SRPKX Intel Xeon 6960P 72-Cores 2.70GHz 144 Threads 500W CPU

Highlights of Intel Xeon SRPKX 6960P 72-Cores 2.70GHz CPU

The Intel Xeon SRPKX 6960P processor is engineered for extreme enterprise workloads, delivering massive parallel processing power, advanced I/O, and next-generation memory support. Built on the Intel Xeon 6 (Granite Rapids) platform, this CPU is ideal for data centers, AI acceleration, and mission-critical computing.

General Information

• Manufacturer: Intel Xeon
• Model: Xeon 6960P
• Part Number: SRPKX
• Processor Type: Server / Workstation CPU
• Sub Type: 72-Cores 2.70GHz

Technical Specifications

• Total Cores: 72 Cores
• Total Threads: 144 Threads
• Base Frequency: 2.70 GHz
• Maximum Turbo Speed: Up to 3.90 GHz
• Socket Type: FC-LGA7529

Cache & Power Characteristics

• Large L3 Cache: 432MB for faster data access
• Thermal Design Power (TDP): 500W
• Optimized for sustained high-performance workloads

Interconnect & Scalability

• UPI Speed: 24 GT/s
• UPI Links: 6 for multi-socket scalability
• Designed for large-scale server architectures

Memory & Connectivity Capabilities

• Supported Memory Types: DDR5-6400 and MRDIMM-8800
• Maximum Memory Capacity: Up to 3TB
• Maximum Memory Speed: 8800 MHz
• Total Memory Channels: 12

Advanced Intel Technologies

• Intel Speed Select Technology (SST) Performance Profiles
• Intel Deep Learning Boost (DL Boost)
• Intel QuickAssist Technology (QAT)
• Intel Virtual RAID on CPU (VROC)
• Intel Turbo Boost Technology 2.0
• Intel Hyper-Threading Technology (HTT)
• Intel Trusted Execution Technology (TXT)
• Intel Virtualization Technology (VT-x, VT-d, EPT)

Compatibility

Supported Platform Requirements

• Server motherboards with FC-LGA7529 socket
• Intel Xeon 6 (Granite Rapids) chipset-based systems
• Enterprise-grade rack and blade servers
• Multi-socket scalable server configurations

Memory & Expansion Compatibility

• DDR5-6400 ECC Registered memory modules
• MRDIMM up to 8800 MT/s
• PCI Express 5.0 expansion slots
• High-performance NVMe and accelerator support

Overview of Intel Xeon SRPKX 6960P 2.70GHz 500W Processor

The Intel Xeon SRPKX 6960P 72-Cores 2.70GHz 144 Threads 432MB Cache 500W Processor belongs to an elite category of ultra high core count enterprise processors engineered for extreme parallelism, massive data throughput, and uncompromising computational density. This category is purpose-built for organizations operating at the highest levels of compute demand, including hyperscale data centers, advanced research institutions, artificial intelligence platforms, and mission-critical enterprise environments where performance scalability is paramount. Processors in this category are designed to serve as the computational backbone of next-generation infrastructures.

Position Within the Intel Xeon High-End Portfolio

Within the Intel Xeon processor portfolio, the 6960P category occupies the uppermost tier of performance-focused silicon. It is positioned above mainstream scalable processors and is intended for specialized systems that require extreme processing capabilities. This category is often deployed in environments where each server node must deliver the maximum possible compute density to optimize rack space, power utilization, and overall system efficiency. The Xeon SRPKX 6960P category supports enterprise and hyperscale strategies that prioritize vertical scaling, enabling fewer physical systems to handle exponentially larger workloads.

Target Enterprise and Hyperscale Use Cases

This processor category is ideally suited for hyperscale cloud providers, advanced analytics platforms, AI model training environments, large-scale virtualization clusters, and high-performance computing installations. It is also a strategic choice for enterprises consolidating thousands of workloads into fewer, more powerful compute nodes.

72-Core Architecture and Massive Parallel Processing

The defining characteristic of the Intel Xeon SRPKX 6960P category is its 72-core architecture. This exceptionally high core count enables unprecedented levels of parallel processing, allowing the processor to execute hundreds of concurrent tasks efficiently. Each core is optimized for sustained operation, making this category ideal for workloads that scale horizontally across many threads. This architecture supports modern software paradigms that are inherently parallel, including distributed computing frameworks, container orchestration platforms, and data-intensive analytics engines.

144 Threads for Extreme Concurrency

With support for simultaneous multithreading, the 72-core design provides up to 144 concurrent threads. This level of concurrency allows operating systems, hypervisors, and application frameworks to fully utilize available execution resources, even under highly fragmented or mixed workloads. Thread-level parallelism is essential for environments that host thousands of microservices, virtual machines, or compute jobs simultaneously.

Core-to-Core Communication

In processors with extreme core density, efficient inter-core communication is critical. The Xeon 6960P category incorporates an advanced on-die interconnect architecture that minimizes latency and maximizes bandwidth between cores. This design ensures that workloads requiring frequent synchronization or shared data access can scale efficiently without performance degradation.

2.70GHz Base Frequency and Throughput-Oriented Design

The Intel Xeon SRPKX 6960P operates at a base frequency of 2.70GHz, a carefully selected clock speed that balances per-core performance with total system throughput. This frequency allows all 72 cores to remain active under sustained load while staying within thermal and power constraints. Rather than focusing on short-duration frequency boosts, this category emphasizes consistent, long-term performance for workloads that run continuously for hours or days.

Consistency for Long-Running Enterprise Workloads

Enterprise and scientific workloads often involve long-running processes such as simulations, analytics pipelines, and batch processing jobs. The 2.70GHz base frequency ensures predictable performance throughout these operations, enabling accurate job scheduling and capacity planning. This consistency is critical for environments with strict performance guarantees or service-level objectives.

