ADD (M64, R64)

Operands

• Operand 1 (r/w): Memory
• Operand 2 (r): Register (RAX, RCX, RDX, RBX, RSP, RBP, RSI, RDI, R8, R9, R10, R11, R12, R13, R14, R15)
• Operand 3 (w, suppressed): Flags (AF: w, CF: w, OF: w, PF: w, SF: w, ZF: w)

Available performance data

• Alder Lake-P
• Alder Lake-E
• Rocket Lake
• Tiger Lake
• Ice Lake
• Cascade Lake
• Cannon Lake
• Skylake-X
• Coffee Lake
• Kaby Lake
• Skylake
• Broadwell
• Haswell
• Ivy Bridge
• Sandy Bridge
• Westmere
• Nehalem
• Wolfdale
• Conroe
• Tremont
• Goldmont Plus
• Goldmont
• Airmont
• Bonnell
• AMD Zen 4
• AMD Zen 3
• AMD Zen 2
• AMD Zen+

Alder Lake-P

• Measurements
• Latencies
  • Latency operand 1 → 1 (address, base register): ≤6
  • Latency operand 1 → 1 (address, index register): ≤12
  • Latency operand 1 → 1 (memory): 6
  • Latency operand 1 → 3 (address, base register): 6
  • Latency operand 1 → 3 (address, index register): 6
  • Latency operand 1 → 3 (memory): ≤6
  • Latency operand 2 → 1: ≤1
  • Latency operand 2 → 3: 1
• Throughput
  • Computed from the port usage: 0.50
  • Measured (loop): 0.54 (if an indexed addressing mode is used: 0.53)
  • Measured (unrolled): 0.98 (if an indexed addressing mode is used: 0.96)
• Number of μops
  • Executed: 4
  • Retire slots: 2 (if an indexed addressing mode is used: 3)
  • Decoded (MITE): 2
  • Microcode Sequencer (MS): 0
  • Requires the complex decoder (4 other instructions can be decoded with simple decoders in the same cycle)
• Port usage: 1*p0156B+1*p23A+1*p49+1*p78

Alder Lake-E

• Measurements
• Latencies
  • Latency operand 1 → 1 (address, base register): ≤2
  • Latency operand 1 → 1 (address, index register): ≤6
  • Latency operand 1 → 1 (memory): 1
  • Latency operand 1 → 3 (address, base register): 0
  • Latency operand 1 → 3 (address, index register): 0
  • Latency operand 1 → 3 (memory): ≤1
  • Latency operand 2 → 1: ≤1
  • Latency operand 2 → 3: 1
• Throughput
  • Measured (loop): 0.50
  • Measured (unrolled): 0.52
• Number of μops
  • Executed: 1
  • Microcode Sequencer (MS): 0

Rocket Lake

• Measurements
• Latencies
  • Latency operand 1 → 1 (address, base register): ≤6
  • Latency operand 1 → 1 (address, index register): ≤11
  • Latency operand 1 → 1 (memory): 6
  • Latency operand 1 → 3 (address, base register): 6
  • Latency operand 1 → 3 (address, index register): 6
  • Latency operand 1 → 3 (memory): ≤6
  • Latency operand 2 → 1: ≤1
  • Latency operand 2 → 3: 1
• Throughput
  • Computed from the port usage: 0.50
  • Measured (loop): 0.60 (if an indexed addressing mode is used: 0.67)
  • Measured (unrolled): 1.00
• Number of μops
  • Executed: 4
  • Retire slots: 2 (if an indexed addressing mode is used: 3)
  • Decoded (MITE): 2
  • Microcode Sequencer (MS): 0
  • Requires the complex decoder (3 other instructions can be decoded with simple decoders in the same cycle)
• Port usage: 1*p0156+1*p23+1*p49+1*p78

Tiger Lake

• Measurements
• Latencies
  • Latency operand 1 → 1 (address, base register): ≤11
  • Latency operand 1 → 1 (address, index register): ≤11
  • Latency operand 1 → 1 (memory): 7
  • Latency operand 1 → 3 (address, base register): 6
  • Latency operand 1 → 3 (address, index register): 6
  • Latency operand 1 → 3 (memory): ≤6
  • Latency operand 2 → 1: ≤6
  • Latency operand 2 → 3: 1
• Throughput
  • Computed from the port usage: 0.50
  • Measured (loop): 0.53 (if an indexed addressing mode is used: 0.67)
  • Measured (unrolled): 1.00
• Number of μops
  • Executed: 4
  • Retire slots: 2 (if an indexed addressing mode is used: 3)
  • Decoded (MITE): 2
  • Microcode Sequencer (MS): 0
  • Requires the complex decoder (3 other instructions can be decoded with simple decoders in the same cycle)
• Port usage: 1*p0156+1*p23+1*p49+1*p78

