2 : POR xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1320 AVX : VPOR xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1321 AVX : VPOR xmm1, xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1322 SSE2 : PXOR xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.49c
Inst 1323 SSE2 : PXOR xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1324 AVX : VPXOR xmm, xmm, xmm L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 1325 AVX : VPXOR xmm1, xmm1, xmm2 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1326 SSE2 : PMULHW xmm, xmm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1327 AVX : VPMULHW xmm, xmm, xmm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1328 SSE2 : PMULHUW xmm, xmm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1329 AVX : VPMULHUW xmm, xmm, xmm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1330 SSSE3 : PMULHRSW xmm, xmm L: 0.85ns= 4.0c T: 0.21ns= 1.00c
Inst 1331 AVX : VPMULHRSW xmm, xmm, xmm L: 0.85ns= 4.0c T: 0.21ns= 1.00c
Inst 1332 SSE2 : PMULLW xmm, xmm L: 0.85ns= 4.0c T: 0.21ns= 1.00c
Inst 1333 AVX : VPMULLW xmm, xmm, xmm L: 0.80ns= 3.8c T: 0.19ns= 0.92c
Inst 1334 SSE4.1: PMULLD xmm, xmm L: 0.99ns= 4.7c T: 0.41ns= 1.92c
Inst 1335 AVX : VPMULLD xmm, xmm, xmm L: 1.06ns= 5.0c T: 0.41ns= 1.92c
Inst 1336 SSE4.1: PMULDQ xmm, xmm L: 0.80ns= 3.8c T: 0.19ns= 0.92c
Inst 1337 AVX : VPMULDQ xmm, xmm, xmm L: 0.80ns= 3.8c T: 0.19ns= 0.92c
Inst 1338 SSE2 : PMULUDQ xmm, xmm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1339 AVX : VPMULUDQ xmm, xmm, xmm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1340 SSSE3 : PMADDUBSW xmm, xmm L: 0.80ns= 3.8c T: 0.19ns= 0.92c
Inst 1341 AVX : VPMADDUBSW xmm, xmm, xmm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1342 SSE2 : PMADDWD xmm, xmm L: 0.80ns= 3.8c T: 0.19ns= 0.92c
Inst 1343 AVX : VPMADDWD xmm, xmm, xmm L: 0.80ns= 3.8c T: 0.19ns= 0.92c
Inst 1344 SSE2 : PSLLW xmm, xmm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1345 AVX : VPSLLW xmm, xmm, xmm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1346 SSE2 : PSLLW xmm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1347 AVX : VPSLLW xmm, xmm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1348 SSE2 : PSLLD xmm, xmm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1349 AVX : VPSLLD xmm, xmm, xmm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1350 SSE2 : PSLLD xmm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1351 AVX : VPSLLD xmm, xmm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1352 SSE2 : PSLLQ xmm, xmm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1353 AVX : VPSLLQ xmm, xmm, xmm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1354 SSE2 : PSLLQ xmm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1355 AVX : VPSLLQ xmm, xmm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1356 SSE2 : PSLLDQ xmm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1357 AVX : VPSLLDQ xmm, xmm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1358 SSE2 : PSRAW xmm, xmm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1359 AVX : VPSRAW xmm, xmm, xmm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1360 SSE2 : PSRAW xmm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1361 AVX : VPSRAW xmm, xmm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1362 SSE2 : PSRAD xmm, xmm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1363 AVX : VPSRAD xmm, xmm, xmm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1364 SSE2 : PSRAD xmm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1365 AVX : VPSRAD xmm, xmm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1366 SSE2 : PSRLW xmm, xmm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1367 AVX : VPSRLW xmm, xmm, xmm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1368 SSE2 : PSRLW xmm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1369 AVX : VPSRLW xmm, xmm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1370 SSE2 : PSRLD xmm, xmm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1371 AVX : VPSRLD xmm, xmm, xmm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1372 SSE2 : PSRLD xmm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1373 AVX : VPSRLD xmm, xmm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1374 SSE2 : PSRLQ xmm, xmm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1375 AVX : VPSRLQ xmm, xmm, xmm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1376 SSE2 : PSRLQ xmm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1377 AVX : VPSRLQ xmm, xmm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1378 SSE2 : PSRLDQ xmm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1379 AVX : VPSRLDQ xmm, xmm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1380 SSE2 : PUNPCKHBW xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1381 AVX : VPUNPCKHBW xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1382 SSE2 : PUNPCKHWD xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1383 AVX : VPUNPCKHWD xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1384 SSE2 : PUNPCKHDQ xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1385 AVX : VPUNPCKHDQ xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1386 SSE2 : PUNPCKHQDQ xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1387 AVX : VPUNPCKHQDQ xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1388 SSE2 : PUNPCKLBW xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1389 AVX : VPUNPCKLBW xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1390 SSE2 : PUNPCKLWD xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1391 AVX : VPUNPCKLWD xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1392 SSE2 : PUNPCKLDQ xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1393 AVX : VPUNPCKLDQ xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1394 SSE2 : PUNPCKLQDQ xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1395 AVX : VPUNPCKLQDQ xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1396 SSE2 : PACKSSWB xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1397 AVX : VPACKSSWB xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1398 SSE2 : PACKUSWB xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1399 AVX : VPACKUSWB xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1400 SSE2 : PACKSSDW xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1401 AVX : VPACKSSDW xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1402 SSE4.1: PACKUSDW xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1403 AVX : VPACKUSDW xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1404 SSE2 : PAVGB xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1405 AVX : VPAVGB xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1406 SSE2 : PAVGW xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1407 AVX : VPAVGW xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1408 SSE4.1: PEXTRB r32, xmm, im8 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1409 SSE4.1: PINSRB xmm, r32, im8 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1410 SSE4.1: PEXTRB + PINSRB r32 L: 4.38ns= 20.7c T: 0.27ns= 1.25c
Inst 1411 AVX : VPEXTRB r32, xmm, im8 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1412 AVX : VPINSRB xmm, r32, im8 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1413 AVX : VPEXTRB + VPINSRB r32 L: 4.38ns= 20.7c T: 0.32ns= 1.50c
Inst 1414 SSE4.1: PEXTRB r64, xmm, im8 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1415 SSE4.1: PEXTRB r64 + PINSRB r32 L: 4.38ns= 20.7c T: 0.28ns= 1.33c
Inst 1416 AVX : VPEXTRB r64, xmm, im8 L: [diff. reg. set] T: 0.19ns= 0.92c
Inst 1417 AVX : VPEXTRB r64 + VPINSRB r32 L: 4.38ns= 20.7c T: 0.32ns= 1.50c
Inst 1418 SSE2 : PEXTRW r32, xmm, im8 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1419 SSE2 : PINSRW xmm, r32, im8 L: [diff. reg. set] T: 0.23ns= 1.08c
Inst 1420 SSE2 : PEXTRW + PINSRW r32 L: 4.38ns= 20.7c T: 0.28ns= 1.33c
Inst 1421 AVX : VPEXTRW r32, xmm, im8 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1422 AVX : VPINSRW xmm, r32, im8 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1423 AVX : VPEXTRW + VPINSRW r32 L: 4.38ns= 20.7c T: 0.42ns= 2.00c
Inst 1424 AMD64 : PEXTRW r64, xmm, im8 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1425 AMD64 : PEXTRW r64 + PINSRW r32 L: 4.38ns= 20.7c T: 0.28ns= 1.33c
Inst 1426 AVX : VPEXTRW r64, xmm, im8 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1427 AVX : VPEXTRW r64 + VPINSRW r32 L: 4.38ns= 20.7c T: 0.41ns= 1.92c
