PK8072006269900 Intel Xeon 6767P 2.40GHz 64-Core Processor.

Intel Xeon PK8072006269900 64-Core Server Processor 

• Core Configuration: 64 physical cores designed for extreme parallelism and multi-threaded workloads.
• Base Frequency: 2.40GHz provides reliable sustained performance for enterprise operations.
• Turbo Frequency: Speeds up to 3.90GHz ensure responsiveness under peak demand.
• L3 Cache: 336MB of cache memory reduces latency in data-intensive workloads.
• UPI Speed: 24 GT/s with up to four interconnect links for multi-processor scalability.
• Socket Type: FCLGA4710 ensures compatibility with enterprise-grade motherboards.
• TDP: 350W thermal design power requires robust cooling and optimized power delivery.

Technical Specification Recap

• Model: Intel Xeon 6767P
• Part Number: PK8072006269900
• Manufacturer: Intel Corporation
• Product Type: Server Processor
• Lithography: Intel 3 process technology
• Cores: 64 cores
• Threads: Multi-threading support
• Base Frequency: 2.40GHz
• Turbo Boost: Up to 3.90GHz
• L3 Cache: 336MB
• UPI Links: 4
• UPI Speed: 24 GT/s
• Socket: FCLGA4710
• TDP: 350W
• Memory Support: DDR5 (6400MT/s) and MRDIMM (8000MT/s)
• Memory Capacity: Up to 4TB
• Memory Channels: 8
• ECC: Supported
• Instruction Set: 64-bit
• Instruction Extensions: Intel AMX, SSE4.2, AVX, AVX2, AVX-512

Advanced Processor Architecture

The Intel Xeon 6767P is engineered on Intel 3 lithography, offering higher density, efficiency, and performance per watt. Its 64-core architecture is ideal for hyperscale data centers, scientific research, artificial intelligence, and enterprise cloud environments.

Instruction Set Extensions

This processor integrates modern instruction set extensions that accelerate specialized workloads:

• Intel® AMX: Matrix extensions designed to accelerate deep learning and AI inference.
• Intel® AVX-512: Provides wide vector operations for HPC, data analytics, and simulations.
• Intel® AVX2 & AVX: Enhance vector processing for scientific and media applications.
• Intel® SSE4.2: Improves performance in cryptography, search, and pattern recognition.

Thermal and Power Design

The Xeon 6767P has a 350W thermal design power, requiring enterprise-class cooling solutions. Data centers benefit from predictable power consumption, making this processor suitable for high-density rack deployments.

Cache System and Latency Reduction

• Cache Size: A massive 336MB of shared L3 cache.
• Performance Impact: Accelerates access to frequently used instructions and datasets.
• Use Cases: Ideal for transactional databases, AI inference pipelines, and large-scale analytics.

Memory Support and Capacity

Memory throughput is a defining feature of the Xeon 6767P. It supports DDR5 and MRDIMM technologies, enabling unmatched performance in bandwidth-hungry workloads.

• Maximum Capacity: Up to 4TB of system memory.
• Supported Memory Types: DDR5 at 6400MT/s and MRDIMM at 8000MT/s.
• Channels: Eight memory channels maximize data throughput.
• ECC Support: Error-correcting code memory ensures reliability and stability in mission-critical tasks.

ECC Reliability Benefits

Error-correcting code (ECC) technology plays a critical role in maintaining system stability. By detecting and correcting memory errors, ECC protects workloads from crashes and ensures continuous uptime for financial services, healthcare, and enterprise applications.

Interconnect and Scalability

• UPI Speed: 24 GT/s for efficient inter-CPU communication.
• Links: Up to four UPI links for multi-socket deployments.
• Scalability: Enables clustering of processors for HPC and large virtualization environments.

Socket Integration

Designed for the FCLGA4710 socket, this CPU integrates smoothly into server platforms optimized for high-core, high-memory performance. Firmware and BIOS support ensure full enablement of AVX-512 and AMX instructions.

Enterprise Workload Performance

The Xeon 6767P is built for data-intensive, compute-heavy workloads across a variety of industries. Its specifications support mission-critical applications where performance and reliability cannot be compromised.

Virtualization and Cloud

• High-density VM hosting with 64 cores and multi-threading support.
• Ideal for public, private, and hybrid cloud deployments.
• Supports orchestration platforms such as VMware, Hyper-V, and KVM.

Artificial Intelligence and Deep Learning

• AI Acceleration: Intel AMX provides specialized matrix operations for AI inference.
• Machine Learning: Reduces training times for large-scale datasets.
• Real-Time Inference: Enables AI-driven insights in enterprise and edge environments.

High-Performance Computing (HPC)

• Ideal for simulations, computational fluid dynamics, and modeling.
• Supports vectorized workloads with AVX-512 instructions.
• Large cache reduces memory bottlenecks in parallel computations.

Databases and Analytics

• Optimized for in-memory databases requiring high bandwidth.
• ECC and massive memory support safeguard enterprise data integrity.
• Accelerates data warehousing, OLAP, and real-time analytics queries.

Reliability, Availability, and Serviceability (RAS)

Intel integrates RAS features to ensure uptime and secure operations for the Xeon 6767P:

• ECC Memory: Prevents silent data corruption.
• Thermal Protection: Advanced monitoring and control for temperature stability.
• Validation: Tested across enterprise environments to guarantee workload consistency.

Security Enhancements

• Hardware-level security for protecting sensitive workloads.
• Trusted execution features for secure virtualization environments.
• Support for encryption acceleration to safeguard enterprise applications.