Ice Lake

• Measurements
• Latencies
  • Latency operand 1 → 1 (address, base register): ≤11
  • Latency operand 1 → 1 (address, index register): ≤11
  • Latency operand 1 → 1 (memory): 7
  • Latency operand 1 → 3 (address, base register): 6
  • Latency operand 1 → 3 (address, index register): 6
  • Latency operand 1 → 3 (memory): ≤6
  • Latency operand 2 → 1: ≤6
  • Latency operand 2 → 3: 1
• Throughput
  • Computed from the port usage: 0.50
  • Measured (loop): 0.53 (if an indexed addressing mode is used: 0.67)
  • Measured (unrolled): 1.00
• Number of μops
  • Executed: 4
  • Retire slots: 2 (if an indexed addressing mode is used: 3)
  • Decoded (MITE): 2
  • Microcode Sequencer (MS): 0
  • Requires the complex decoder (3 other instructions can be decoded with simple decoders in the same cycle)
• Port usage: 1*p0156+1*p23+1*p49+1*p78

Cascade Lake

• Measurements
• Latencies
  • Latency operand 1 → 1 (address, base register): ≤10
  • Latency operand 1 → 1 (address, index register): ≤10
  • Latency operand 1 → 1 (memory): 4
  • Latency operand 1 → 3 (address, base register): 6
  • Latency operand 1 → 3 (address, index register): 6
  • Latency operand 1 → 3 (memory): ≤3
  • Latency operand 2 → 1: ≤3
  • Latency operand 2 → 3: 1
• Throughput
  • Computed from the port usage: 1.00
  • Measured (loop): 1.00
  • Measured (unrolled): 1.00
• Number of μops
  • Executed: 4
  • Retire slots: 2 (if an indexed addressing mode is used: 3)
  • Decoded (MITE): 2
  • Microcode Sequencer (MS): 0
  • Requires the complex decoder (3 other instructions can be decoded with simple decoders in the same cycle)
• Port usage: 1*p0156+1*p23+1*p237+1*p4 (if an indexed addressing mode is used: 1*p0156+2*p23+1*p4)

Cannon Lake

• Measurements
• Latencies
  • Latency operand 1 → 1 (address, base register): ≤10
  • Latency operand 1 → 1 (address, index register): ≤10
  • Latency operand 1 → 1 (memory): 4
  • Latency operand 1 → 3 (address, base register): 6
  • Latency operand 1 → 3 (address, index register): 6
  • Latency operand 1 → 3 (memory): ≤3
  • Latency operand 2 → 1: ≤3
  • Latency operand 2 → 3: 1
• Throughput
  • Computed from the port usage: 1.00
  • Measured (loop): 1.00
  • Measured (unrolled): 1.00
• Number of μops
  • Executed: 4
  • Retire slots: 2 (if an indexed addressing mode is used: 3)
  • Decoded (MITE): 2
  • Microcode Sequencer (MS): 0
  • Requires the complex decoder (3 other instructions can be decoded with simple decoders in the same cycle)
• Port usage: 1*p0156+1*p23+1*p237+1*p4 (if an indexed addressing mode is used: 1*p0156+2*p23+1*p4)