Inst 1428 SSE4.1: PEXTRD r32, xmm, im8 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1429 SSE4.1: PINSRD xmm, r32, im8 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1430 SSE4.1: PEXTRD + PINSRD r32 L: 4.38ns= 20.7c T: 0.27ns= 1.25c
Inst 1431 AVX : VPEXTRD r32, xmm, im8 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1432 AVX : VPINSRD xmm, r32, im8 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1433 AVX : VPEXTRD + VPINSRD r32 L: 4.38ns= 20.7c T: 0.32ns= 1.50c
Inst 1434 SSE4.1: PEXTRQ r64, xmm, im8 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1435 SSE4.1: PINSRQ xmm, r64, im8 L: [diff. reg. set] T: 0.23ns= 1.08c
Inst 1436 SSE4.1: PEXTRD + PINSRD r64 L: 4.38ns= 20.7c T: 0.28ns= 1.33c
Inst 1437 AVX : VPEXTRQ r64, xmm, im8 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1438 AVX : VPINSRQ xmm, r64, im8 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1439 AVX : VPEXTRQ + VPINSRQ r64 L: 4.38ns= 20.7c T: 0.32ns= 1.50c
Inst 1440 SSE4.1: EXTRACTPS r32, xmm, im8 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1441 AVX : VEXTRACTPS r32, xmm, im8 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1442 SSE4.1: EXTRACTPS r64, xmm, im8 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1443 AVX : VEXTRACTPS r64, xmm, im8 L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1444 SSE4.1: INSERTPS xmm, xmm, im8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1445 AVX : VINSERTPS xmm, xmm, im8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1446 SSE4A : EXTRQ xmm, im8, im8 L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1447 SSE4A : EXTRQ xmm, xmm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1448 SSE4A : INSERTQ xmm, xmm, im8, im8 L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1449 SSE4A : INSERTQ xmm, xmm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1450 SSE2 : PMAXUB xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1451 AVX : VPMAXUB xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1452 SSE4.1: PMAXSB xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1453 AVX : VPMAXSB xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1454 SSE4.1: PMAXUW xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1455 AVX : VPMAXUW xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1456 SSE2 : PMAXSW xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1457 AVX : VPMAXSW xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1458 SSE4.1: PMAXUD xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1459 AVX : VPMAXUD xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1460 SSE4.1: PMAXSD xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1461 AVX : VPMAXSD xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1462 SSE2 : PMINUB xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1463 AVX : VPMINUB xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1464 SSE4.1: PMINSB xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1465 AVX : VPMINSB xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1466 SSE4.1: PMINUW xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1467 AVX : VPMINUW xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1468 SSE2 : PMINSW xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1469 AVX : VPMINSW xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1470 SSE4.1: PMINUD xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1471 AVX : VPMINUD xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1472 SSE4.1: PMINSD xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1473 AVX : VPMINSD xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1474 SSE2 : PSADBW xmm, xmm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1475 AVX : VPSADBW xmm, xmm, xmm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1476 SSSE3 : PSHUFB xmm, xmm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1477 AVX : VPSHUFB xmm, xmm, xmm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1478 SSE2 : PSHUFLW xmm, xmm, im8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1479 AVX : VPSHUFLW xmm, xmm, im8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1480 SSE2 : PSHUFHW xmm, xmm, im8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1481 AVX : VPSHUFHW xmm, xmm, im8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1482 SSE2 : PSHUFD xmm, xmm, im8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1483 AVX : VPSHUFD xmm, xmm, im8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1484 SSE3 : ADDSUBPS xmm, xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1485 AVX : VADDSUBPS xmm, xmm, xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1486 SSE3 : ADDSUBPD xmm, xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1487 AVX : VADDSUBPD xmm, xmm, xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1488 SSE3 : HADDPS xmm, xmm L: 2.19ns= 10.3c T: 0.41ns= 1.92c
Inst 1489 AVX : VHADDPS xmm, xmm, xmm L: 2.19ns= 10.3c T: 0.41ns= 1.92c
Inst 1490 SSE3 : HADDPD xmm, xmm L: 2.19ns= 10.3c T: 0.39ns= 1.83c
Inst 1491 AVX : VHADDPD xmm, xmm, xmm L: 2.33ns= 11.0c T: 0.41ns= 1.92c
Inst 1492 SSE3 : HSUBPS xmm, xmm L: 2.19ns= 10.3c T: 0.41ns= 1.92c
Inst 1493 AVX : VHSUBPS xmm, xmm, xmm L: 2.19ns= 10.3c T: 0.41ns= 1.92c
Inst 1494 SSE3 : HSUBPD xmm, xmm L: 2.33ns= 11.0c T: 0.41ns= 1.92c
Inst 1495 AVX : VHSUBPD xmm, xmm, xmm L: 2.19ns= 10.3c T: 0.41ns= 1.92c
Inst 1496 SSE3 : MOVSLDUP xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1497 AVX : VMOVSLDUP xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1498 SSE3 : MOVSHDUP xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1499 AVX : VMOVSHDUP xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1500 SSE3 : MOVDDUP xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1501 AVX : VMOVDDUP xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1502 SSE3 : LDDQU xmm, [m128 + 4] L: [memory dep.] T: 0.32ns= 1.50c
Inst 1503 AVX : VLDDQU xmm, [m128 + 4] L: [memory dep.] T: 0.27ns= 1.25c
Inst 1504 SSSE3 : PABSB xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1505 AVX : VPABSB xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.48c
Inst 1506 SSSE3 : PABSW xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1507 AVX : VPABSW xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1508 SSSE3 : PABSD xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1509 AVX : VPABSD xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1510 SSSE3 : PALIGNR xmm, xmm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1511 AVX : VPALIGNR xmm, xmm, xmm, im8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1512 SSSE3 : PHADDW xmm, xmm L: 1.06ns= 5.0c T: 0.41ns= 1.92c
Inst 1513 AVX : VPHADDW xmm, xmm, xmm L: 1.06ns= 5.0c T: 0.41ns= 1.92c
Inst 1514 SSSE3 : PHADDD xmm, xmm L: 1.06ns= 5.0c T: 0.41ns= 1.92c
Inst 1515 AVX : VPHADDD xmm, xmm, xmm L: 1.06ns= 5.0c T: 0.41ns= 1.92c
Inst 1516 SSSE3 : PHADDSW xmm, xmm L: 1.06ns= 5.0c T: 0.39ns= 1.83c
Inst 1517 AVX : VPHADDSW xmm, xmm, xmm L: 1.06ns= 5.0c T: 0.37ns= 1.75c
Inst 1518 SSSE3 : PHSUBW xmm, xmm L: 1.06ns= 5.0c T: 0.41ns= 1.92c
Inst 1519 AVX : VPHSUBW xmm, xmm, xmm L: 1.06ns= 5.0c T: 0.41ns= 1.92c
Inst 1520 SSSE3 : PHSUBD xmm, xmm L: 1.06ns= 5.0c T: 0.41ns= 1.92c
Inst 1521 AVX : VPHSUBD xmm, xmm, xmm L: 1.06ns= 5.0c T: 0.41ns= 1.92c
Inst 1522 SSSE3 : PHSUBSW xmm, xmm L: 0.99ns= 4.7c T: 0.41ns= 1.92c
Inst 1523 AVX : VPHSUBSW xmm, xmm, xmm L: 1.06ns= 5.0c T: 0.41ns= 1.92c
Inst 1524 SSSE3 : PSIGNB xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1525 AVX : VPSIGNB xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1526 SSSE3 : PSIGNW xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1527 AVX : VPSIGNW xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1528 SSSE3 : PSIGND xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1529 AVX : VPSIGND xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1530 SSE4.1: BLENDPS xmm, xmm, imm8 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1531 AVX : VBLENDPS xmm, xmm, xmm, im8 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1532 SSE4.1: BLENDVPS xmm, xmm, <xmm0> L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1533 AVX : VBLENDVPS xmm, xmm, xmm, xm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1534 SSE4.1: BLENDPD xmm, xmm, imm8 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1535 AVX : VBLENDPD xmm, xmm, xmm, im8 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1536 SSE4.1: BLENDVPD xmm, xmm, <xmm0> L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1537 AVX : VBLENDVPD xmm, xmm, xmm, xm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1538 SSE4.1: PBLENDW xmm, xmm, imm8 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1539 AVX : VPBLENDW xmm, xmm, xmm, im8 L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1540 SSE4.1: PBLENDVB xmm, xmm, <xmm0> L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1541 AVX : VPBLENDVB xmm, xmm, xmm, xm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1542 SSE4.1: DPPS xmm, xmm, imm8 L: 4.98ns= 23.5c T: 0.94ns= 4.42c