Core Architecture and Base Performance

The Intel Xeon 6767P is built to handle the heaviest enterprise tasks by providing an astonishing 64-core configuration. This architecture enables IT infrastructure to achieve high levels of parallelization, ensuring workloads such as virtualization, HPC (High-Performance Computing), and big data analytics run efficiently and at scale.

• Number of Cores: 64 physical cores for massive parallel workload handling.
• Threads: Multi-threading support for optimized resource utilization.
• Base Clock Speed: 2.40GHz for sustained efficiency under prolonged workloads.
• Boost Technology: Turbo acceleration enables cores to dynamically scale frequency for peak tasks.

Instruction Set and Extensions

Intel designed the 6767P with robust instruction set support, making it a versatile processor for compute-intensive applications and emerging technologies.

• Instruction Set: 64-bit architecture for modern enterprise workloads.
• Intel® SSE4.2: Efficient for streaming, encoding, and analytics tasks.
• Intel® AVX & AVX2: Enhances performance in computationally heavy simulations, cryptography, and multimedia workloads.
• Intel® AVX-512: Aids in accelerating scientific simulations, AI, encryption, and data compression.
• Intel® AMX (Advanced Matrix Extensions): Specifically engineered for AI workloads, especially machine learning and deep learning inference.

Cache System for Accelerated Data Access

Cache memory is critical for reducing latency and increasing system responsiveness. The Xeon 6767P integrates a large L3 cache to store frequently accessed instructions, resulting in faster task completion for memory-intensive workloads.

• L3 Cache: High-capacity cache ensuring reduced bottlenecks between CPU and memory subsystems.
• Benefit: Increased workload efficiency in high-performance computing and enterprise applications.

Power Consumption and Thermal Characteristics

Despite its 64-core architecture, the Intel Xeon 6767P maintains a carefully optimized power envelope, balancing performance with predictable cooling requirements for enterprise server racks.

• Thermal Design Power (TDP): Engineered to deliver high performance while maintaining reliability in dense computing environments.
• Cooling Infrastructure: Requires enterprise-class cooling solutions to sustain optimal operation under heavy loads.

Socket Compatibility and Platform Support

• Socket Type: Compatible with FCLGA4710 server socket configurations.
• Integration: Designed for enterprise-grade motherboards and scalable server systems.

With socket compatibility optimized for next-generation server boards, the Xeon 6767P easily integrates into high-performance server clusters and multi-socket infrastructures.

DDR5 Advantages

The DDR5 support allows the Xeon 6767P to operate at exceptional speeds, enabling fast transfers of large datasets. This is ideal for analytics, cloud workloads, and computational science.

• Upgraded bandwidth compared to DDR4, eliminating traditional bottlenecks.
• Scales with modern workloads such as AI model training and HPC applications.
• Improved latency management for critical enterprise computing tasks.

Scalability Through Intel UPI

• Intel Ultra Path Interconnect (UPI): Provides data transfer speeds up to 24 GT/s.
• Maximum Number of UPI Links: Supports up to 4 links for inter-CPU communication.
• Benefit: Facilitates highly scalable multi-processor environments.

These interconnects allow multiple CPUs to work together seamlessly, creating an infrastructure capable of handling some of the most demanding workloads on the planet.

Performance in Enterprise Workloads

The Xeon 6767P is not limited to one type of environment—it thrives across multiple industries and workloads, delivering consistent power and scalability.

Virtualization and Cloud Deployments

• Supports extensive virtualization platforms such as VMware®, KVM, and Microsoft Hyper-V.
• Efficiently runs containerized environments like Docker and Kubernetes.
• Allows dense VM stacking with minimal performance degradation.

Artificial Intelligence and Machine Learning

• Intel® AMX: Enables high-efficiency matrix multiplication for deep learning workloads.
• AI Inference: Significantly reduces latency for model deployment and production workloads.
• Big Data Analytics: Ideal for handling predictive analytics and AI-powered enterprise decision systems.

High-Performance Computing (HPC)

• Perfect for scientific research such as weather modeling, seismic analysis, and climate prediction.
• High parallelization capabilities reduce time-to-result for computational workloads.
• Enhances simulation and modeling performance across multiple industries.

Enterprise Databases and Analytics

• Optimized for database servers handling millions of queries per second.
• Improves indexing and query performance for OLTP and OLAP workloads.
• High memory capacity makes it suitable for large in-memory databases.

Reliability, Availability, and Security

Enterprise operations demand consistent uptime, security, and reliability. The Intel Xeon 6767P integrates features that ensure these requirements are met without compromise.

• ECC Memory Support: Minimizes data corruption risks.
• Intel Security Features: Hardware-enhanced mechanisms protect against potential vulnerabilities.
• Enterprise Validation: Tested for stability across large-scale deployments.

Industry-Specific Applications

• Finance: Supports algorithmic trading, fraud detection, and high-frequency transaction processing.
• Healthcare: Powers genomic analysis, AI-assisted diagnostics, and medical imaging workloads.
• Telecommunications: Optimized for 5G workloads, NFV, and edge computing scenarios.
• Education and Research: Used for advanced scientific computation, academic modeling, and research projects requiring high compute density.

Deployment and Integration Considerations

• Verify BIOS and firmware updates to enable full instruction set support.
• Ensure rack-level cooling is capable of handling the processor’s thermal output.
• Deploy with high-speed DDR5 memory to maximize bandwidth potential.
• Integrate with enterprise-grade power delivery systems to support stable operation.

System Builder Advantages

• Easy integration into modern server chassis supporting the FCLGA4710 socket.
• Ideal for data centers scaling infrastructure across multiple racks.
• Future-proof design with DDR5 and AVX-512 ensures longevity in enterprise investments.