Skylake-X

• Measurements
• Latencies
  • Latency operand 1 → 1 (address, base register): ≤10
  • Latency operand 1 → 1 (address, index register): ≤10
  • Latency operand 1 → 1 (memory): 4
  • Latency operand 1 → 3 (address, base register): 6
  • Latency operand 1 → 3 (address, index register): 6
  • Latency operand 1 → 3 (memory): ≤3
  • Latency operand 2 → 1: ≤3
  • Latency operand 2 → 3: 1
• Throughput
  • Computed from the port usage: 1.00
  • Measured (loop): 1.00
  • Measured (unrolled): 1.00
• Number of μops
  • Executed: 4
  • Retire slots: 2 (if an indexed addressing mode is used: 3)
  • Decoded (MITE): 2
  • Microcode Sequencer (MS): 0
  • Requires the complex decoder (3 other instructions can be decoded with simple decoders in the same cycle)
• Port usage: 1*p0156+1*p23+1*p237+1*p4 (if an indexed addressing mode is used: 1*p0156+2*p23+1*p4)
• IACA 2.3
• Throughput
  • Computed from the port usage: 1.00
  • IACA: 1.00
• Number of μops: 4
• Port usage: 1*p0156+1*p23+1*p237+1*p4
• IACA 3.0
• Throughput
  • Computed from the port usage: 1.00
  • IACA: 1.00
• Number of μops: 4
• Port usage: 1*p0156+1*p23+1*p237+1*p4

Coffee Lake

• Measurements
• Latencies
  • Latency operand 1 → 1 (address, base register): ≤10
  • Latency operand 1 → 1 (address, index register): ≤10
  • Latency operand 1 → 1 (memory): 4
  • Latency operand 1 → 3 (address, base register): 6
  • Latency operand 1 → 3 (address, index register): 6
  • Latency operand 1 → 3 (memory): ≤3
  • Latency operand 2 → 1: ≤3
  • Latency operand 2 → 3: 1
• Throughput
  • Computed from the port usage: 1.00
  • Measured (loop): 1.00
  • Measured (unrolled): 1.00
• Number of μops
  • Executed: 4
  • Retire slots: 2 (if an indexed addressing mode is used: 3)
  • Decoded (MITE): 2
  • Microcode Sequencer (MS): 0
  • Requires the complex decoder (3 other instructions can be decoded with simple decoders in the same cycle)
• Port usage: 1*p0156+1*p23+1*p237+1*p4 (if an indexed addressing mode is used: 1*p0156+2*p23+1*p4)

Kaby Lake

• Measurements
• Latencies
  • Latency operand 1 → 1 (address, base register): ≤10
  • Latency operand 1 → 1 (address, index register): ≤10
  • Latency operand 1 → 1 (memory): 4
  • Latency operand 1 → 3 (address, base register): 6
  • Latency operand 1 → 3 (address, index register): 6
  • Latency operand 1 → 3 (memory): ≤3
  • Latency operand 2 → 1: ≤3
  • Latency operand 2 → 3: 1
• Throughput
  • Computed from the port usage: 1.00
  • Measured (loop): 1.00
  • Measured (unrolled): 1.00
• Number of μops
  • Executed: 4
  • Retire slots: 2 (if an indexed addressing mode is used: 3)
  • Decoded (MITE): 2
  • Microcode Sequencer (MS): 0
  • Requires the complex decoder (3 other instructions can be decoded with simple decoders in the same cycle)
• Port usage: 1*p0156+1*p23+1*p237+1*p4 (if an indexed addressing mode is used: 1*p0156+2*p23+1*p4)

Skylake

• Measurements
• Latencies
  • Latency operand 1 → 1 (address, base register): ≤10
  • Latency operand 1 → 1 (address, index register): ≤10
  • Latency operand 1 → 1 (memory): 4
  • Latency operand 1 → 3 (address, base register): 6
  • Latency operand 1 → 3 (address, index register): 6
  • Latency operand 1 → 3 (memory): ≤3
  • Latency operand 2 → 1: ≤3
  • Latency operand 2 → 3: 1
• Throughput
  • Computed from the port usage: 1.00
  • Measured (loop): 1.00
  • Measured (unrolled): 1.00
• Number of μops
  • Executed: 4
  • Retire slots: 2 (if an indexed addressing mode is used: 3)
  • Decoded (MITE): 2
  • Microcode Sequencer (MS): 0
  • Requires the complex decoder (3 other instructions can be decoded with simple decoders in the same cycle)
• Port usage: 1*p0156+1*p23+1*p237+1*p4 (if an indexed addressing mode is used: 1*p0156+2*p23+1*p4)
• IACA 2.3
• Throughput
  • Computed from the port usage: 1.00
  • IACA: 1.00
• Number of μops: 4
• Port usage: 1*p0156+1*p23+1*p237+1*p4
• IACA 3.0
• Throughput
  • Computed from the port usage: 1.00
  • IACA: 1.00
• Number of μops: 4
• Port usage: 1*p0156+1*p23+1*p237+1*p4