Inst 1543 AVX : VDPPS xmm, xmm, xmm, imm8 L: 5.97ns= 28.2c T: 1.25ns= 5.92c
Inst 1544 SSE4.1: DPPD xmm, xmm, imm8 L: 2.99ns= 14.1c T: 0.97ns= 4.58c
Inst 1545 AVX : VDPPD xmm, xmm, xmm, imm8 L: 2.99ns= 14.1c T: 0.97ns= 4.58c
Inst 1546 SSE4.1: MPSADBW xmm, xmm, imm8 L: 2.12ns= 10.0c T: 0.80ns= 3.75c
Inst 1547 AVX : VMPSADBW xmm, xmm, imm8 L: 2.12ns= 10.0c T: 0.76ns= 3.58c
Inst 1548 SSE4.1: PHMINPOSUW xmm, xmm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1549 AVX : VPHMINPOSUW xmm, xmm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1550 SSE4.1: PMOVSXBW xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1551 AVX : VPMOVSXBW xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1552 SSE4.1: PMOVSXBD xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1553 AVX : VPMOVSXBD xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1554 SSE4.1: PMOVSXBQ xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1555 AVX : VPMOVSXBQ xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1556 SSE4.1: PMOVSXWD xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1557 AVX : VPMOVSXWD xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1558 SSE4.1: PMOVSXWQ xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1559 AVX : VPMOVSXWQ xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1560 SSE4.1: PMOVSXDQ xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1561 AVX : VPMOVSXDQ xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1562 SSE4.1: PMOVZXBW xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1563 AVX : VPMOVZXBW xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1564 SSE4.1: PMOVZXBD xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1565 AVX : VPMOVZXBD xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1566 SSE4.1: PMOVZXBQ xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1567 AVX : VPMOVZXBQ xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1568 SSE4.1: PMOVZXWD xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1569 AVX : VPMOVZXWD xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1570 SSE4.1: PMOVZXWQ xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1571 AVX : VPMOVZXWQ xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1572 SSE4.1: PMOVZXDQ xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1573 AVX : VPMOVZXDQ xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1574 SSE4.1: PTEST xmm, xmm L: [no true dep.] T: 0.21ns= 1.00c
Inst 1575 AVX : VPTEST xmm, xmm L: [no true dep.] T: 0.19ns= 0.92c
Inst 1576 AVX : VPTESTPS xmm, xmm L: [no true dep.] T: 0.21ns= 1.00c
Inst 1577 AVX : VPTESTPD xmm, xmm L: [no true dep.] T: 0.21ns= 1.00c
Inst 1578 SSE4.1: ROUNDSS xmm, xmm, imm8 L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1579 AVX : VROUNDSS xmm, xmm, xmm, im8 L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1580 SSE4.1: ROUNDPS xmm, xmm, imm8 L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1581 AVX : VROUNDPS xmm, xmm, imm8 L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1582 SSE4.1: ROUNDSD xmm, xmm, imm8 L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1583 AVX : VROUNDSD xmm, xmm, xmm, im8 L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1584 SSE4.1: ROUNDPD xmm, xmm, imm8 L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1585 AVX : VROUNDPD xmm, xmm, imm8 L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1586 AVX : VBROADCASTSS xmm, m32 L: [memory dep.] T: 0.19ns= 0.92c
Inst 1587 SSE4.2: PCMPESTRI xmm, xmm, imm8 L: 2.12ns= 10.0c T: 2.00ns= 9.42c
Inst 1588 AVX : VPCMPESTRI xmm, xmm, imm8 L: 2.12ns= 10.0c T: 2.00ns= 9.42c
Inst 1589 SSE4.2: PCMPESTRM xmm, xmm, imm8 L: 2.00ns= 9.4c T: 2.00ns= 9.42c
Inst 1590 AVX : VPCMPESTRM xmm, xmm, imm8 L: 2.12ns= 10.0c T: 2.00ns= 9.42c
Inst 1591 SSE4.2: PCMPISTRI xmm, xmm, imm8 L: 0.60ns= 2.8c T: 0.60ns= 2.83c
Inst 1592 AVX : VPCMPISTRI xmm, xmm, imm8 L: 0.64ns= 3.0c T: 0.60ns= 2.83c
Inst 1593 SSE4.2: PCMPISTRM xmm, xmm, imm8 L: 0.85ns= 4.0c T: 0.80ns= 3.75c
Inst 1594 AVX : VPCMPISTRM xmm, xmm, imm8 L: 0.85ns= 4.0c T: 0.80ns= 3.75c
Inst 1595 CLMUL : PCLMULQDQ xmm, xmm, imm8 L: 2.60ns= 12.3c T: 1.33ns= 6.25c
Inst 1596 AVX : VPCLMULQDQ xmm,xmm,xmm,im8 L: 2.60ns= 12.3c T: 1.33ns= 6.25c
Inst 1597 AESNI : AESENC xmm, xmm L: 1.91ns= 9.0c T: 0.21ns= 1.00c
Inst 1598 AVX : VAESENC xmm, xmm, xmm L: 1.78ns= 8.4c T: 0.21ns= 1.00c
Inst 1599 AESNI : AESENCLAST xmm, xmm L: 1.91ns= 9.0c T: 0.21ns= 1.00c
Inst 1600 AVX : VAESENCLAST xmm, xmm, xmm L: 1.78ns= 8.4c T: 0.11ns= 0.54c
Inst 1601 AESNI : AESDEC xmm, xmm L: 1.91ns= 9.0c T: 0.11ns= 0.54c
Inst 1602 AVX : VAESDEC xmm, xmm, xmm L: 1.91ns= 9.0c T: 0.21ns= 1.00c
Inst 1603 AESNI : AESDECLAST xmm, xmm L: 1.91ns= 9.0c T: 0.21ns= 1.00c
Inst 1604 AVX : VAESDECLAST xmm, xmm, xmm L: 1.91ns= 9.0c T: 0.21ns= 1.00c
Inst 1605 AESNI : AESIMC xmm, xmm L: 0.99ns= 4.7c T: 0.19ns= 0.92c
Inst 1606 AVX : VAESIMC xmm, xmm L: 1.06ns= 5.0c T: 0.19ns= 0.92c
Inst 1607 AESNI : AESKEYGEN xmm, xmm, imm8 L: 1.06ns= 5.0c T: 0.19ns= 0.92c
Inst 1608 AVX : VAESKEYGEN xmm, xmm, imm8 L: 1.06ns= 5.0c T: 0.19ns= 0.92c
Inst 1609 FMA4 : VFMADDSS xmm,xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1610 FMA3 : VFMADD132SS xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1611 FMA3 : VFMADD213SS xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1612 FMA3 : VFMADD231SS xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1613 FMA4 : VFMADDPS xmm,xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1614 FMA3 : VFMADD132PS xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1615 FMA3 : VFMADD213PS xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1616 FMA3 : VFMADD231PS xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1617 FMA4 : VFMSUBSS xmm,xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1618 FMA3 : VFMSUB132SS xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1619 FMA3 : VFMSUB213SS xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1620 FMA3 : VFMSUB231SS xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1621 FMA4 : VFMSUBPS xmm,xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1622 FMA3 : VFMSUB132PS xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1623 FMA3 : VFMSUB213PS xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1624 FMA3 : VFMSUB231PS xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1625 FMA4 : VFNMADDSS xmm,xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1626 FMA3 : VFNMADD132SS xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1627 FMA3 : VFNMADD213SS xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1628 FMA3 : VFNMADD231SS xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1629 FMA4 : VFNMADDPS xmm,xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1630 FMA3 : VFNMADD132PS xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.06ns= 0.30c
Inst 1631 FMA3 : VFNMADD213PS xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1632 FMA3 : VFNMADD231PS xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1633 FMA4 : VFNMSUBSS xmm,xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1634 FMA3 : VFNMSUB132SS xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1635 FMA3 : VFNMSUB213SS xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1636 FMA3 : VFNMSUB231SS xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1637 FMA4 : VFNMSUBPS xmm,xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1638 FMA3 : VFNMSUB132PS xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1639 FMA3 : VFNMSUB213PS xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1640 FMA3 : VFNMSUB231PS xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.06ns= 0.30c
Inst 1641 FMA4 : VFMADDSUBPS xmm,xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1642 FMA3 : VFMADDSUB132PS xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1643 FMA3 : VFMADDSUB213PS xmm,xmm,xmm L: 0.99ns= 4.7c T: 0.12ns= 0.58c
