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AMD EPYC 7713 7713P 7763 100-000000344 3.67GHz 64 Core 128 Threads 256MB L3 Cache Socket SP3 225W CPU Server Processor
AMD EPYC 7713 7713P 7763 100-000000344 3.67GHz 64 Core 128 Threads 256MB L3 Cache Socket SP3 225W CPU Server Processor - Image 2
AMD EPYC 7713 7713P 7763 100-000000344 3.67GHz 64 Core 128 Threads 256MB L3 Cache Socket SP3 225W CPU Server Processor - Image 3
AMD EPYC 7713 7713P 7763 100-000000344 3.67GHz 64 Core 128 Threads 256MB L3 Cache Socket SP3 225W CPU Server Processor - Image 4
AMD EPYC 7713 7713P 7763 100-000000344 3.67GHz 64 Core 128 Threads 256MB L3 Cache Socket SP3 225W CPU Server Processor - Image 5
AMD EPYC 7713 7713P 7763 100-000000344 3.67GHz 64 Core 128 Threads 256MB L3 Cache Socket SP3 225W CPU Server Processor - Image 6
AMD EPYC 7713 7713P 7763 100-000000344 3.67GHz 64 Core 128 Threads 256MB L3 Cache Socket SP3 225W CPU Server Processor - Image 7

AMD EPYC 7713 7713P 7763 100-000000344 3.67GHz 64 Core 128 Threads 256MB L3 Cache Socket SP3 225W CPU Server Processor

$1,467.53 – $1,487.64

  1. Clock Speed & Performance:

    • 7763 has 22.5% higher base clock (2.45GHz vs 2.0GHz)

    • 7713/7713P have slightly higher boost clock (3.675GHz vs 3.5GHz)

    • 7763 delivers better sustained all-core performance (~3.1GHz vs ~2.8GHz)

  2. Power Characteristics:

    • 7763 has 24% higher TDP (280W vs 225W)

    • 7713P offers same performance as 7713 in single-socket

  3. Price & Configuration:

    • 7713P is 15% cheaper than 7713 (single-socket only)

    • 7763 commands 12% premium over 7713 for higher clocks

  4. Performance Comparison:

    Benchmark 7713 Score 7763 Score Advantage
    SPECrate2017_int 510 588 +15% (7763)
    STREAM Triad 228 GB/s 245 GB/s +7% (7763)
    MySQL TPS 68,000 72,500 +6.6% (7763)

  5. Use Case Recommendations:

    • EPYC 7713: General enterprise virtualization

    • EPYC 7713P: Cost-sensitive single-socket deployments

    • EPYC 7763: Technical computing, HPC, financial modeling

Technical Deep Dive:

Core Configuration:

  • All models use 8 × 8-core CCDs

  • 7763 uses higher-binned silicon for better clocks

  • Same 256MB L3 cache (32MB per CCX)

Memory Subsystem:

  • Identical 8-channel DDR4-3200 support

  • 7763 shows 5-7% better memory latency

  • Same 4TB max memory capacity

Thermal Considerations:

  • 7763 requires:

    • 300+ CFM airflow

    • Premium VRM design

    • Liquid cooling recommended for sustained loads

Value Analysis:

  • 7713P offers best $/core in single-socket

  • 7763 provides best performance for clock-sensitive HPC

  • 7713 remains ideal for traditional 2P deployments

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AMD EPYC 7713 7713P 7763 100-000000344 3.67GHz 64 Core 128 Threads 256MB L3 Cache Socket SP3 225W CPU Server Processor

Here’s a detailed comparison table for the AMD EPYC 7713, EPYC 7713P, and EPYC 7763 processors:

Specification EPYC 7713 (Zen 3) EPYC 7713P (Zen 3) EPYC 7763 (Zen 3)
Architecture Zen 3 (Milan) Zen 3 (Milan) Zen 3 (Milan)
Cores/Threads 64/128 64/128 64/128
Base Clock (GHz) 2.0 2.0 2.45
Max Boost Clock (GHz) 3.675 3.675 3.5
All-Core Boost (GHz) ~2.8 ~2.8 ~3.1
L3 Cache (MB) 256 256 256
TDP (Watts) 225W 225W 280W
PCIe 4.0 Lanes 128 128 128
Memory Support 8-channel DDR4-3200 8-channel DDR4-3200 8-channel DDR4-3200
Socket SP3 SP3 SP3
Multi-socket Support Yes (2P) No (1P only) Yes (2P)
Launch Price $7,060 $5,985 $7,890
Target Workloads High-core enterprise Single-socket HCI Highest performance

AMD EPYC 7713 vs 7713P vs 7763: 64-Core Server Processor Comparison

1. AMD EPYC 7713 – The Enterprise Workhorse

Target Use Case: General-purpose high-core density workloads in dual-socket systems
Key Features:

  • 64 cores/128 threads (Zen 3 architecture)

  • 2.0GHz base / 3.675GHz boost clocks

  • 256MB L3 cache (32MB per CCX)

  • 225W TDP (efficient for core count)

  • Dual-socket support (2P configurations)

Performance Profile:

  • Balanced performance for virtualization and cloud workloads

  • 15% better performance/$ than 7763 in general enterprise apps

  • Ideal for:
    â–¸ Large-scale virtualization (800+ VMs per 2P system)
    â–¸ Enterprise database servers
    â–¸ Private cloud infrastructure

Best For: Organizations needing maximum core density without requiring peak single-thread performance.

2. AMD EPYC 7713P – The Single-Socket Specialist

Target Use Case: Cost-optimized single-server deployments
Key Differentiators:

  • Same 64 cores/128 threads as 7713

  • Identical 2.0-3.675GHz clock speeds

  • 15% lower price than 7713 (single-socket only)

  • Perfect for:
    â–¸ Hyperconverged infrastructure (HCI)
    â–¸ Mid-range cloud deployments
    â–¸ Storage servers
    â–¸ Edge computing nodes

Value Proposition: Delivers identical performance to 7713 in single-socket configurations while saving on platform costs (no dual-socket motherboard required).

3. AMD EPYC 7763 – The Performance Leader

Target Use Case: Technical computing and high-performance workloads
Breakthrough Features:

  • Higher 2.45GHz base clock (+22.5% vs 7713)

  • Better sustained all-core turbo (~3.1GHz vs ~2.8GHz)

  • 280W TDP for maximum performance headroom

  • Excels in:
    â–¸ Financial modeling (27% faster risk calculations)
    â–¸ Scientific simulations
    â–¸ High-performance databases
    â–¸ Rendering farms

Performance Advantages:

  • 15% higher SPECrate2017_int score vs 7713

  • 7% better memory bandwidth utilization

  • Lower latency in cache-sensitive workloads

Technical Comparison Deep Dive

Clock Speed Analysis:

Scenario EPYC 7713/7713P EPYC 7763 Advantage
Base Clock 2.0GHz 2.45GHz +22.5% (7763)
Max Boost 3.675GHz 3.5GHz +5% (7713)
All-Core Load ~2.8GHz ~3.1GHz +10.7% (7763)
EPYC 7713

EPYC 7713, EPYC 7713P, EPYC 7763

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