Broadwell

• Measurements
• Latencies
  • Latency operand 1 → 1 (address, base register): ≤9
  • Latency operand 1 → 1 (address, index register): ≤10
  • Latency operand 1 → 1 (memory): 6
  • Latency operand 1 → 3 (address, base register): 6
  • Latency operand 1 → 3 (address, index register): 6
  • Latency operand 1 → 3 (memory): ≤5
  • Latency operand 2 → 1: ≤5
  • Latency operand 2 → 3: 1
• Throughput
  • Computed from the port usage: 1.00
  • Measured (loop): 1.00
  • Measured (unrolled): 1.00
• Number of μops
  • Executed: 4
  • Retire slots: 2 (if an indexed addressing mode is used: 3)
  • Decoded (MITE): 2
  • Microcode Sequencer (MS): 0
  • Requires the complex decoder (2 other instructions can be decoded with simple decoders in the same cycle)
• Port usage: 1*p0156+1*p23+1*p237+1*p4 (if an indexed addressing mode is used: 1*p0156+2*p23+1*p4)
• IACA 2.2
• Throughput
  • Computed from the port usage: 1.00
  • IACA: 1.00 (with the -no_interiteration flag: 1.00)
• Number of μops: 4
• Port usage: 1*p0156+1*p23+1*p237+1*p4
• IACA 2.3
• Throughput
  • Computed from the port usage: 1.00
  • IACA: 1.00
• Number of μops: 4
• Port usage: 1*p0156+1*p23+1*p237+1*p4
• IACA 3.0
• Throughput
  • Computed from the port usage: 1.00
  • IACA: 1.00
• Number of μops: 4
• Port usage: 1*p0156+1*p23+1*p237+1*p4

Haswell

• Measurements
• Latencies
  • Latency operand 1 → 1 (address, base register): ≤9
  • Latency operand 1 → 1 (address, index register): ≤10
  • Latency operand 1 → 1 (memory): 6
  • Latency operand 1 → 3 (address, base register): 6
  • Latency operand 1 → 3 (address, index register): 6
  • Latency operand 1 → 3 (memory): ≤5
  • Latency operand 2 → 1: ≤5
  • Latency operand 2 → 3: 1
• Throughput
  • Computed from the port usage: 1.00
  • Measured (loop): 1.09 (if an indexed addressing mode is used: 1.00)
  • Measured (unrolled): 1.09 (if an indexed addressing mode is used: 1.00)
• Number of μops
  • Executed: 4
  • Retire slots: 2 (if an indexed addressing mode is used: 3)
  • Decoded (MITE): 2
  • Microcode Sequencer (MS): 0
  • Requires the complex decoder (2 other instructions can be decoded with simple decoders in the same cycle)
• Port usage: 1*p0156+1*p23+1*p237+1*p4 (if an indexed addressing mode is used: 1*p0156+2*p23+1*p4)
• IACA 2.1
• Latency: 7
• Throughput
  • Computed from the port usage: 1.00
  • IACA: 1.00 (with the -no_interiteration flag: 1.00)
• Number of μops: 4
• Port usage: 1*p0156+1*p23+1*p237+1*p4
• IACA 2.2
• Throughput
  • Computed from the port usage: 1.00
  • IACA: 1.00 (with the -no_interiteration flag: 1.00)
• Number of μops: 4
• Port usage: 1*p0156+1*p23+1*p237+1*p4
• IACA 2.3
• Throughput
  • Computed from the port usage: 1.00
  • IACA: 1.00
• Number of μops: 4
• Port usage: 1*p0156+1*p23+1*p237+1*p4
• IACA 3.0
• Throughput
  • Computed from the port usage: 1.00
  • IACA: 1.00
• Number of μops: 4
• Port usage: 1*p0156+1*p23+1*p237+1*p4