Inst 1644 FMA3 : VFMADDSUB231PS xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1645 FMA4 : VFMSUBADDPS xmm,xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1646 FMA3 : VFMSUBADD132PS xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1647 FMA3 : VFMSUBADD213PS xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1648 FMA3 : VFMSUBADD231PS xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1649 FMA4 : VFMADDSD xmm,xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1650 FMA3 : VFMADD132SD xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.06ns= 0.30c
Inst 1651 FMA3 : VFMADD213SD xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1652 FMA3 : VFMADD231SD xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1653 FMA4 : VFMADDPD xmm,xmm,xmm,xmm L: 0.99ns= 4.7c T: 0.12ns= 0.58c
Inst 1654 FMA3 : VFMADD132PD xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.06ns= 0.30c
Inst 1655 FMA3 : VFMADD213PD xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1656 FMA3 : VFMADD231PD xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1657 FMA4 : VFMSUBSD xmm,xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1658 FMA3 : VFMSUB132SD xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1659 FMA3 : VFMSUB213SD xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1660 FMA3 : VFMSUB231SD xmm,xmm,xmm L: 0.99ns= 4.7c T: 0.12ns= 0.58c
Inst 1661 FMA4 : VFMSUBPD xmm,xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1662 FMA3 : VFMSUB132PD xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1663 FMA3 : VFMSUB213PD xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1664 FMA3 : VFMSUB231PD xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.06ns= 0.30c
Inst 1665 FMA4 : VFNMADDSD xmm,xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1666 FMA3 : VFNMADD132SD xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1667 FMA3 : VFNMADD213SD xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1668 FMA3 : VFNMADD231SD xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.06ns= 0.30c
Inst 1669 FMA4 : VFNMADDPD xmm,xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1670 FMA3 : VFNMADD132PD xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1671 FMA3 : VFNMADD213PD xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1672 FMA3 : VFNMADD231PD xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.06ns= 0.30c
Inst 1673 FMA4 : VFNMSUBSD xmm,xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1674 FMA3 : VFNMSUB132SD xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1675 FMA3 : VFNMSUB213SD xmm,xmm,xmm L: 0.99ns= 4.7c T: 0.12ns= 0.58c
Inst 1676 FMA3 : VFNMSUB231SD xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.06ns= 0.30c
Inst 1677 FMA4 : VFNMSUBPD xmm,xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1678 FMA3 : VFNMSUB132PD xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1679 FMA3 : VFNMSUB213PD xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1680 FMA3 : VFNMSUB231PD xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.06ns= 0.30c
Inst 1681 FMA4 : VFMADDSUBPD xmm,xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1682 FMA3 : VFMADDSUB132PD xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1683 FMA3 : VFMADDSUB213PD xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1684 FMA3 : VFMADDSUB231PD xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.07ns= 0.31c
Inst 1685 FMA4 : VFMSUBADDPD xmm,xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1686 FMA3 : VFMSUBADD132PD xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1687 FMA3 : VFMSUBADD213PD xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1688 FMA3 : VFMSUBADD231PD xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1689 XOP : VFRCZSS xmm, xmm L: 2.12ns= 10.0c T: 0.30ns= 1.42c
Inst 1690 XOP : VFRCZPS xmm, xmm L: 2.12ns= 10.0c T: 0.30ns= 1.42c
Inst 1691 XOP : VFRCZSD xmm, xmm L: 2.12ns= 10.0c T: 0.30ns= 1.42c
Inst 1692 XOP : VFRCZPD xmm, xmm L: 2.12ns= 10.0c T: 0.30ns= 1.42c
Inst 1693 XOP : VPCMOV xmm, xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1694 XOP : VPCOMB xmm, xmm, xmm, imm8 L: 0.11ns= 0.5c T: 0.10ns= 0.47c
Inst 1695 XOP : VPCOMB xm1, xm1, xm2, imm8 L: 0.11ns= 0.5c T: 0.10ns= 0.47c
Inst 1696 XOP : VPCOMW xmm, xmm, xmm, imm8 L: 0.11ns= 0.5c T: 0.10ns= 0.47c
Inst 1697 XOP : VPCOMW xm1, xm1, xm2, imm8 L: 0.11ns= 0.5c T: 0.10ns= 0.47c
Inst 1698 XOP : VPCOMD xmm, xmm, xmm, imm8 L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 1699 XOP : VPCOMD xm1, xm1, xm2, imm8 L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 1700 XOP : VPCOMQ xmm, xmm, xmm, imm8 L: 0.11ns= 0.5c T: 0.11ns= 0.50c
Inst 1701 XOP : VPCOMQ xm1, xm1, xm2, imm8 L: 0.11ns= 0.5c T: 0.10ns= 0.47c
Inst 1702 XOP : VPCOMUB xmm, xmm, xmm, imm8 L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 1703 XOP : VPCOMUB xm1, xm1, xm2, imm8 L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 1704 XOP : VPCOMUW xmm, xmm, xmm, imm8 L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 1705 XOP : VPCOMUW xm1, xm1, xm2, imm8 L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 1706 XOP : VPCOMUD xmm, xmm, xmm, imm8 L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 1707 XOP : VPCOMUD xm1, xm1, xm2, imm8 L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 1708 XOP : VPCOMUQ xmm, xmm, xmm, imm8 L: 0.11ns= 0.5c T: 0.10ns= 0.48c
Inst 1709 XOP : VPCOMUQ xm1, xm1, xm2, imm8 L: 0.11ns= 0.5c T: 0.10ns= 0.47c
Inst 1710 XOP : VPERMIL2PS xm,xm,xm,xm,im L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1711 XOP : VPERMIL2PD xm,xm,xm,xm,im L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1712 XOP : VPHADDBW xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1713 XOP : VPHADDBD xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1714 XOP : VPHADDBQ xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1715 XOP : VPHADDWD xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1716 XOP : VPHADDWQ xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1717 XOP : VPHADDDQ xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1718 XOP : VPHADDUBW xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1719 XOP : VPHADDUBD xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1720 XOP : VPHADDUBQ xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1721 XOP : VPHADDUWD xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1722 XOP : VPHADDUWQ xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1723 XOP : VPHADDUDQ xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1724 XOP : VPHSUBBW xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1725 XOP : VPHSUBWD xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1726 XOP : VPHSUBDQ xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1727 XOP : VPMACSWW xmm,xmm,xmm,xmm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1728 XOP : VPMACSWW xm1,xm2,xm2,xm1 L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1729 XOP : VPMACSWD xmm,xmm,xmm,xmm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1730 XOP : VPMACSWD xm1,xm2,xm2,xm1 L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1731 XOP : VPMACSDD xmm,xmm,xmm,xmm L: 1.06ns= 5.0c T: 0.41ns= 1.92c
Inst 1732 XOP : VPMACSDD xm1,xm2,xm2,xm1 L: 0.99ns= 4.7c T: 0.41ns= 1.92c
Inst 1733 XOP : VPMACSDQL xmm,xmm,xmm,xmm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1734 XOP : VPMACSDQL xm1,xm2,xm2,xm1 L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1735 XOP : VPMACSDQH xmm,xmm,xmm,xmm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1736 XOP : VPMACSDQH xm1,xm2,xm2,xm1 L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1737 XOP : VPMACSSWW xmm,xmm,xmm,xmm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1738 XOP : VPMACSSWW xm1,xm2,xm2,xm1 L: 0.80ns= 3.8c T: 0.19ns= 0.92c
Inst 1739 XOP : VPMACSSWD xmm,xmm,xmm,xmm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1740 XOP : VPMACSSWD xm1,xm2,xm2,xm1 L: 0.80ns= 3.8c T: 0.19ns= 0.92c
Inst 1741 XOP : VPMACSSDD xmm,xmm,xmm,xmm L: 0.99ns= 4.7c T: 0.42ns= 2.00c
Inst 1742 XOP : VPMACSSDD xm1,xm2,xm2,xm1 L: 1.06ns= 5.0c T: 0.42ns= 2.00c
Inst 1743 XOP : VPMACSSDQL xmm,xmm,xmm,xmm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1744 XOP : VPMACSSDQL xm1,xm2,xm2,xm1 L: 0.80ns= 3.8c T: 0.19ns= 0.92c
Inst 1745 XOP : VPMACSSDQH xmm,xmm,xmm,xmm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1746 XOP : VPMACSSDQH xm1,xm2,xm2,xm1 L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1747 XOP : VPMADCSWD xmm,xmm,xmm,xmm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1748 XOP : VPMADCSWD xm1,xm2,xm2,xm1 L: 0.80ns= 3.8c T: 0.19ns= 0.92c
Inst 1749 XOP : VPMADCSSWD xmm,xmm,xmm,xmm L: 0.80ns= 3.8c T: 0.19ns= 0.92c
Inst 1750 XOP : VPMADCSSWD xm1,xm2,xm2,xm1 L: 0.80ns= 3.8c T: 0.19ns= 0.92c
