Intel Xeon Platinum 8376HL Processor

Brand: Intel | Category: CPUs

SKU: intel-xeon-platinum-8376hl-processor | Part #: CD8070604480601 | MPN: CD8070604480601

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The Xeon Platinum 8376HL processor delivers the core density and memory bandwidth that virtualisation-heavy data centres need when they're running dozens of concurrent workloads across shared infrastructure. With 28 cores per socket and six DDR4 memory channels supporting up to 4 TB of ECC registered or load-reduced memory, this Intel processor (part number CD8070604480601) is built for environments where a single physical host must service multiple operating systems, database instances, and application containers simultaneously without performance collapse. The 38 MB L3 cache footprint ensures that frequently accessed working sets stay close to the compute pipeline, while the 3.6 GHz base frequency and 4.4 GHz turbo ceiling provide enough single-threaded responsiveness that virtualised workloads don't feel starved during peak demand windows.

Infrastructure architects and senior systems engineers at large enterprises across the GCC region choose the 8376HL when they need to consolidate existing server sprawl onto fewer, more capable nodes. The FCLGA4189 socket compatibility places this processor in Intel's third-generation Xeon Scalable family, which means it integrates seamlessly into mature supply chains and doesn't force a wholesale platform redesign. Intel Hyper-Threading technology presents 56 logical processors to the hypervisor, allowing traditional two-socket servers to appear as machines with over 100 vCPU slots once you count both sockets and logical threading. For storage-centric workloads—think high-concurrency database clusters or OLTP farms that need to handle thousands of simultaneous client connections—the combination of core count and memory bandwidth (six channels per socket) is what separates acceptable performance from the kind of sub-100-millisecond response times that compliance-sensitive applications demand.

The 205-watt thermal design power is a notable constraint in high-density rack deployments. This CPU will require meaningful cooling infrastructure and power provisioning; it's not a processor you pair with undersized PSUs or passive cooling strategies. However, that power envelope reflects the raw compute density on offer. A dual-socket server with two Platinum 8376HL processors (CD8070604480601 is the part number for the single-socket version) running virtualised workloads will deliver more IOPS per rack unit than older Xeon Scalable generations, and the total cost per consolidated workload often justifies the elevated power cost. Intel Turbo Boost Max Technology 3.0 allows the processor to intelligently manage frequency scaling on a per-core basis, so power-hungry workloads get prioritised cores while background tasks run at lower frequency, which can help contain overall consumption during partial utilisation scenarios.

Within enterprise IT purchasing organisations, it's the virtualisation team or the data-centre operations manager who typically evaluates the 8376HL. They're looking at consolidation ratios: how many virtual machines can run on a single host with acceptable latency? The answer depends heavily on workload mix, but the 28-core foundation and generous memory channels give them flexibility to overcommit CPU in a way that older, smaller-core-count Xeons didn't permit. For customers planning five-to-seven-year infrastructure lifespans, the 8376HL offers a middle ground between entry-level Xeon Platinum parts and the higher-core-count variants. It's powerful enough to absorb growth and workload migration without forcing replacement, yet it doesn't overspend on core counts that will never see meaningful utilisation. The Intel brand's maturity in virtualisation stacks, coupled with established BIOS optimisations across major OEM platforms, reduces risk during deployment cycles that often run with tight SLAs.

Omnixon Global maintains active stock and lead-time visibility on Intel Xeon Platinum processors across the GCC region and into Asia. Whether you're building a new data centre, refreshing existing infrastructure, or evaluating multi-socket configurations for your next-generation private cloud platform, our team understands the technical and commercial requirements that drive processor selection at enterprise scale. We invite you to submit a detailed RFQ specifying your socket count, memory configuration, server platform requirements, and planned deployment timeline so we can provide you with accurate availability, compatibility verification, and support coordination tailored to your specific procurement process.

Performance Specifications and Virtualisation Metrics

• 28 cores per socket with Intel Hyper-Threading, delivering 56 logical processors and supporting high-concurrency workload multiplexing across shared physical infrastructure
• 3.6 GHz base frequency scaling to 4.4 GHz maximum turbo frequency; Intel Turbo Boost Max Technology 3.0 enables intelligent per-core frequency prioritisation for heterogeneous workload profiles
• 38 MB L3 cache reduces latency-sensitive memory traffic and improves hit rates for virtualised database and caching workloads that depend on fast data access patterns
• Six DDR4 memory channels per socket supporting up to 4 TB total capacity with ECC protection; this bandwidth enables high-concurrency OLTP applications and in-memory analytics platforms to sustain throughput without memory bottlenecks
• 205-watt thermal design power requires adequate cooling and power delivery; suitable for dense rack deployments with modern infrastructure planning and higher PUE tolerance
• FCLGA4189 socket compatibility integrates with third-generation Xeon Scalable server platforms from major OEMs including Dell EMC PowerEdge, HPE ProLiant, Lenovo ThinkSystem, and Cisco UCS, ensuring ecosystem maturity and long-term support availability
• CD8070604480601 part number identifies the single-processor version; dual-socket configurations are common in virtualisation clusters, providing effective CPU density per rack unit for consolidation-focused deployments