Ivy Bridge

• Measurements
• Latencies
  • Latency operand 1 → 1 (address, base register): ≤9
  • Latency operand 1 → 1 (address, index register): ≤9
  • Latency operand 1 → 1 (memory): 6
  • Latency operand 1 → 3 (address, base register): 6
  • Latency operand 1 → 3 (address, index register): 6
  • Latency operand 1 → 3 (memory): ≤5
  • Latency operand 2 → 1: ≤5
  • Latency operand 2 → 3: 1
• Throughput
  • Computed from the port usage: 1.00
  • Measured (loop): 1.47 (if an indexed addressing mode is used: 1.37)
  • Measured (unrolled): 1.45 (if an indexed addressing mode is used: 1.00)
• Number of μops
  • Executed: 4
  • Retire slots: 2 (if an indexed addressing mode is used: 4)
  • Decoded (MITE): 2
  • Microcode Sequencer (MS): 0
  • Requires the complex decoder (2 other instructions can be decoded with simple decoders in the same cycle)
• Port usage: 1*p015+2*p23+1*p4
• IACA 2.1
• Latency: 7
• Throughput
  • Computed from the port usage: 1.00
  • IACA: 1.00 (with the -no_interiteration flag: 1.00)
• Number of μops: 4
• Port usage: 1*p015+2*p23+1*p4
• IACA 2.2
• Throughput
  • Computed from the port usage: 1.00
  • IACA: 1.00 (with the -no_interiteration flag: 1.00)
• Number of μops: 4
• Port usage: 1*p015+2*p23+1*p4
• IACA 2.3
• Throughput
  • Computed from the port usage: 1.00
  • IACA: 1.00
• Number of μops: 4
• Port usage: 1*p015+2*p23+1*p4

Sandy Bridge

• Measurements
• Latencies
  • Latency operand 1 → 1 (address, base register): ≤9
  • Latency operand 1 → 1 (address, index register): ≤9
  • Latency operand 1 → 1 (memory): 6
  • Latency operand 1 → 3 (address, base register): 6
  • Latency operand 1 → 3 (address, index register): 6
  • Latency operand 1 → 3 (memory): ≤5
  • Latency operand 2 → 1: ≤5
  • Latency operand 2 → 3: 1
• Throughput
  • Computed from the port usage: 1.00
  • Measured (loop): 1.37 (if an indexed addressing mode is used: 1.25)
  • Measured (unrolled): 1.33 (if an indexed addressing mode is used: 1.00)
• Number of μops
  • Executed: 4
  • Retire slots: 2 (if an indexed addressing mode is used: 4)
  • Decoded (MITE): 2
  • Microcode Sequencer (MS): 0
  • Requires the complex decoder (2 other instructions can be decoded with simple decoders in the same cycle)
• Port usage: 1*p015+2*p23+1*p4
• IACA 2.1
• Latency: 7
• Throughput
  • Computed from the port usage: 1.00
  • IACA: 1.00 (with the -no_interiteration flag: 1.00)
• Number of μops: 4
• Port usage: 1*p015+2*p23+1*p4
• IACA 2.2
• Throughput
  • Computed from the port usage: 1.00
  • IACA: 1.00 (with the -no_interiteration flag: 1.00)
• Number of μops: 4
• Port usage: 1*p015+2*p23+1*p4
• IACA 2.3
• Throughput
  • Computed from the port usage: 1.00
  • IACA: 1.00
• Number of μops: 4
• Port usage: 1*p015+2*p23+1*p4

Westmere

• Measurements
• Latencies
  • Latency operand 1 → 1 (address, base register): ≤8
  • Latency operand 1 → 1 (address, index register): ≤8
  • Latency operand 1 → 1 (memory): 6
  • Latency operand 1 → 3 (address, base register): 5
  • Latency operand 1 → 3 (address, index register): 5
  • Latency operand 1 → 3 (memory): ≤5
  • Latency operand 2 → 1: ≤6
  • Latency operand 2 → 3: 2
• Throughput
  • Computed from the port usage: 1.00
  • Measured (loop): 1.00
  • Measured (unrolled): 1.00
• Number of μops
  • Executed: 4
  • Retire slots: 2 (if an indexed addressing mode is used: 4)
  • Microcode Sequencer (MS): 0
  • Requires the complex decoder
• Port usage: 1*p015+1*p2+1*p3+1*p4
• IACA 2.1
• Latency: 6
• Throughput
  • Computed from the port usage: 1.00
  • IACA: 1.00 (with the -no_interiteration flag: 1.00)
• Number of μops: 4
• Port usage: 1*p015+1*p2+1*p3+1*p4
• IACA 2.2
• Throughput
  • Computed from the port usage: 1.00
  • IACA: 1.00 (with the -no_interiteration flag: 1.00)
• Number of μops: 4
• Port usage: 1*p015+1*p2+1*p3+1*p4