Inst 1751 XOP : VPPERM xmm, xmm, xmm, xmm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1752 XOP : VPROTB xmm, xmm, xmm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1753 XOP : VPROTB xmm, xmm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1754 XOP : VPROTW xmm, xmm, xmm L: 0.64ns= 3.0c T: 0.21ns= 1.00c
Inst 1755 XOP : VPROTW xmm, xmm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1756 XOP : VPROTD xmm, xmm, xmm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1757 XOP : VPROTD xmm, xmm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1758 XOP : VPROTQ xmm, xmm, xmm L: 0.64ns= 3.0c T: 0.21ns= 1.00c
Inst 1759 XOP : VPROTQ xmm, xmm, imm8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1760 XOP : VPSHAB xmm, xmm, xmm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1761 XOP : VPSHAW xmm, xmm, xmm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1762 XOP : VPSHAD xmm, xmm, xmm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1763 XOP : VPSHAQ xmm, xmm, xmm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1764 XOP : VPSHLB xmm, xmm, xmm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1765 XOP : VPSHLW xmm, xmm, xmm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1766 XOP : VPSHLD xmm, xmm, xmm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1767 XOP : VPSHLQ xmm, xmm, xmm L: 0.64ns= 3.0c T: 0.19ns= 0.92c
Inst 1768 F16C : VCVTPS2PH xmm, xmm, imm8 L: 1.70ns= 8.0c T: 0.41ns= 1.92c
Inst 1769 F16C : VCVTPH2PS xmm, xmm L: 1.59ns= 7.5c T: 0.41ns= 1.92c
Inst 1770 AVX : VMOVAPS ymm, ymm L: 0.42ns= 2.0c T: 0.12ns= 0.56c
Inst 1771 AVX : VMOVAPS ymm, [m256] L: [memory dep.] T: 0.19ns= 0.92c
Inst 1772 AVX : VMOVAPS [m256], ymm L: [memory dep.] T: 3.59ns= 16.92c
Inst 1773 AVX : VMOVAPS LS pair L: 3.78ns= 17.8c T: 3.78ns= 17.83c
Inst 1774 AVX : VMOVUPS ymm, ymm L: 0.42ns= 2.0c T: 0.12ns= 0.56c
Inst 1775 AVX : VMOVUPS ymm, [m256] L: [memory dep.] T: 0.21ns= 1.00c
Inst 1776 AVX : VMOVUPS [m256], ymm L: [memory dep.] T: 4.19ns= 19.75c
Inst 1777 AVX : VMOVUPS aligned LS pair L: 4.38ns= 20.7c T: 4.38ns= 20.67c
Inst 1778 AVX : VMOVUPS ymm, [m256 + 4] L: [memory dep.] T: 0.78ns= 3.67c
Inst 1779 AVX : VMOVUPS [m256 + 4], ymm L: [memory dep.] T: 4.58ns= 21.58c
Inst 1780 AVX : VMOVUPS unaligned LS pair L: 4.58ns= 21.6c T: 4.58ns= 21.58c
Inst 1781 AVX : VMOVSLDUP ymm, ymm, ymm L: 0.42ns= 2.0c T: 0.41ns= 1.92c
Inst 1782 AVX : VMOVSHDUP ymm, ymm, ymm L: 0.42ns= 2.0c T: 0.41ns= 1.92c
Inst 1783 AVX : VMOVNTPS [m256], ymm L: [memory dep.] T: 18.75ns= 18.75c
Inst 1784 AVX : VMOVMSKPS r32, ymm L: [diff. reg. set] T: 0.19ns= 0.92c
Inst 1785 AVX : VMASKMOVPS ymm,ymm,[m256+4] L: [memory dep.] T: 0.55ns= 2.58c
Inst 1786 AVX : VMASKMOVPS [m256+4],ymm,ymm L: [memory dep.] T: 37.48ns=176.75c
Inst 1787 AVX : VMASKMOVPS unaligned LSpair L: 41.07ns=193.7c T: 37.70ns=177.75c
Inst 1788 AVX : VUNPCKLPS ymm, ymm, ymm L: 0.41ns= 1.9c T: 0.41ns= 1.92c
Inst 1789 AVX : VUNPCKHPS ymm, ymm, ymm L: 0.42ns= 2.0c T: 0.41ns= 1.92c
Inst 1790 AVX : VSHUFPS ymm, ymm, ymm, imm8 L: 0.42ns= 2.0c T: 0.39ns= 1.83c
Inst 1791 AVX : VPERMILPS ymm, ymm, ymm L: 0.64ns= 3.0c T: 0.41ns= 1.92c
Inst 1792 AVX : VPERMILPS ymm, ymm, imm8 L: 0.42ns= 2.0c T: 0.41ns= 1.92c
Inst 1793 AVX : VCMPPS ymm, ymm, ymm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1794 AVX : VADDSUBPS ymm, ymm, ymm L: 1.06ns= 5.0c T: 0.19ns= 0.92c
Inst 1795 AVX : VHSUBPS ymm, ymm, ymm L: 2.33ns= 11.0c T: 0.80ns= 3.75c
Inst 1796 AVX : VHADDPS ymm, ymm, ymm L: 2.19ns= 10.3c T: 0.80ns= 3.75c
Inst 1797 AVX : VSUBPS ymm, ymm, ymm L: 1.06ns= 5.0c T: 0.19ns= 0.92c
Inst 1798 AVX : VADDPS ymm, ymm, ymm L: 1.06ns= 5.0c T: 0.19ns= 0.92c
Inst 1799 AVX : VMULPS ymm, ymm, ymm L: 1.06ns= 5.0c T: 0.19ns= 0.92c
Inst 1800 AVX : VMULPS+VADDPS ymm, ymm, ymm L: 2.12ns= 10.0c T: 0.41ns= 1.92c
Inst 1801 AVX : VMULPS ymm1.. VADDPS ymm2.. L: 0.99ns= 4.7c T: 0.41ns= 1.92c
Inst 1802 AVX : VMAXPS ymm, ymm, ymm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1803 AVX : VMINPS ymm, ymm, ymm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1804 AVX : VANDNPS ymm, ymm, ymm L: 0.21ns= 1.0c T: 0.21ns= 1.00c
Inst 1805 AVX : VANDNPS ymm1, ymm1, ymm2 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1806 AVX : VANDPS ymm, ymm, ymm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1807 AVX : VANDPS ymm1, ymm1, ymm2 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1808 AVX : VORPS ymm, ymm, ymm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1809 AVX : VORPS ymm1, ymm1, ymm2 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1810 AVX : VXORPS ymm, ymm, ymm L: 0.21ns= 1.0c T: 0.21ns= 1.00c
Inst 1811 AVX : VXORPS ymm1, ymm1, ymm2 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1812 AVX : VDIVPS ymm, ymm, ymm L: 4.79ns= 22.6c T: 3.78ns= 17.83c
Inst 1813 AVX : VDIVPS (0.0f/x) L: 1.91ns= 9.0c T: 1.80ns= 8.50c
Inst 1814 AVX : VDIVPS (x/1.0f) L: 1.91ns= 9.0c T: 1.80ns= 8.50c
Inst 1815 AVX : VDIVPS (x/2.0f) L: 1.91ns= 9.0c T: 1.80ns= 8.50c
Inst 1816 AVX : VDIVPS (x/0.5f) L: 1.91ns= 9.0c T: 1.80ns= 8.50c
Inst 1817 AVX : VSQRTPS ymm, ymm L: 5.78ns= 27.3c T: 4.79ns= 22.58c
Inst 1818 AVX : VSQRTPS (0.0f) L: 1.91ns= 9.0c T: 1.80ns= 8.50c
Inst 1819 AVX : VSQRTPS (1.0f) L: 1.91ns= 9.0c T: 1.80ns= 8.50c
Inst 1820 AVX : VRCPPS ymm, ymm, ymm L: 1.06ns= 5.0c T: 0.41ns= 1.92c
Inst 1821 AVX : VRSQRTPS ymm, ymm, ymm L: 1.06ns= 5.0c T: 0.41ns= 1.92c
Inst 1822 AVX : VBLENDPS ymm, ymm, ymm, im8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1823 AVX : VBLENDVPS ymm, ymm, ymm, ym L: 0.42ns= 2.0c T: 0.41ns= 1.92c
Inst 1824 AVX : VDPPS ymm, ymm, ymm, imm8 L: 5.39ns= 25.4c T: 2.30ns= 10.83c
Inst 1825 AVX : VPTESTPS ymm, ymm L: [no true dep.] T: 0.41ns= 1.92c
Inst 1826 AVX : VROUNDPS ymm, ymm, imm8 L: 0.85ns= 4.0c T: 0.41ns= 1.92c
Inst 1827 AVX : VMOVAPD ymm, ymm L: 0.42ns= 2.0c T: 0.12ns= 0.56c
Inst 1828 AVX : VMOVAPD ymm, [m256] L: [memory dep.] T: 0.21ns= 1.00c
Inst 1829 AVX : VMOVAPD [m256], ymm L: [memory dep.] T: 3.59ns= 16.92c
Inst 1830 AVX : VMOVAPD LS pair L: 3.78ns= 17.8c T: 3.78ns= 17.83c
Inst 1831 AVX : VMOVUPD ymm, ymm L: 0.42ns= 2.0c T: 0.12ns= 0.56c
Inst 1832 AVX : VMOVUPD ymm, [m256] L: [memory dep.] T: 0.21ns= 1.00c
Inst 1833 AVX : VMOVUPD [m256], ymm L: [memory dep.] T: 4.19ns= 19.75c
Inst 1834 AVX : VMOVUPD aligned LS pair L: 4.38ns= 20.7c T: 4.38ns= 20.67c
Inst 1835 AVX : VMOVUPD ymm, [m256 + 4] L: [memory dep.] T: 0.55ns= 2.58c
Inst 1836 AVX : VMOVUPD [m256 + 4], ymm L: [memory dep.] T: 4.58ns= 21.58c
Inst 1837 AVX : VMOVUPD unaligned LS pair L: 4.58ns= 21.6c T: 4.58ns= 21.58c
Inst 1838 AVX : VMOVDDUP ymm, ymm, ymm L: 0.42ns= 2.0c T: 0.41ns= 1.92c
Inst 1839 AVX : VMOVNTPD [m256], ymm L: [memory dep.] T: 18.75ns= 18.75c
Inst 1840 AVX : VMOVMSKPD r32, ymm L: [diff. reg. set] T: 0.21ns= 1.00c
Inst 1841 AVX : VMASKMOVPD ymm,ymm,[m256+4] L: [memory dep.] T: 0.55ns= 2.58c
Inst 1842 AVX : VMASKMOVPD [m256+4],ymm,ymm L: [memory dep.] T: 37.48ns=176.75c
Inst 1843 AVX : VMASKMOVPD unaligned LSpair L: 41.07ns=193.7c T: 37.68ns=177.67c
Inst 1844 AVX : VUNPCKLPD ymm, ymm, ymm L: 0.42ns= 2.0c T: 0.41ns= 1.92c
Inst 1845 AVX : VUNPCKHPD ymm, ymm, ymm L: 0.42ns= 2.0c T: 0.39ns= 1.83c
Inst 1846 AVX : VSHUFPD ymm, ymm, ymm, imm8 L: 0.42ns= 2.0c T: 0.39ns= 1.83c
Inst 1847 AVX : VPERMILPD ymm, ymm, ymm L: 0.64ns= 3.0c T: 0.41ns= 1.92c
Inst 1848 AVX : VPERMILPD ymm, ymm, imm8 L: 0.42ns= 2.0c T: 0.41ns= 1.92c
Inst 1849 AVX : VCMPPD ymm, ymm, ymm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1850 AVX : VADDSUBPD ymm, ymm, ymm L: 1.06ns= 5.0c T: 0.19ns= 0.92c
Inst 1851 AVX : VHSUBPD ymm, ymm, ymm L: 2.33ns= 11.0c T: 0.80ns= 3.75c
Inst 1852 AVX : VHADDPD ymm, ymm, ymm L: 2.33ns= 11.0c T: 0.80ns= 3.75c
Inst 1853 AVX : VSUBPD ymm, ymm, ymm L: 1.06ns= 5.0c T: 0.19ns= 0.92c
Inst 1854 AVX : VADDPD ymm, ymm, ymm L: 1.06ns= 5.0c T: 0.19ns= 0.92c
Inst 1855 AVX : VMULPD ymm, ymm, ymm L: 1.06ns= 5.0c T: 0.19ns= 0.92c
Inst 1856 AVX : VMULPD+VADDPD ymm, ymm, ymm L: 2.00ns= 9.4c T: 0.41ns= 1.92c
Inst 1857 AVX : VMULPD ymm1.. VADDPD ymm2.. L: 1.06ns= 5.0c T: 0.41ns= 1.92c
Inst 1858 AVX : VMAXPD ymm, ymm, ymm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1859 AVX : VMINPD ymm, ymm, ymm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1860 AVX : VANDNPD ymm, ymm, ymm L: 0.21ns= 1.0c T: 0.21ns= 1.00c
