PK8072006348300 Intel Xeon 24-Core 6527P 3GHz Processor.

High-Performance Intel Xeon 6527P Processors for Modern Data Centers

The Intel PK8072006348300 Xeon 6527P processor represents the pinnacle of high-performance computing, designed for today’s most demanding enterprise applications and data center workloads. Featuring 24 high-efficiency cores, a base clock speed of 3.00GHz, and a substantial 144MB L3 cache, this processor provides a perfect balance of processing power, memory bandwidth, and advanced virtualization support. Built for Socket FCLGA4710 infrastructures and operating at 24GT/s bus speed, the Xeon 6527P processor ensures seamless scalability and responsiveness in multi-threaded and multi-user environments.

Key Features of the Intel PK8072006348300 Xeon 6527P Processor

Advanced 24-Core Configuration

The Intel PK8072006348300 Xeon 6527P processor incorporates 24 physical cores based on the latest Sapphire Rapids microarchitecture, enabling exceptional parallel processing capabilities. This makes it an ideal solution for high-performance computing (HPC), artificial intelligence (AI), machine learning (ML), cloud services, virtualization, and enterprise resource planning (ERP) systems that demand consistent and reliable processing power.

High-Speed 3.00GHz Base Frequency

With a robust base clock speed of 3.00GHz, this processor delivers immediate performance out of the box. Its higher frequency translates to faster data computation, lower latency in transaction processing, and improved application responsiveness, making it well-suited for latency-sensitive workloads and real-time analytics platforms.

Massive 144MB L3 Cache

Equipped with an expansive 144MB L3 cache, the Xeon 6527P ensures rapid data access and improved cache hit rates for frequently used data and instructions. This dramatically reduces the need for data retrieval from slower main memory, enhancing overall application performance and reducing bottlenecks in large-scale database operations and multi-threaded applications.

Socket FCLGA4710 Compatibility

Designed for Socket FCLGA4710, this processor integrates seamlessly into next-generation server platforms, offering improved thermal efficiency, robust connectivity, and support for advanced memory and I/O capabilities. The socket design ensures secure processor placement and reliable data transfer, vital for continuous operation in enterprise-grade server deployments.

24GT/s Bus Speed

The Intel Xeon 6527P supports a high-speed 24GT/s (Giga-transfers per second) interconnect, optimizing data exchange between the processor and other system components. This facilitates faster communication with memory modules, PCIe-connected devices, and storage subsystems, reducing latency and maximizing throughput for data-intensive operations.

Applications and Use Cases for the Intel Xeon 6527P

Enterprise Virtualization Environments

The Xeon 6527P excels in virtualized data centers, where multiple virtual machines (VMs) run concurrently on a single physical host. Its multi-core architecture allows for superior VM density, while its large cache and high clock speeds ensure that each VM operates efficiently, even during peak usage.

Cloud Computing Infrastructure

As cloud service providers require hardware that can deliver consistent performance under variable workloads, the Intel Xeon 6527P provides the reliability and scalability necessary for public, private, and hybrid cloud solutions. Its high core count and rapid interconnect speeds make it suitable for hosting multi-tenant environments, container orchestration platforms, and large-scale cloud-native applications.

High-Performance Computing (HPC)

The processor's 24-core configuration and high clock frequency make it ideal for HPC clusters, handling compute-intensive tasks like scientific simulations, financial modeling, and 3D rendering. Its large cache capacity supports data-heavy operations, ensuring optimal performance in research, engineering, and media production workflows.

Artificial Intelligence and Machine Learning

The Intel PK8072006348300 Xeon 6527P's processing capabilities align well with AI and ML workloads, offering parallel processing power essential for model training, inference, and data preprocessing. Coupled with Intel’s AI acceleration technologies, this processor enhances performance for deep learning frameworks and data analytics engines.

Intel Xeon 6527P Processor Architecture Overview

Sapphire Rapids Microarchitecture

The Intel PK8072006348300 Xeon 6527P is built on the Sapphire Rapids architecture, Intel's cutting-edge platform designed to deliver industry-leading performance, security, and energy efficiency. It introduces advanced memory and I/O technologies, including PCIe Gen5 support, CXL (Compute Express Link), and DDR5 memory compatibility. These innovations help accelerate application performance and reduce infrastructure costs by enabling more virtualized workloads per server.

DDR5 Memory Support

The processor supports high-bandwidth, low-latency DDR5 memory modules, enhancing system responsiveness for memory-intensive applications. With higher data rates and improved power efficiency over previous generations, DDR5 memory ensures optimal scalability for enterprise and cloud data centers.

PCIe Gen5 Compatibility

Compatibility with PCIe Gen5 interfaces allows for higher data throughput and reduced latency when connecting to modern NVMe storage devices, GPUs, and network interface cards (NICs). This ensures faster data transfers, improved virtualization support, and better scalability for storage and AI accelerators.

Security and Manageability Features

Intel SGX (Software Guard Extensions)

The Intel PK8072006348300 Xeon 6527P incorporates Intel SGX, providing hardware-based memory encryption for sensitive application code and data. This ensures protection from unauthorized access, even if the operating system or BIOS is compromised.

Intel TME (Total Memory Encryption)

Total Memory Encryption safeguards system memory against physical attacks, protecting data at rest in volatile memory. This is essential for servers in multi-tenant environments and edge computing scenarios.

Intel Boot Guard

With Boot Guard, the system’s boot process is secured against malware and unauthorized firmware changes, ensuring that only verified firmware images are executed during startup.

Thermal and Power Efficiency

Optimized Thermal Design Power (TDP)

The processor's efficient thermal design ensures consistent performance while maintaining optimal temperatures in dense server environments. Its TDP allows data centers to manage power consumption effectively, reducing operational costs without sacrificing compute performance.

Enhanced Cooling Compatibility

The FCLGA4710 socket platform supports a variety of advanced cooling solutions, including liquid and air-cooling configurations, ensuring the processor maintains stability during sustained heavy workloads.

Subcategories of Xeon 6527P-Based Systems

Dual-Socket Server Configurations

Many enterprise server platforms utilize dual Xeon 6527P processors to increase core counts and memory capacity, enabling more virtual machines, databases, and AI training processes to run simultaneously. These configurations are common in cloud data centers, virtualization hosts, and HPC clusters.

Rack-Mountable Servers

Xeon 6527P processors are frequently deployed in rack-mount servers, providing scalable performance for critical workloads while optimizing rack space and operational efficiency. Their compatibility with PCIe Gen5 and DDR5 ensures future-ready infrastructure investments.

Edge Computing Appliances

With robust security features and energy-efficient operation, Xeon 6527P-based systems are increasingly used in edge computing appliances for real-time data processing, analytics, and AI inference near the data source, minimizing latency and bandwidth usage.