Nehalem

• Measurements
• Latencies
  • Latency operand 1 → 1 (address, base register): ≤8
  • Latency operand 1 → 1 (address, index register): ≤8
  • Latency operand 1 → 1 (memory): 6
  • Latency operand 1 → 3 (address, base register): 5
  • Latency operand 1 → 3 (address, index register): 5
  • Latency operand 1 → 3 (memory): ≤5
  • Latency operand 2 → 1: ≤6
  • Latency operand 2 → 3: 2
• Throughput
  • Computed from the port usage: 1.00
  • Measured (loop): 1.00
  • Measured (unrolled): 1.00
• Number of μops
  • Executed: 4
  • Retire slots: 2 (if an indexed addressing mode is used: 4)
  • Microcode Sequencer (MS): 0
  • Requires the complex decoder
• Port usage: 1*p015+1*p2+1*p3+1*p4
• IACA 2.1
• Latency: 6
• Throughput
  • Computed from the port usage: 1.00
  • IACA: 1.00 (with the -no_interiteration flag: 1.00)
• Number of μops: 4
• Port usage: 1*p015+1*p2+1*p3+1*p4
• IACA 2.2
• Throughput
  • Computed from the port usage: 1.00
  • IACA: 1.00 (with the -no_interiteration flag: 1.00)
• Number of μops: 4
• Port usage: 1*p015+1*p2+1*p3+1*p4

Wolfdale

• Measurements
• Latencies
  • Latency operand 1 → 1 (address, base register): ≤9
  • Latency operand 1 → 1 (address, index register): ≤9
  • Latency operand 1 → 1 (memory): 6
  • Latency operand 1 → 3 (address, base register): 5
  • Latency operand 1 → 3 (address, index register): 5
  • Latency operand 1 → 3 (memory): ≤5
  • Latency operand 2 → 1: ≤5
  • Latency operand 2 → 3: 1
• Throughput
  • Computed from the port usage: 1.00
  • Measured (loop): 1.00
  • Measured (unrolled): 1.00
• Number of μops
  • Executed: 4
• Port usage: 1*p015+1*p2+1*p3+1*p4

Conroe

• Measurements
• Latencies
  • Latency operand 1 → 1 (address, base register): ≤9
  • Latency operand 1 → 1 (address, index register): ≤9
  • Latency operand 1 → 1 (memory): 6
  • Latency operand 1 → 3 (address, base register): 5
  • Latency operand 1 → 3 (address, index register): 5
  • Latency operand 1 → 3 (memory): ≤5
  • Latency operand 2 → 1: ≤5
  • Latency operand 2 → 3: 1
• Throughput
  • Computed from the port usage: 1.00
  • Measured (loop): 1.00
  • Measured (unrolled): 1.00
• Number of μops
  • Executed: 4
• Port usage: 1*p015+1*p2+1*p3+1*p4

Tremont

• Measurements
• Latencies
  • Latency operand 1 → 1 (address, base register): ≤9
  • Latency operand 1 → 1 (address, index register): ≤9
  • Latency operand 1 → 1 (memory): 6
  • Latency operand 1 → 3 (address, base register): 4
  • Latency operand 1 → 3 (address, index register): 4
  • Latency operand 1 → 3 (memory): ≤5
  • Latency operand 2 → 1: ≤5
  • Latency operand 2 → 3: 1
• Throughput
  • Measured (loop): 1.00
  • Measured (unrolled): 1.00
• Number of μops
  • Executed: 1
  • Microcode Sequencer (MS): 0

Goldmont Plus

• Measurements
• Latencies
  • Latency operand 1 → 1 (address, base register): ≤8
  • Latency operand 1 → 1 (address, index register): ≤8
  • Latency operand 1 → 1 (memory): 5
  • Latency operand 1 → 3 (address, base register): 4
  • Latency operand 1 → 3 (address, index register): 4
  • Latency operand 1 → 3 (memory): ≤5
  • Latency operand 2 → 1: ≤4
  • Latency operand 2 → 3: 1
• Throughput
  • Measured (loop): 1.00
  • Measured (unrolled): 1.00
• Number of μops
  • Executed: 1
  • Microcode Sequencer (MS): 0