Inst 1861 AVX : VANDNPD ymm1, ymm1, ymm2 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1862 AVX : VANDPD ymm, ymm, ymm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1863 AVX : VANDPD ymm1, ymm1, ymm2 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1864 AVX : VORPD ymm, ymm, ymm L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1865 AVX : VORPD ymm1, ymm1, ymm2 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1866 AVX : VXORPD ymm, ymm, ymm L: 0.19ns= 0.9c T: 0.19ns= 0.92c
Inst 1867 AVX : VXORPD ymm1, ymm1, ymm2 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1868 AVX : VDIVPD ymm, ymm, ymm L: 5.39ns= 25.4c T: 3.59ns= 16.92c
Inst 1869 AVX : VDIVPD (0.0/x) L: 1.78ns= 8.4c T: 1.80ns= 8.50c
Inst 1870 AVX : VDIVPD (x/1.0) L: 1.91ns= 9.0c T: 1.80ns= 8.50c
Inst 1871 AVX : VDIVPD (x/2.0) L: 1.91ns= 9.0c T: 1.80ns= 8.50c
Inst 1872 AVX : VDIVPD (x/0.5) L: 1.91ns= 9.0c T: 1.80ns= 8.50c
Inst 1873 AVX : VSQRTPD ymm, ymm L: 7.58ns= 35.8c T: 5.78ns= 27.25c
Inst 1874 AVX : VSQRTPD (0.0) L: 1.78ns= 8.4c T: 1.80ns= 8.50c
Inst 1875 AVX : VSQRTPD (1.0) L: 1.78ns= 8.4c T: 1.80ns= 8.50c
Inst 1876 AVX : VBLENDPD ymm, ymm, ymm, im8 L: 0.43ns= 2.0c T: 0.19ns= 0.92c
Inst 1877 AVX : VBLENDVPD ymm, ymm, ymm, ym L: 0.42ns= 2.0c T: 0.41ns= 1.92c
Inst 1878 AVX : VCVTDQ2PD ymm, xmm L: 1.59ns= 7.5c T: 0.41ns= 1.92c
Inst 1879 AVX : VCVTPD2DQ xmm, ymm L: 1.59ns= 7.5c T: 0.41ns= 1.92c
Inst 1880 AVX : VCVTPD2DQ + VCVTDQ2PD L: 2.99ns= 14.1c T: 0.74ns= 3.50c
Inst 1881 AVX : VCVTTPD2DQ xmm, ymm L: 1.70ns= 8.0c T: 0.41ns= 1.92c
Inst 1882 AVX : VCVTTPD2DQ + VCVTDQ2PD L: 2.99ns= 14.1c T: 0.74ns= 3.50c
Inst 1883 AVX : VCVTDQ2PS ymm, ymm L: 0.85ns= 4.0c T: 0.41ns= 1.92c
Inst 1884 AVX : VCVTPS2DQ ymm, ymm L: 0.85ns= 4.0c T: 0.41ns= 1.92c
Inst 1885 AVX : VCVTPS2DQ + VCVTDQ2PS L: 1.70ns= 8.0c T: 0.80ns= 3.75c
Inst 1886 AVX : VCVTTPS2DQ ymm, ymm L: 0.85ns= 4.0c T: 0.41ns= 1.92c
Inst 1887 AVX : VCVTTPS2DQ + VCVTDQ2PS L: 1.59ns= 7.5c T: 0.80ns= 3.75c
Inst 1888 AVX : VCVTPS2PD ymm, xmm L: 1.70ns= 8.0c T: 0.41ns= 1.92c
Inst 1889 AVX : VCVTPD2PS xmm, ymm L: 1.70ns= 8.0c T: 0.41ns= 1.92c
Inst 1890 AVX : VCVTPD2PS + VCVTPS2PD L: 2.99ns= 14.1c T: 0.74ns= 3.50c
Inst 1891 AVX : VPTESTPD ymm, ymm L: [no true dep.] T: 0.41ns= 1.92c
Inst 1892 AVX : VROUNDPD ymm, ymm, imm8 L: 0.85ns= 4.0c T: 0.41ns= 1.92c
Inst 1893 AVX : VBROADCASTSS ymm, m32 L: [memory dep.] T: 0.12ns= 0.55c
Inst 1894 AVX : VBROADCASTSD ymm, m64 L: [memory dep.] T: 0.12ns= 0.55c
Inst 1895 AVX : VBROADCASTF128 ymm, m128 L: [memory dep.] T: 0.12ns= 0.55c
Inst 1896 AVX : VEXTRACTF128 xmm, ymm, imm8 L: 0.41ns= 1.9c T: 0.10ns= 0.47c
Inst 1897 AVX : VINSERTF128 ym, ym, xm, im8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1898 AVX : VPERM2F128 ym, ym, ym, im8 L: 0.99ns= 4.7c T: 0.58ns= 2.75c
Inst 1899 AVX : VMOVDQA ymm, ymm L: 0.42ns= 2.0c T: 0.12ns= 0.56c
Inst 1900 AVX : VMOVDQA ymm, [m256] L: [memory dep.] T: 0.21ns= 1.00c
Inst 1901 AVX : VMOVDQA [m256], ymm L: [memory dep.] T: 3.59ns= 16.92c
Inst 1902 AVX : VMOVDQA LS pair L: 3.78ns= 17.8c T: 3.78ns= 17.83c
Inst 1903 AVX : VMOVDQU ymm, ymm L: 0.42ns= 2.0c T: 0.12ns= 0.56c
Inst 1904 AVX : VMOVDQU ymm, [m256] L: [memory dep.] T: 0.21ns= 1.00c
Inst 1905 AVX : VMOVDQU [m256], ymm L: [memory dep.] T: 4.19ns= 19.75c
Inst 1906 AVX : VMOVDQU aligned LS pair L: 4.38ns= 20.7c T: 4.38ns= 20.67c
Inst 1907 AVX : VMOVDQU ymm, [m256 + 4] L: [memory dep.] T: 0.78ns= 3.67c
Inst 1908 AVX : VMOVDQU [m256 + 4], ymm L: [memory dep.] T: 4.58ns= 21.58c
Inst 1909 AVX : VMOVDQU unaligned LS pair L: 4.58ns= 21.6c T: 4.58ns= 21.58c
Inst 1910 AVX : VMOVNTDQ [m256], ymm L: [memory dep.] T: 18.75ns= 18.75c
Inst 1911 AVX : VLDDQU ymm, [m256 + 4] L: [memory dep.] T: 0.48ns= 2.25c
Inst 1912 AVX : VZEROUPPER L: [no true dep.] T: 0.99ns= 4.67c
Inst 1913 AVX : VZEROALL L: [no true dep.] T: 0.00ns= 0.00c
Inst 1914 FMA4 : VFMADDPS ymm,ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.21ns= 1.00c
Inst 1915 FMA3 : VFMADD132PS ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.21ns= 1.00c
Inst 1916 FMA3 : VFMADD213PS ymm,ymm,ymm L: 0.99ns= 4.7c T: 0.21ns= 1.00c
Inst 1917 FMA3 : VFMADD231PS ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.21ns= 1.00c
Inst 1918 FMA4 : VFMSUBPS ymm,ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.35ns= 1.67c
Inst 1919 FMA3 : VFMSUB132PS ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.21ns= 1.00c
Inst 1920 FMA3 : VFMSUB213PS ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.21ns= 1.00c
Inst 1921 FMA3 : VFMSUB231PS ymm,ymm,ymm L: 0.99ns= 4.7c T: 0.21ns= 1.00c
Inst 1922 FMA4 : VFNMADDPS ymm,ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.21ns= 1.00c
Inst 1923 FMA3 : VFNMADD132PS ymm,ymm,ymm L: 0.99ns= 4.7c T: 0.21ns= 1.00c
Inst 1924 FMA3 : VFNMADD213PS ymm,ymm,ymm L: 0.99ns= 4.7c T: 0.21ns= 1.00c
Inst 1925 FMA3 : VFNMADD231PS ymm,ymm,ymm L: 0.99ns= 4.7c T: 0.21ns= 1.00c
Inst 1926 FMA4 : VFNMSUBPS ymm,ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.21ns= 1.00c
Inst 1927 FMA3 : VFNMSUB132PS ymm,ymm,ymm L: 0.99ns= 4.7c T: 0.21ns= 1.00c
Inst 1928 FMA3 : VFNMSUB213PS ymm,ymm,ymm L: 0.99ns= 4.7c T: 0.21ns= 1.00c
Inst 1929 FMA3 : VFNMSUB231PS ymm,ymm,ymm L: 0.99ns= 4.7c T: 0.21ns= 1.00c
Inst 1930 FMA4 : VFMADDSUBPS ymm,ymm,ymm,ymm L: 0.99ns= 4.7c T: 0.21ns= 1.00c
Inst 1931 FMA3 : VFMADDSUB132PS ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.21ns= 1.00c
Inst 1932 FMA3 : VFMADDSUB213PS ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.21ns= 1.00c
Inst 1933 FMA3 : VFMADDSUB231PS ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.21ns= 1.00c
Inst 1934 FMA4 : VFMSUBADDPS ymm,ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.21ns= 1.00c
Inst 1935 FMA3 : VFMSUBADD132PS ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.21ns= 1.00c
Inst 1936 FMA3 : VFMSUBADD213PS ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.21ns= 1.00c
Inst 1937 FMA3 : VFMSUBADD231PS ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.21ns= 1.00c
Inst 1938 FMA4 : VFMADDPD ymm,ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.21ns= 1.00c
Inst 1939 FMA3 : VFMADD132PD ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.16ns= 0.76c
Inst 1940 FMA3 : VFMADD213PD ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.21ns= 1.00c
Inst 1941 FMA3 : VFMADD231PD ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.21ns= 1.00c
Inst 1942 FMA4 : VFMSUBPD ymm,ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.21ns= 1.00c
Inst 1943 FMA3 : VFMSUB132PD ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.21ns= 1.00c
Inst 1944 FMA3 : VFMSUB213PD ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.21ns= 1.00c
Inst 1945 FMA3 : VFMSUB231PD ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.21ns= 1.00c
Inst 1946 FMA4 : VFNMADDPD ymm,ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.21ns= 1.00c
Inst 1947 FMA3 : VFNMADD132PD ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.21ns= 1.00c
Inst 1948 FMA3 : VFNMADD213PD ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.21ns= 1.00c
Inst 1949 FMA3 : VFNMADD231PD ymm,ymm,ymm L: 0.99ns= 4.7c T: 0.21ns= 1.00c
Inst 1950 FMA4 : VFNMSUBPD ymm,ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.21ns= 1.00c
Inst 1951 FMA3 : VFNMSUB132PD ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.21ns= 1.00c
Inst 1952 FMA3 : VFNMSUB213PD ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.21ns= 1.00c
Inst 1953 FMA3 : VFNMSUB231PD ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.21ns= 1.00c
Inst 1954 FMA4 : VFMADDSUBPD ymm,ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.21ns= 1.00c
Inst 1955 FMA3 : VFMADDSUB132PD ymm,ymm,ymm L: 0.99ns= 4.7c T: 0.21ns= 1.00c
Inst 1956 FMA3 : VFMADDSUB213PD ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.21ns= 1.00c
Inst 1957 FMA3 : VFMADDSUB231PD ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.21ns= 1.00c
Inst 1958 FMA4 : VFMSUBADDPD ymm,ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.21ns= 1.00c
Inst 1959 FMA3 : VFMSUBADD132PD ymm,ymm,ymm L: 1.06ns= 5.0c T: 0.21ns= 1.00c
Inst 1960 FMA3 : VFMSUBADD213PD ymm,ymm,ymm L: 0.99ns= 4.7c T: 0.21ns= 1.00c
Inst 1961 FMA3 : VFMSUBADD231PD ymm,ymm,ymm L: 0.99ns= 4.7c T: 0.21ns= 1.00c
Inst 1962 XOP : VFRCZSD ymm, ymm L: 2.12ns= 10.0c T: 0.80ns= 3.75c
Inst 1963 XOP : VFRCZPD ymm, ymm L: 2.12ns= 10.0c T: 0.80ns= 3.75c
Inst 1964 XOP : VPCMOV ymm, ymm, ymm, ymm L: 0.42ns= 2.0c T: 0.41ns= 1.92c
Inst 1965 XOP : VPERMIL2PS ym,ym,ym,ym,im L: 0.64ns= 3.0c T: 0.41ns= 1.92c
Inst 1966 XOP : VPERMIL2PD ym,ym,ym,ym,im L: 0.64ns= 3.0c T: 0.41ns= 1.92c
Inst 1967 F16C : VCVTPS2PH + VCVTPH2PS L: 1.70ns= 8.0c T: 0.80ns= 3.75c
Inst 1968 F16C : VCVTPS2PH xmm, ymm, imm8 L: 1.70ns= 8.0c T: 0.41ns= 1.92c
