Intel Xeon W-3323 Processor

Brand: Intel | Category: CPUs

SKU: intel-xeon-w-3323-processor | Part #: CD8068904708502 | MPN: CD8068904708502

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The Intel Xeon W-3323 is a 12-core processor built on the FCLGA1700 socket, delivering 125W of thermal design power across workloads that demand reliability over raw frequency scaling. This 10nm SuperFin architecture targets single-socket workstations and entry-level server configurations where organisations need balanced compute without the cost and complexity of multi-socket deployments. If you're evaluating platforms for CAD rendering, small-scale virtualisation, or departmental AI inference, the W-3323 sits at the intersection of accessibility and capability—not oversized, not undersized.

Intel designed the Xeon W-3323 for environments where thermal headroom and power efficiency matter as much as performance. The 125W TDP is unusually conservative for a 12-core Xeon processor (CD8068904708502), which means data centre managers and systems integrators can fit these chips into standard 1U or 2U chassis without redesigning cooling infrastructure. The base frequency holds at 3.0 GHz, with turbo boost reaching 4.2 GHz on lighter workloads. While not a speed champion, this frequency profile reflects Intel's philosophy: deliver consistent, predictable performance across mixed workloads rather than spike performance that triggers thermal throttling. Support for DDR4 memory up to 2933 MHz keeps latency low for applications that stress-test memory bandwidth—common in AI labs and financial modelling clusters across the GCC region.

The W-3323 integrates PCIe 4.0 support, enabling organisations to attach high-speed storage controllers, GPU accelerators, and network interface cards without bottlenecking. If you're a storage architect building out NVMe-heavy arrays or a network engineer deploying 100 Gbps NICs, the PCIe 4.0 interface on this part number (CD8068904708512) removes a common constraint. The 10nm lithography also means lower per-core power consumption compared to earlier generations, a real advantage in environments where electricity costs are rising and power density in data centres is becoming a site-limiting factor. This efficiency translates into lower operating costs over a three- to five-year refresh cycle, which matters to CFOs approving capital hardware budgets.

Intel built the Xeon W-3323 for single-socket configurations, which shapes how sysadmins and infrastructure teams deploy it. You won't find this processor in four-socket NUMA architectures; instead, it occupies the space where organisations need a capable, power-efficient compute node without the licensing overhead or complexity of multi-socket systems. Many enterprises in the UAE and broader Asia-Pacific region have standardised on two-socket Xeon Platinum platforms for database servers, then filled virtualisation and analytics workloads with single-socket W-series nodes. The W-3323 fits that second category perfectly. Procurement teams appreciate the lower entry cost, and operations teams appreciate the simpler BIOS tuning and thermal management.

At Omnixon Global, we stock the Intel Xeon W-3323 (CD8068904708502) for customers across data centres, research institutions, and mid-market enterprises throughout the GCC, with reliable logistics to Asia and Europe. Whether you're designing a CAD workstation cluster for an engineering firm, building out inference nodes for an AI research lab, or refreshing aging compute in a regional office, we can help you build the right bill of materials and ensure fast, compliant delivery. Contact us for an RFQ—we work with integrators, system builders, and end-user procurement teams to match processor SKUs to your performance targets and budget.

Technical Configuration and Integration

• 12 cores with base frequency 3.0 GHz and turbo up to 4.2 GHz, optimised for single-socket deployments on FCLGA1700
• 125W TDP enables dense rack configurations and reduces cooling infrastructure costs in existing data centre environments
• DDR4 memory support up to 2933 MHz ensures low-latency access for workloads sensitive to memory timing and bandwidth
• PCIe 4.0 interface eliminates storage and accelerator bottlenecks in virtualisation, analytics, and accelerated compute clusters
• 10nm SuperFin lithography delivers power efficiency comparable to newer architectures while maintaining compatibility with established ecosystem vendors
• Suitable for CAD rendering, small-scale Kubernetes clusters, departmental AI inference, and financial modelling workloads
• Intel Xeon W-3323 qualifies for OEM support and driver maintenance through 2027, reducing long-term support risk