Intel Xeon W-2255 Processor

Brand: Intel | Category: CPUs

SKU: intel-xeon-w-2255-processor | Part #: CD8069504393600 | MPN: CD8069504393600

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Intel's Xeon W-2255 processor is built for workloads that demand sustained parallel throughput without the footprint or cost of dual-socket configurations. The 10-core, 20-thread design sits in that practical middle ground where virtualisation density, HPC simulation, and concurrent database workloads converge—environments where a single-socket platform still scales efficiently but needs more muscle than mainstream Xeon E offerings. The 20 MB L3 cache and base frequency of 3.7 GHz, scaling to 4.5 GHz under sustained load, are deliberately matched to this class of work: enough memory bandwidth for real-world data movement, enough frequency headroom for latency-sensitive operations within a single-socket envelope.

The W-2255 (part number CD8069504393600) uses the FCLGA 1200 socket and supports DDR4 memory up to 2933 MHz, which matters because memory velocity directly influences how effectively those 10 cores stay fed. A data centre architect or infrastructure team lead evaluating this processor is typically balancing two constraints: they need more than what a quad-core or six-core Xeon E can deliver, but their workload profile, licensing model, or rack budget doesn't justify the power envelope or cost of a dual-socket W-series build. The Intel Xeon W-2255 hits that inflection point precisely. At 165W thermal design power, it remains cool and power-efficient enough for dense 2U or 1U server deployments, which is critical when your data centre or AI lab is running dozens of these nodes side by side.

Real-world applications for the CD8069504393600 include hypervisor-intensive environments running 15–20 virtual machines per physical host, where CPU oversubscription is controlled and memory provisioning is generous. Scientific computing labs use this processor for molecular dynamics, finite-element analysis, and climate modelling where the job scheduler expects consistent single-threaded performance paired with enough parallelism to saturate a node. Database administrators have adopted the Intel Xeon W-2255 for OLTP databases running on moderately sized datasets (multi-terabyte range), where the processor's cache size and frequency curve allow queries to execute without excessive context switching or memory stalls. Similarly, data warehouses and analytics platforms benefit from the sustained frequency and core count, particularly when running streaming aggregations or preparing large result sets for BI tools.

The W-2255's positioning in Intel's product stack reflects pragmatic engineering rather than marketing segmentation. Unlike entry-level Xeon E processors, which top out at 12 cores, or massive-core Platinum variants designed for two-socket configurations, this Intel processor occupies the single-socket sweet spot. Network infrastructure teams often pair it with fast Ethernet or InfiniBand adapters for high-frequency trading nodes, real-time analytics clusters, or HPC interconnect endpoints. The processor's boost behaviour—climbing from 3.7 GHz base to 4.5 GHz—is well-suited to mixed workloads where some threads are compute-bound and others are I/O-bound, allowing the chip to allocate power and frequency dynamically. Memory bandwidth, cache coherency, and interrupt latency are all tuned for single-socket deployments, so architects don't encounter the asymmetry penalties that can haunt poorly-designed multi-socket systems.

Omnixon Global stocks the Intel Xeon W-2255 and integrates it into standard and custom server configurations across our UAE and GCC distribution network. Whether you're qualifying hardware for a new virtualisation cluster in a Dubai data centre, provisioning an AI research lab in Riyadh, or refreshing compute nodes across multiple markets, we work directly with procurement teams, infrastructure architects, and system integrators to ensure part availability and technical fit. Request a quote for the CD8069504393600 through our sales team, and we'll provide lead times, volume pricing, and compatibility guidance specific to your deployment requirements.

Deployment Scenarios & Performance Profile

• 10 cores and 20 threads deliver efficient virtualisation density without overshooting power budgets or licensing costs in single-socket environments
• 20 MB L3 cache and 3.7–4.5 GHz frequency range optimised for latency-sensitive workloads like OLTP databases and real-time analytics
• DDR4 support up to 2933 MHz ensures sufficient memory throughput for concurrent workloads across all 10 cores
• 165W TDP enables dense multi-node deployments in 1U or 2U form factors without elevated cooling or power distribution complexity
• FCLGA 1200 socket compatibility with Intel Xeon W-series single-socket platforms and OEM system designs for workstation and edge server roles
• Suitable for HPC node clusters, hypervisor farms running 15–25 VMs per host, and mid-range data warehouse appliances