Balanced Performance Across All Cores

The processor is engineered to deliver uniform performance across all cores, reducing variability and ensuring that no subset of cores becomes a bottleneck. This uniformity enhances efficiency in parallel workloads where task distribution must remain balanced.

432MB Cache Architecture and Data Locality

The Intel Xeon SRPKX 6960P category features an expansive 432MB cache, providing a deep memory hierarchy that significantly improves data locality. Large cache capacity reduces reliance on main memory, lowering latency and improving overall system responsiveness for data-intensive workloads. This cache architecture is especially valuable in applications that repeatedly access large datasets, such as machine learning, graph analytics, and in-memory databases.

Reduced Memory Latency for High-Core Systems

As core counts increase, efficient cache utilization becomes increasingly important. The massive cache available in the Xeon 6960P category ensures that frequently accessed data remains close to the execution units, minimizing memory access delays. This results in higher effective throughput and improved scalability.

Parallel Applications

Parallel applications often involve shared data structures and frequent synchronization. The large cache capacity allows these data structures to reside in cache, reducing contention and improving performance consistency across threads.

500W Power Envelope and Advanced Thermal Design

The Intel Xeon SRPKX 6960P operates within a 500W thermal design power envelope, reflecting its extreme performance capabilities. This category is designed for advanced server platforms equipped with robust power delivery and cooling solutions capable of sustaining such high power levels. The power envelope enables the processor to maintain full performance across all cores under continuous load.

Designed for High-Density, High-Power Server Platforms

Servers built for this processor category incorporate advanced cooling technologies, including high-performance air cooling and liquid cooling solutions. These platforms are engineered to handle sustained thermal loads while maintaining reliability. Such designs are common in hyperscale and high-performance computing environments.

Performance per Rack Unit

Despite its high power consumption, the Xeon 6960P category offers exceptional performance per rack unit. By delivering massive compute capability in a single socket, it reduces the number of systems required to achieve a given performance target, optimizing data center space utilization.

Platform Integration and High-End System Design

The Intel Xeon SRPKX 6960P category is intended for advanced server platforms that support high core counts, large memory capacities, and extensive I/O connectivity. These platforms are designed to scale vertically, supporting the most demanding enterprise and scientific workloads. System architectures built around this category emphasize reliability, expandability, and long-term operational stability.

Memory Scalability for Data-Intensive Applications

High-end platforms supporting this processor category provide extensive memory scalability, enabling systems to support massive datasets entirely in memory. This capability is essential for in-memory analytics, AI training, and large-scale simulations. High memory bandwidth complements the processor’s core density, ensuring balanced system performance.

Advanced I/O and Accelerators

The Xeon 6960P category is deployed in systems that support advanced I/O technologies and hardware accelerators. This allows seamless integration with high-speed networking, storage, and specialized compute devices, further enhancing overall system capability.

Cloud and Multi-Tenant Environments

The Intel Xeon SRPKX 6960P category is exceptionally well suited for virtualization and multi-tenant cloud environments. Its massive core and thread count enables dense consolidation of virtual machines and containers while maintaining predictable performance. This capability allows cloud providers and large enterprises to maximize infrastructure utilization.

Extreme VM and Container Density

With 72 cores and 144 threads, a single processor can host hundreds of lightweight virtual machines or containers. This density reduces hardware sprawl, simplifies management, and improves overall cost efficiency. High-density virtualization also enhances flexibility in resource allocation.

Isolation and Quality of Service

The processor’s architecture supports effective isolation between workloads, ensuring that performance-sensitive applications receive consistent resources even in multi-tenant environments.

Computing and Scientific Workloads

The Xeon 6960P processor category is a natural fit for high-performance computing and scientific research applications. These workloads rely heavily on parallel execution and benefit from large cache capacity and sustained performance. Applications such as computational fluid dynamics, climate modeling, and molecular simulations can leverage the processor’s massive core count to achieve faster time to results.

Scalability for Complex Simulations

Scientific simulations often involve decomposing complex problems into smaller tasks that run concurrently. The Xeon 6960P category enables efficient scaling of these tasks across dozens of cores, improving simulation accuracy and speed. This scalability supports more detailed models and larger datasets.

Reliable Performance for Research Environments

Research institutions require stable and repeatable performance to validate results. The Xeon 6960P category delivers consistent throughput, ensuring reproducibility and reliability in scientific computing.

Enterprise Reliability and Continuous Operation

Despite its extreme performance profile, the Intel Xeon SRPKX 6960P category is engineered for enterprise-grade reliability. It is designed to operate continuously under high load, making it suitable for mission-critical environments. Advanced validation and conservative design margins contribute to long-term operational stability.

Designed for 24/7 Data Center Operation

This processor category is validated for continuous operation in demanding data center conditions. Its electrical and thermal characteristics support sustained workloads without compromising reliability. This makes it suitable for always-on services and critical infrastructure.

Long-Term Platform and Software

Intel provides long-term support for high-end Xeon processors, ensuring compatibility with enterprise operating systems, firmware, and software ecosystems. This long lifecycle protects investments in high-performance infrastructure.

Strategic Value for Extreme Compute Environments

The Intel Xeon SRPKX 6960P 72-Core processor category represents a strategic investment for organizations operating at the limits of computational demand. Its unparalleled core density, massive cache, and sustained throughput make it a cornerstone for next-generation data centers, cloud platforms, and scientific computing environments. By enabling extreme parallelism, high consolidation ratios, and predictable performance, this category empowers organizations to tackle the most demanding workloads with confidence and efficiency.