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INTEL Xeon 5318Y 2.10GHz CPU

Original price was: $1,483.00.Current price is: $1,477.00.

Specification Table

Parameter Specification
Product Family 3rd-Gen Intel Xeon Scalable (Ice Lake-SP)
Model Intel Xeon Gold 5318Y
Cores / Threads 24 / 48
Base Frequency 2.10 GHz
Max Turbo Frequency 3.40 GHz
L3 Cache 36 MB
Process Node 10 nm
Socket FCLGA4189 (LGA 4189)
TDP (Thermal Design Power) 165 W
Memory Type DDR4-2933 (ECC supported)
Memory Channels Up to 8
Max Memory Capacity (per socket) Up to ~6 TB (platform dependent)
PCIe Version PCIe 4.0
Max PCIe Lanes Up to 64 (platform dependent)
UPI Links 3 (11.2 GT/s each)
Max CPU Configuration 2-socket (dual-CPU) systems
Instruction Set & Extensions 64-bit, AVX, AVX2, AVX-512, AES-NI, SSE4.2, etc.
Special Features Intel DL Boost, virtualization, ECC, enterprise RAS, large memory support
Target Use Cases Virtualization, cloud infrastructure, data center servers, databases, AI inference, enterprise workloads
BrandIntel
Status1000 in stock
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Overview

The Intel Xeon Gold 5318Y belongs to the 3rd-Generation Xeon Scalable series based on the Ice Lake-SP architecture. Engineered for enterprise workloads, it provides a balanced combination of high-core-count performance, strong memory bandwidth, and broad platform scalability. With 24 cores and 48 threads, it is optimized for cloud environments, virtualized systems, database servers, AI inference workloads, and large enterprise deployments.


Key Features

  • 24 cores and 48 threads for high parallel compute throughput

  • Base frequency of 2.10 GHz and turbo boost up to 3.40 GHz

  • 36 MB L3 cache for efficient data access

  • Built on a 10 nm architecture for improved efficiency

  • Support for eight-channel DDR4-2933 ECC memory

  • PCIe 4.0 interface for high-speed connectivity

  • Up to dual-socket scalability

  • Support for AVX-512, Intel Deep Learning Boost, virtualization technologies, and enterprise-grade RAS features

  • Ideal for virtualization, cloud compute nodes, HPC, databases, and AI inference workloads


Specification Table

Parameter Specification
Product Family 3rd-Gen Intel Xeon Scalable (Ice Lake-SP)
Model Xeon Gold 5318Y
Cores / Threads 24 / 48
Base Frequency 2.10 GHz
Max Turbo Frequency 3.40 GHz
L3 Cache 36 MB
Architecture 10 nm
Socket FCLGA4189
TDP 165 W
Memory Support DDR4-2933, ECC
Memory Channels 8
Maximum Memory Capacity Up to ~6 TB (platform dependent)
PCIe Version PCIe 4.0
PCIe Lanes Up to 64 (platform dependent)
UPI Links 3
Max CPU Configuration Dual-socket (2S)
Instruction Extensions AVX, AVX2, AVX-512, AES-NI, SSE4.2
Special Technologies Intel DL Boost, Virtualization (VT-x/VT-d), RAS features
Target Applications Virtualization, cloud compute, data centers, AI inference, HPC, enterprise workloads

Performance and Workload Suitability

Virtualization & Cloud Computing

With 24 cores and strong multi-thread capability, the Xeon Gold 5318Y is ideal for virtual machine clusters, multi-tenant cloud nodes, and container orchestration environments.

Databases & Memory-Intensive Applications

Its eight-channel memory layout and large memory capacity support large relational databases, in-memory analytics platforms, and high-throughput enterprise applications.

HPC & AI Inference

AVX-512 and Intel DL Boost allow acceleration of vectorized workloads and machine learning inference tasks, making it suitable for compute-dense environments.

Enterprise & Data Center Services

The 5318Y delivers reliable throughput and RAS-oriented features for mission-critical systems such as ERP, web services, middleware, and distributed compute workloads.


Advantages

  • Strong multi-thread performance for parallel workloads

  • High memory bandwidth and very large maximum memory capacity

  • Modern PCIe 4.0 connectivity

  • Enhanced AI and vector compute capability

  • Suitable for dual-socket scalable server configurations

  • Mature reliability and enterprise-grade stability


Considerations

  • 165 W TDP requires appropriate server-class cooling

  • Actual memory limits and PCIe lane counts depend on motherboard/platform design

  • Higher-core models may offer superior density for very large virtualization clusters

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