Goldmont

• Measurements
• Latencies
  • Latency operand 1 → 1 (address, base register): ≤8
  • Latency operand 1 → 1 (address, index register): ≤8
  • Latency operand 1 → 1 (memory): 5
  • Latency operand 1 → 3 (address, base register): 4
  • Latency operand 1 → 3 (address, index register): 4
  • Latency operand 1 → 3 (memory): ≤6
  • Latency operand 2 → 1: ≤5
  • Latency operand 2 → 3: 1
• Throughput
  • Measured (loop): 1.00
  • Measured (unrolled): 1.00
• Number of μops
  • Executed: 1
  • Microcode Sequencer (MS): 0

Airmont

• Measurements
• Latencies
  • Latency operand 1 → 1 (address, base register): ≤8
  • Latency operand 1 → 1 (address, index register): ≤8
  • Latency operand 1 → 1 (memory): 5
  • Latency operand 1 → 3 (address, base register): 4
  • Latency operand 1 → 3 (address, index register): 4
  • Latency operand 1 → 3 (memory): ≤4
  • Latency operand 2 → 1: ≤4
  • Latency operand 2 → 3: 1
• Throughput
  • Measured (loop): 1.00
  • Measured (unrolled): 1.00
• Number of μops
  • Executed: 1
  • Microcode Sequencer (MS): 0

Bonnell

• Measurements
• Latencies
  • Latency operand 1 → 1 (address, base register): ≤4
  • Latency operand 1 → 1 (address, index register): ≤4
  • Latency operand 1 → 1 (memory): 1
  • Latency operand 1 → 3 (address, base register): 4
  • Latency operand 1 → 3 (address, index register): 4
  • Latency operand 1 → 3 (memory): ≤1
  • Latency operand 2 → 1: ≤1
  • Latency operand 2 → 3: 1
• Throughput
  • Measured (loop): 1.00
  • Measured (unrolled): 1.00
• Number of μops
  • Executed: 1
  • Microcode Sequencer (MS): 0

AMD Zen 4

• Measurements
• Latencies
  • Latency operand 1 → 1 (address, base register): ≤8
  • Latency operand 1 → 1 (address, index register): ≤8
  • Latency operand 1 → 1 (memory): 1
  • Latency operand 1 → 3 (address, base register): 5
  • Latency operand 1 → 3 (address, index register): 5
  • Latency operand 1 → 3 (memory): ≤1
  • Latency operand 2 → 1: ≤1
  • Latency operand 2 → 3: 1
• Throughput
  • Measured (loop): 0.56
  • Measured (unrolled): 0.60
• Number of μops
  • Executed: 2

AMD Zen 3

• Measurements
• Latencies
  • Latency operand 1 → 1 (address, base register): ≤10
  • Latency operand 1 → 1 (address, index register): ≤10
  • Latency operand 1 → 1 (memory): 7
  • Latency operand 1 → 3 (address, base register): 5
  • Latency operand 1 → 3 (address, index register): 5
  • Latency operand 1 → 3 (memory): ≤6
  • Latency operand 2 → 1: ≤5
  • Latency operand 2 → 3: 1
• Throughput
  • Measured (loop): 0.56
  • Measured (unrolled): 0.67
• Number of μops
  • Executed: 1

AMD Zen 2

• Measurements
• Latencies
  • Latency operand 1 → 1 (address, base register): ≤5
  • Latency operand 1 → 1 (address, index register): ≤5
  • Latency operand 1 → 1 (memory): 1
  • Latency operand 1 → 3 (address, base register): 5
  • Latency operand 1 → 3 (address, index register): 5
  • Latency operand 1 → 3 (memory): ≤1
  • Latency operand 2 → 1: ≤1
  • Latency operand 2 → 3: 1
• Throughput
  • Measured (loop): 1.00
  • Measured (unrolled): 1.00
• Number of μops
  • Executed: 1

AMD Zen+

• Measurements
• Latencies
  • Latency operand 1 → 1 (address, base register): ≤8
  • Latency operand 1 → 1 (address, index register): ≤8
  • Latency operand 1 → 1 (memory): 7
  • Latency operand 1 → 3 (address, base register): 5
  • Latency operand 1 → 3 (address, index register): 5
  • Latency operand 1 → 3 (memory): ≤7
  • Latency operand 2 → 1: ≤6
  • Latency operand 2 → 3: 1
• Throughput
  • Measured (loop): 1.00
  • Measured (unrolled): 1.00
• Number of μops
  • Executed: 1