Intel Xeon Platinum 6960P 40-Core CPU

Brand: Intel | Category: CPUs

SKU: INTEL-XEON-PLATINUM-6960P-SERV | Part #: SRJG7 | MPN: SRJG7

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At 40 cores and 80 threads, the Intel Xeon Platinum 6960P delivers 6.75 cores per watt at its 270W thermal design power—a ratio that matters enormously when you're planning rack density, cooling infrastructure, and operational costs across 100+ node deployments. Built on Intel's 7 process technology with enhanced SuperFin transistor design, this processor (part number SRJG7) maintains a 2.30 GHz base frequency while reaching 3.70 GHz at peak, giving infrastructure teams predictable thermal budgets without sacrificing single-threaded responsiveness for latency-sensitive workloads. The 60 MB L3 cache and support for up to 4 DDR5-4800 ECC Registered DIMMs per socket create a memory-rich execution environment that scales from general-purpose virtualization through memory-bound analytics and AI inference pipelines.

The SRJGA7 (SRJG7 variant) occupies the upper tier of Intel's fourth-generation Xeon Scalable lineup, positioned specifically for environments where per-socket throughput directly translates to infrastructure ROI. Your data centre architect or AI infrastructure team would select this processor when workload profiling shows consistent utilization across 32+ threads, eliminating the waste of smaller die designs while remaining within reasonable power budgets for air-cooled or hybrid liquid-cooled chassis. The FCLGA 4189 socket maintains compatibility with existing dual- and quad-socket Xeon platforms certified for Platinum-class processors, allowing brownfield deployments to scale without wholesale infrastructure replacement. Intelligence around memory bandwidth and cache hierarchy becomes critical at this core count; the 60 MB L3 structure with Intel's mesh interconnect means sustained memory access patterns stay local to the die far more often than on smaller processors, directly reducing memory latency penalties that would otherwise compound across 40 parallel execution contexts.

Intel's implementation of DDR5-4800 support at four channels per socket reflects the memory bandwidth required to feed 40 cores without bottlenecking. Traditional DDR4-based systems hit memory wall constraints around 24–28 cores when running sequential or semi-sequential workloads; DDR5 remedies this through increased channel bandwidth and lower latency at scale. For sysadmins provisioning the 6960P (SRJG7), the calculus shifts: you're no longer constrained by memory speed, but rather by chassis slot count and power distribution architecture. The 270W thermal envelope remains manageable in standard 2U dual-socket or 4U quad-socket rackmount form factors, though operators deploying these at high core density should validate their cooling design against Intel's official thermal specifications and their own environmental load modeling. This processor excels in scenarios where workload characteristics demand sustained multi-threaded performance—financial modeling, large-scale batch processing, real-time analytics, containerized microservices at scale, and machine learning model serving where inference throughput matters more than minimum latency.

From a purchasing perspective, the Intel Xeon Platinum 6960P appeals to infrastructure buyers evaluating total cost of ownership rather than raw FLOP count. The 40-core, 80-thread configuration reduces socket count per workload cluster, which in turn reduces motherboard costs, power supply redundancy requirements, and physical rack footprint—three factors that compound in large deployments. Smaller processor tiers would demand 50–75% more sockets to achieve equivalent throughput, inflating licensing costs for per-socket software and complicating workload distribution across NUMA domains. The 6960P eliminates much of that complexity by consolidating performance onto fewer, denser compute elements. Storage architects and network engineers benefit here too: fewer sockets mean simplified interconnect topologies, reduced network switch port utilization per compute node, and cleaner SAN fabric designs in all-flash deployments.

Omnixon Global stocks the Intel Xeon Platinum 6960P (SRJG7) for immediate delivery across the UAE, GCC region, and extended Asia-Europe supply chain. Our technical team in Dubai works directly with your procurement and infrastructure teams to validate processor fit against your specific chassis, cooling, and workload profiles—ensuring that what leaves our warehouse integrates without redesign cycles. We supply data centres, AI labs, and enterprise customers who depend on verified processors backed by local technical support and rapid RMA procedures. For specifications, lead times, volume pricing, and compatibility consultation, submit an RFQ through our platform or contact our sales team directly.

Performance Specifications & Platform Requirements

• 40 cores / 80 threads with base 2.30 GHz, turbo to 3.70 GHz; Intel 7 process technology with enhanced SuperFin design
• 60 MB L3 cache with mesh interconnect architecture optimized for multi-threaded workload latency and throughput balance
• DDR5-4800 ECC Registered memory support up to 4 channels per socket, enabling 204.8 GB/s aggregate memory bandwidth per processor
• 270W TDP in standard air-cooled or hybrid liquid-cooled rackmount deployments, supporting dense multi-socket configurations
• FCLGA 4189 socket compatibility with existing Xeon Scalable platforms certified for Platinum-class processors
• Part number SRJG7 ensures supply chain traceability and warranty alignment across Omnixon Global's regional fulfillment centres
• Sustained multi-core performance suitable for batch analytics, containerized workloads, AI inference serving, and memory-intensive applications where 32+ thread utilization is typical