Inst 1969 F16C : VCVTPH2PS ymm, xmm L: 1.70ns= 8.0c T: 0.41ns= 1.92c
Inst 1970 F16C : VCVTPS2PH + VCVTPH2PS L: 1.70ns= 8.0c T: 0.80ns= 3.75c
Inst 1974 X86 : MOV+ADD r8, r8 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1975 X86 : MOV+ADD r16, r16 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 1976 X86 : MOV+ADD r32, r32 L: 0.42ns= 2.0c T: 0.13ns= 0.63c
Inst 1977 AMD64 : MOV+ADD r64, r64 L: 0.42ns= 2.0c T: 0.15ns= 0.71c
Inst 1978 MMX : MOVQ+PADDB mm, mm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1979 MMX : MOVQ+PADDW mm, mm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1980 MMX : MOVQ+PADDD mm, mm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1981 SSE2 : MOVQ+PADDQ mm, mm L: 0.85ns= 4.0c T: 0.19ns= 0.92c
Inst 1983 SSE : MOVSS+ADDSS xmm, xmm L: 1.70ns= 8.0c T: 0.41ns= 1.92c
Inst 1984 AVX : VMOVSS+VADDSS xm, xm, xm L: 1.70ns= 8.0c T: 0.41ns= 1.92c
Inst 1985 SSE : MOVAPS+ADDPS xmm, xmm L: 1.06ns= 5.0c T: 0.13ns= 0.63c
Inst 1986 AVX : VMOVAPS+VADDPS xm, xm, xm L: 1.06ns= 5.0c T: 0.06ns= 0.30c
Inst 1987 SSE2 : MOVSD+ADDSD xmm, xmm L: 1.59ns= 7.5c T: 0.41ns= 1.92c
Inst 1988 AVX : VMOVSD+VADDSD xm, xm, xm L: 1.70ns= 8.0c T: 0.41ns= 1.92c
Inst 1989 SSE2 : MOVAPD+ADDPD xmm, xmm L: 0.99ns= 4.7c T: 0.12ns= 0.58c
Inst 1990 AVX : VMOVAPD+VADDPD xm, xm, xm L: 0.99ns= 4.7c T: 0.12ns= 0.58c
Inst 1991 SSE2 : MOVDQA+PADDB xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1992 SSE2 : MOVDQA+PADDW xmm, xmm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1993 SSE2 : MOVDQA+PADDD xmm, xmm L: 0.41ns= 1.9c T: 0.10ns= 0.47c
Inst 1994 SSE2 : MOVDQA+PADDQ xmm, xmm L: 0.41ns= 1.9c T: 0.10ns= 0.47c
Inst 1995 AVX : VMOVDQA+VPADDB xm, xm, xm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1996 AVX : VMOVDQA+VPADDW xm, xm, xm L: 0.41ns= 1.9c T: 0.11ns= 0.50c
Inst 1997 AVX : VMOVDQA+VPADDD xm, xm, xm L: 0.41ns= 1.9c T: 0.10ns= 0.47c
Inst 1998 AVX : VMOVDQA+VPADDQ xm, xm, xm L: 0.42ns= 2.0c T: 0.10ns= 0.47c
Inst 1999 AVX : VMOVAPS+VADDPS ym, ym, ym L: 2.00ns= 9.4c T: 0.21ns= 1.00c
Inst 2000 AVX : VMOVAPD+VADDPD ym, ym, ym L: 2.00ns= 9.4c T: 0.21ns= 1.00c
Inst 2004 BMI : ANDN r32, r32, r32 L: 0.19ns= 0.9c T: 0.10ns= 0.47c
Inst 2005 BMI : ANDN r64, r64, r64 L: 0.19ns= 0.9c T: 0.10ns= 0.47c
Inst 2006 BMI : BEXTR r32, r32, r32 L: 0.41ns= 1.9c T: 0.16ns= 0.74c
Inst 2007 BMI : BEXTR r64, r64, r64 L: 0.42ns= 2.0c T: 0.14ns= 0.68c
Inst 2008 BMI : BLSI r32, r32 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 2009 BMI : BLSI r64, r64 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 2010 BMI : BLSMSK r32, r32 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 2011 BMI : BLSMSK r64, r64 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 2012 BMI : BLSR r32, r32 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 2013 BMI : BLSR r64, r64 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 2014 BMI : TZCNT r16, r16 L: 0.42ns= 2.0c T: 0.41ns= 1.92c
Inst 2015 BMI : TZCNT r32, r32 L: 0.42ns= 2.0c T: 0.41ns= 1.92c
Inst 2016 BMI : TZCNT r64, r64 L: 0.42ns= 2.0c T: 0.41ns= 1.92c
Inst 2033 TBM : BEXTR r32, r32, imm32 L: 0.42ns= 2.0c T: 0.14ns= 0.65c
Inst 2034 TBM : BEXTR r64, r64, imm64 L: 0.41ns= 1.9c T: 0.13ns= 0.62c
Inst 2035 TBM : BLCFILL r32, r32 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 2036 TBM : BLCFILL r64, r64 L: 0.41ns= 1.9c T: 0.19ns= 0.92c
Inst 2037 TBM : BLCI r32, r32 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 2038 TBM : BLCI r64, r64 L: 0.41ns= 1.9c T: 0.19ns= 0.92c
Inst 2039 TBM : BLCIC r32, r32 L: 0.41ns= 1.9c T: 0.19ns= 0.92c
Inst 2040 TBM : BLCIC r64, r64 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 2041 TBM : BLCMSK r32, r32 L: 0.41ns= 1.9c T: 0.19ns= 0.92c
Inst 2042 TBM : BLCMSK r64, r64 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 2043 TBM : BLCS r32, r32 L: 0.41ns= 1.9c T: 0.21ns= 1.00c
Inst 2044 TBM : BLCS r64, r64 L: 0.41ns= 1.9c T: 0.19ns= 0.92c
Inst 2045 TBM : BLSFILL r32, r32 L: 0.41ns= 1.9c T: 0.19ns= 0.92c
Inst 2046 TBM : BLSFILL r64, r64 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 2047 TBM : BLSIC r32, r32 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 2048 TBM : BLSIC r64, r64 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 2049 TBM : T1MSKC r32, r32 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 2050 TBM : T1MSKC r64, r64 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 2051 TBM : TZMSK r32, r32 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 2052 TBM : TZMSK r64, r64 L: 0.42ns= 2.0c T: 0.19ns= 0.92c
Inst 2238 CLFLUSH: CLFLUSH [mem] L: [memory dep.] T: 65.49ns=308.83c
Inst 2248 X86 : MOV r1_8, r2_8 L: 0.19ns= 0.9c T: 0.19ns= 0.92c
Inst 2249 X86 : MOV r1_16, r2_16 L: 0.21ns= 1.0c T: 0.10ns= 0.46c
Inst 2250 X86 : MOV r1_32, r2_32 L: 0.06ns= 0.3c T: 0.06ns= 0.30c
Inst 2251 AMD64 : MOV r1_64, r2_64 L: 0.07ns= 0.3c T: 0.07ns= 0.32c
Inst 2252 X86 : MOVSX r1_16, r2_8 L: 0.19ns= 0.9c T: 0.10ns= 0.47c
Inst 2253 X86 : MOVSX r1_32, r2_8 L: 0.11ns= 0.5c T: 0.10ns= 0.47c
Inst 2254 AMD64 : MOVSX r1_64, r2_8 L: 0.11ns= 0.5c T: 0.10ns= 0.47c
Inst 2255 X86 : MOVSX r1_32, r2_16 L: 0.11ns= 0.5c T: 0.10ns= 0.47c
Inst 2256 AMD64 : MOVSX r1_64, r2_16 L: 0.11ns= 0.5c T: 0.10ns= 0.47c
Inst 2257 AMD64 : MOVSXD r1_64, r2_32 L: 0.10ns= 0.5c T: 0.10ns= 0.47c
Inst 2258 X86 : MOVZX r1_16, r2_8 L: 0.21ns= 1.0c T: 0.10ns= 0.48c
Inst 2259 X86 : MOVZX r1_32, r2_8 L: 0.10ns= 0.5c T: 0.10ns= 0.47c
Inst 2260 AMD64 : MOVZX r1_64, r2_8 L: 0.11ns= 0.5c T: 0.10ns= 0.47c
Inst 2261 X86 : MOVZX r1_32, r2_16 L: 0.10ns= 0.5c T: 0.10ns= 0.47c
Inst 2262 AMD64 : MOVZX r1_64, r2_16 L: 0.11ns= 0.5c T: 0.10ns= 0.47c
Inst 2263 MMX : MOVQ mm1, mm2 L: 0.10ns= 0.5c T: 0.10ns= 0.47c
Inst 2264 SSE : MOVSS xmm1, xmm2 L: 0.41ns= 1.9c T: 0.17ns= 0.79c
Inst 2265 AVX : VMOVSS xmm1, xmm1, xmm2 L: 0.11ns= 0.5c T: 0.10ns= 0.47c
Inst 2266 SSE : MOVAPS xmm1, xmm2 L: 0.05ns= 0.3c T: 0.05ns= 0.24c
Inst 2267 AVX : VMOVAPS xmm1, xmm2 L: 0.05ns= 0.3c T: 0.05ns= 0.25c
Inst 2268 SSE : MOVUPS xmm1, xmm2 L: 0.05ns= 0.3c T: 0.05ns= 0.23c
Inst 2269 AVX : VMOVUPS xmm1, xmm2 L: 0.05ns= 0.3c T: 0.05ns= 0.23c
Inst 2270 SSE2 : MOVSD xmm1, xmm2 L: 0.42ns= 2.0c T: 0.16ns= 0.74c
Inst 2271 AVX : VMOVSD xmm1, xmm1, xmm2 L: 0.11ns= 0.5c T: 0.10ns= 0.47c
Inst 2272 SSE2 : MOVAPD xmm1, xmm2 L: 0.05ns= 0.3c T: 0.05ns= 0.25c
Inst 2273 AVX : VMOVAPD xmm1, xmm2 L: 0.05ns= 0.3c T: 0.05ns= 0.25c
Inst 2274 SSE2 : MOVUPD xmm1, xmm2 L: 0.05ns= 0.3c T: 0.05ns= 0.25c
Inst 2275 AVX : VMOVUPD xmm1, xmm2 L: 0.05ns= 0.3c T: 0.05ns= 0.23c
Inst 2276 SSE2 : MOVDQA xmm1, xmm2 L: 0.05ns= 0.3c T: 0.05ns= 0.25c
Inst 2277 AVX : VMOVDQA xmm1, xmm2 L: 0.05ns= 0.3c T: 0.05ns= 0.25c
Inst 2278 SSE2 : MOVDQU xmm1, xmm2 L: 0.05ns= 0.3c T: 0.05ns= 0.25c
Inst 2279 AVX : VMOVDQU xmm1, xmm2 L: 0.05ns= 0.3c T: 0.05ns= 0.23c
Inst 2280 AVX : VMOVAPS ymm1, ymm2 L: 0.13ns= 0.6c T: 0.12ns= 0.56c
Inst 2281 AVX : VMOVUPS ymm1, ymm2 L: 0.13ns= 0.6c T: 0.12ns= 0.56c
Inst 2282 AVX : VMOVAPD ymm1, ymm2 L: 0.13ns= 0.6c T: 0.12ns= 0.56c
Inst 2283 AVX : VMOVUPD ymm1, ymm2 L: 0.13ns= 0.6c T: 0.12ns= 0.56c
Inst 2284 AVX : VMOVDQA ymm1, ymm2 L: 0.13ns= 0.6c T: 0.12ns= 0.56c
Inst 2285 AVX : VMOVDQU ymm1, ymm2 L: 0.13ns= 0.6c T: 0.12ns= 0.56c
Inst 2290 SSE : 4xADDPS xm1,xm1 4x xm2,xm2 L: 3.99ns= 18.8c T: 3.99ns= 18.83c
Inst 2291 SSE : 4xMULPS xm1,xm1 4x xm2,xm2 L: 3.99ns= 18.8c T: 3.99ns= 18.83c
Inst 2292 SSE2 : 4xADDPD xm1,xm1 4x xm2,xm2 L: 3.99ns= 18.8c T: 3.99ns= 18.83c
Inst 2293 SSE2 : 4xMULPD xm1,xm1 4x xm2,xm2 L: 3.99ns= 18.8c T: 3.99ns= 18.83c
Inst 2294 LNOP : LNOP3 [eax], eax L: [no true dep.] T: 0.05ns= 0.25c
Inst 2295 LNOP : LNOP4 [eax+disp8], eax L: [no true dep.] T: 0.05ns= 0.25c
Inst 2296 LNOP : LNOP5 [SIB+disp8], eax L: [no true dep.] T: 0.05ns= 0.25c
Inst 2297 LNOP : LNOP6 [SIB+disp8], ax L: [no true dep.] T: 0.06ns= 0.29c
Inst 2298 LNOP : LNOP7 [eax+disp32], eax L: [no true dep.] T: 0.08ns= 0.36c
Inst 2299 LNOP : LNOP8 [SIB+disp32], eax L: [no true dep.] T: 0.07ns= 0.35c
Inst 2300 LNOP : LNOP9 [SIB+disp32], ax L: [no true dep.] T: 0.10ns= 0.47c
Inst 2301 LNOP : 2x66 LNOPA [SIB+disp32], ax L: [no true dep.] T: 0.10ns= 0.47c
Inst 2302 LNOP : 3x66 LNOPB [SIB+disp32], ax L: [no true dep.] T: 0.12ns= 0.59c
Inst 2303 LNOP : 4x66 LNOPC [SIB+disp32], ax L: [no true dep.] T: 3.18ns= 15.00c
Inst 2304 LNOP : 5x66 LNOPD [SIB+disp32], ax L: [no true dep.] T: 3.23ns= 15.25c
Inst 2305 LNOP : 6x66 LNOPE [SIB+disp32], ax L: [no true dep.] T: 3.29ns= 15.50c
Inst 2306 LNOP : 7x66 LNOPF [SIB+disp32], ax L: [no true dep.] T: 3.35ns= 15.75c

