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Wholesale Intel Xeon W-3323 / W-3335 / W-3345 / W-3365 / W-3375 Server & Workstation Processors – Bulk Supply

  1. Core Scaling:

    • Entry-level: W-3323 (12 cores)

    • Mainstream: W-3335 (16 cores) & W-3345 (24 cores)

    • High-end: W-3365 (32 cores) & W-3375 (38 cores)

  2. Clock Speed Tradeoffs:

    • Higher core models have lower base clocks (3.5GHz → 2.5GHz)

    • All share same 4.0GHz max turbo ceiling

    • All-core turbo decreases with core count (3.7GHz → 3.0GHz)

  3. Cache Hierarchy:

    • L3 cache scales with core count (21MB → 57MB)

    • W-3375 has 2.7× more cache than W-3323

  4. Power Requirements:

    • 220W (12C) → 270W (38C)

    • Requires robust workstation cooling solutions

Workload Recommendations:

W-3323 (12C):

  • CAD workstations

  • Financial modeling

  • Software development

W-3335 (16C):

  • Mid-range 3D rendering

  • Video post-production

  • Virtualization hosts

W-3345 (24C):

  • Architectural visualization

  • Scientific computing

  • AI development

W-3365 (32C):

  • Film-grade VFX

  • Computational fluid dynamics

  • Large-scale simulations

W-3375 (38C):

  • Hollywood-level rendering

  • Genome sequencing

  • Enterprise-grade CAE

Platform Considerations:

  • Chipset: Intel W580

  • Memory: Requires registered ECC DDR4

  • Cooling: Liquid cooling recommended for W-3365/W-3375

  • Motherboards: Supermicro X12SPA-TF, Asus Pro WS W580-ACE

This series represents Intel’s high-core-count workstation lineup, bridging the gap between mainstream workstations and server-grade solutions. The W-3375

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Wholesale Intel Xeon W-3323 / W-3335 / W-3345 / W-3365 / W-3375 Server & Workstation Processors – Bulk Supply

Here’s a detailed comparison table for the Intel Xeon W-3300 Series workstation processors (W-3323, W-3335, W-3345, W-3365, W-3375):

Model Cores / Threads Base Clock Max Turbo Frequency Cache (L3) TDP Memory Support PCIe Lanes Socket
Xeon W-3323 12C / 24T 3.5 GHz Up to 3.9 GHz 21 MB 220 W DDR4-3200, 8 channels, ECC 64 lanes PCIe 4.0 LGA 4189
Xeon W-3335 16C / 32T 3.4 GHz Up to 4.0 GHz 24 MB 250 W DDR4-3200, 8 channels, ECC 64 lanes PCIe 4.0 LGA 4189
Xeon W-3345 24C / 48T 3.0 GHz Up to 4.0 GHz 36 MB 270 W DDR4-3200, 8 channels, ECC 64 lanes PCIe 4.0 LGA 4189
Xeon W-3365 32C / 64T 2.7 GHz Up to 4.0 GHz 48 MB 270 W DDR4-3200, 8 channels, ECC 64 lanes PCIe 4.0 LGA 4189
Xeon W-3375 38C / 76T 2.5 GHz Up to 4.0 GHz 57 MB 270 W DDR4-3200, 8 channels, ECC 64 lanes PCIe 4.0

Intel Xeon W-3300 Series Workstation Processors: Professional-Grade Performance

The Intel Xeon W-3323, W-3335, W-3345, W-3365, and W-3375 represent Intel’s high-performance workstation CPU lineup, designed for professionals who demand server-grade reliability in a single-socket workstation configuration. Based on the Ice Lake-SP microarchitecture (10nm SuperFin), these processors deliver exceptional multi-threaded performance for 3D rendering, scientific computing, and media production.


Key Specifications Overview

Model Cores/Threads Base Clock Max Turbo L3 Cache TDP Target Workloads
W-3323 12C/24T 3.5 GHz 4.0 GHz 21 MB 220W CAD, Development
W-3335 16C/32T 3.4 GHz 4.0 GHz 24 MB 250W Mid-Range 3D/VFX
W-3345 24C/48T 3.0 GHz 4.0 GHz 36 MB 250W Scientific Compute
W-3365 32C/64T 2.7 GHz 4.0 GHz 48 MB 270W High-End Rendering
W-3375 38C/76T 2.5 GHz 4.0 GHz 57 MB 270W Enterprise CAE

Technical Highlights

1. Architectural Advantages

  • 10nm SuperFin Process: Improved efficiency over 14nm predecessors

  • 8-Channel DDR4-3200 Memory: 4TB max capacity with ECC support

  • 64 PCIe 4.0 Lanes: For multi-GPU and accelerator configurations

  • Intel Deep Learning Boost: Accelerates AI workloads

2. Professional Feature Set

  • ECC Memory Support: Critical for scientific/financial applications

  • vPro Technology: Enterprise security & manageability

  • AVX-512 Support: Accelerates technical computing

  • RAS Features: Machine check architecture for stability

3. Performance Scaling

  • Clock Speed Tradeoffs: Higher core counts = lower base clocks (3.5GHz → 2.5GHz)

  • Uniform Turbo Ceiling: All models reach 4.0GHz max turbo

  • Cache Hierarchy: Scales from 21MB to 57MB L3 cache


Workload Optimization Guide

For Engineering & CAD (W-3323/W-3335)

  • Best single-threaded performance (higher base clocks)

  • Ideal for: SolidWorks, AutoCAD, Altium Designer

For Media Production (W-3345)

  • Balanced core count for: After Effects, DaVinci Resolve

  • Handles 8K video editing comfortably

For Scientific Computing (W-3365)

  • Optimized for: ANSYS, MATLAB, COMSOL

  • Excellent for computational fluid dynamics

For Extreme Workloads (W-3375)

  • Hollywood-grade rendering (KeyShot, Redshift)

  • Genome sequencing & financial modeling

  • Largest cache benefits database workloads


Platform Requirements

  • Socket: LGA4189 (Intel W580 chipset)

  • Cooling: Liquid cooling recommended for W-3365/W-3375

  • Memory: 8 DIMM slots minimum (registered ECC DDR4)

  • Power: 1000W+ PSU recommended for high-end configs

Supported Workstations:

  • Dell Precision 7865

  • HP Z8 G4

  • Lenovo ThinkStation P620


Why Choose Xeon W-3300?

Compared to consumer-grade processors, this series offers:
✔ Certified stability for professional ISV applications
✔ ECC memory protection against data corruption
✔ Higher core counts than HEDT platforms
✔ Enterprise management capabilities

Xeon W-3323

Xeon W-3323, Xeon W-3335, Xeon W-3345, Xeon W-3365, Xeon W-3375