Opteron · 12.03.2017

Krümel schrieb:
Asteroiden kann ich nachher mal anschmeißen.

Ergebnisse sind dann hier zu sehen.

--- Update ---

Asteroids Laufzeiten (AVX-Anwendung) zwischen 9.000 und 11.000 Sekunden auf R7 1700 @ 3,2 GHz.

Ist das jetzt die Standard AVX-App oder schon die extra Version für Zen mit AVX128? (Siehe Beitrag #137)
Falls es noch die Standard AVX ist, dann stell mal auf no new work und lass es leer rechnen, danach umstellen

Krümel · 12.03.2017

Das war die Standardapp, habe aber schon wieder auf WCG umgestellt.

Opteron · 13.03.2017

Ok kein Problem, wollte ich nur wissen. Kannst Du die andere App zum Gegentesten die Woche nochmal dranlassen? (Bzw. erstmal überhaupt zum Testen, ob es überhaupt funktioniert

Oder gibts andere Freiwillige?

erde-m · 13.03.2017

Opteron schrieb:
Ok kein Problem, wollte ich nur wissen. Kannst Du die andere App zum Gegentesten die Woche nochmal dranlassen? (Bzw. erstmal überhaupt zum Testen, ob es überhaupt funktioniert

Oder gibts andere Freiwillige?

Wenn mein 1700X läuft, mach ich den Test.

koschi · 13.03.2017

Schmeiß ich gern heute Abend an, bin dann endlich wieder zuhause *em_hurra*

Crashtest · 13.03.2017

Mein Ryzi rechnet auch gerade reichlich WCG, Goofyx und wuprop !

yoyo geht gerade nicht weil viel zu wenig RAM (nur 8GB statt der erforderlichen 32GB)

eratte · 13.03.2017

yoyo geht gerade nicht weil viel zu wenig RAM

ECM für den Rechner ausklammern, habe ich bei meinem Ryzen mit 16 Gb RAM auch gemacht.

koschi · 13.03.2017

Es ließe sich auch die Anzahl der laufenden WUs pro Unterprojekt / Anwendung per app_config.xml festlegen...

Crashtest · 13.03.2017

Hauptproblem bei yoyo ecm ist derzeit : es gibt Wuzen mit 10GB RAM Bedarf (AS P2)

mal sehen, evtl. wird der Ryzi nach WCG SCC auf yoyo evo oder muon umgestellt.

cyrusNGC_224 · 13.03.2017

Das ist der Nachteil von so vielen logischen Kernchen. Der Ram Ausbau müsste stärker sein. Meine Optis haben mehr als genug davon.

eratte · 13.03.2017

Jo, leider ist Speicher nicht ganz billig im Moment.

Onkel_Dithmeyer · 13.03.2017

DDR3 hab ich noch ohne Ende...

Casi030 · 13.03.2017

Onkel_Dithmeyer schrieb:
DDR3 hab ich noch ohne Ende...

Auch 8GB Kit G.Skill 2133-2400 MHz?

Onkel_Dithmeyer · 13.03.2017

Nein aber 4x8GB DDR3 mit ECC. Bin aber nicht sicher ob ich die abgeben will

War nur die Anmerkung, dass DDR4 mein aktuelles Problem werden könnte.

Casi030 · 13.03.2017

Ahhh OK, mit allem unter 2133MHz kann ich nix anfangen.

eratte · 13.03.2017

DDR3 nützt einem bei AM4 nur nix

, bin schon froh das ich noch 16 GB DDR4 auf Halde liegen hatte als die noch 80 € gekostet haben. So muss der Ryzen Rechner erst mal mit 16 GB auskommen und wenn der Speicher mal wieder günstiger ist wird dann aufgerüstet. Gerade in Richtung Speicher ist auch noch viel Luft bei der BIOS/UEFI Entwickelung.

Bin schon froh das meiner mit 2666 ohne groß austesten im UEFI rennt obwohl er nicht in der OVL auftaucht. Bevor ich da im UEFI an den meisten Schrauben dreh gebe ich dem BIOS erst mal noch Zeit zum reifen. Da haben die Mainboardhersteller noch viele Baustellen offen, Intel und die 200er Chipsätze waren wohl wichtiger

Casi030 · 13.03.2017

@eratte
Das stimmt und dieses mal hab ichs mir verkniffen zu kaufen.Ich kann schon seit "jahren" nix mehr mit dem FX anfangen,was soll ich da mit nem 1700...........und NUR zum Testen.....Ich warte auf mITX +APU und "µ"ATX + R5 1300/1400X,hab so schon genug Rechner und Trennen kann ich mich auch nicht so recht davon. *buck*

koschi · 13.03.2017

Opteron schrieb:
Für Astroids gibts nun eine AVX128 Binary - aber nur für Linux.

Kann das mal bitte jemand ausprobieren?

http://www.boincunited.org/opt_apps/period_search_10210_x86_64-pc-linux-gnu__avx128.tar.bz2

(Falls das Runterladen nicht klappt, mit Internetexplorer öffnen, da gings bei mir)

Download mit wget kein Problem. Läuft aber nicht...
http://asteroidsathome.net/boinc/results.php?hostid=312297&offset=0&show_names=0&state=6&appid=

<core_client_version>7.6.32</core_client_version>
<![CDATA[
<message>
process exited with code 193 (0xc1, -63)
</message>
<stderr_txt>
SIGILL: illegal instruction
Stack trace (6 frames):
[0x411370]
[0x42f4d0]
[0x404598]
[0x4ea106]
[0x4ea2fa]
[0x404f69]

Exiting...

</stderr_txt>
]]>

Opteron · 14.03.2017

koschi schrieb:
Download mit wget kein Problem. Läuft aber nicht...
http://asteroidsathome.net/boinc/results.php?hostid=312297&offset=0&show_names=0&state=6&appid=

Schon mysteriös das Ganze, ich habs jetzt mal hier hochgeladen:
https://openload.co/f/8heQs8X_398/period_search_10210_x86_64-pc-linux-gnu__avx128.tar.bz2

Viel Erfolg

koschi · 14.03.2017

Nee bringt nix, die WUs brechen nach ~10 Sekunden ab, hab ich schon im Asteroids Forum gemeldet...

eratte · 14.03.2017

hab so schon genug Rechner und Trennen kann ich mich auch nicht so recht davon.

Das kommt mir bekannt vor. Jetzt muß aber mal was weg - Opfer wird wohl ein i5 2500k mit Board und Speicher.

Ryzen Rechner gestern mit W10 neu installiert, Anwendungen incl Boinc müssen noch drauf.

erde-m · 14.03.2017

erde-m schrieb:
Hmm, mein FX6350 hat mit SSE3 Laufzeiten zwischen 8.400 und 10.300 Sekunden ... bei 4.3 GHz

und ein i7-2600 ist nicht wesentlich langsamer bei gleichen Takt wie der 1700 mit AVX ... http://asteroidsathome.net/boinc/show_host_detail.php?hostid=338718

AVX scheint wirklich nicht die starke Seite der Ryzen zu sein

Mit dem 1700X@3,8 GHz komme ich mit SSE3 auf Laufzeiten zwischen 5.600 und 6.200 Sekunden CPU-Zeit. AVX benutzt er scheinbar nicht. *noahnung*

Heftig: http://asteroidsathome.net/boinc/workunit.php?wuid=62473513
Cuda unter Linux benötigt eine Laufzeit von 1,881.11 Sekunden vs. 5,598.78 Sekunden auf meinem 1700X

BOINC Performance auf AMD Ryzen

Grand Admiral Special

Grand Admiral Special

Grand Admiral Special

Redaktion☆☆☆☆☆☆

Grand Admiral Special

Redaktion☆☆☆☆☆☆

Grand Admiral Special

Grand Admiral Special

Redaktion☆☆☆☆☆☆

Redaktion☆☆☆☆☆☆

Grand Admiral Special

Redaktion☆☆☆☆☆☆

Grand Admiral Special

Redaktion☆☆☆☆☆☆

Redaktion☆☆☆☆☆☆

Grand Admiral Special

Redaktion☆☆☆☆☆☆

Grand Admiral Special

Redaktion☆☆☆☆☆☆

Grand Admiral Special

Grand Admiral Special

Redaktion☆☆☆☆☆☆

Grand Admiral Special

Redaktion☆☆☆☆☆☆

Grand Admiral Special

Ähnliche Themen

Aktuelle Aktionen

Wichtige Links

Redaktion
☆☆☆☆☆☆

Redaktion
☆☆☆☆☆☆

Redaktion
☆☆☆☆☆☆

Redaktion
☆☆☆☆☆☆

Redaktion
☆☆☆☆☆☆

Redaktion
☆☆☆☆☆☆

Redaktion
☆☆☆☆☆☆

Redaktion
☆☆☆☆☆☆

Redaktion
☆☆☆☆☆☆

Redaktion
☆☆☆☆☆☆

Redaktion
☆☆☆☆☆☆