PK8077105931300 Intel Xeon 6710E 2.4GHz 64-Core 16GT/s 205W Processor

Highlights of Intel Xeon PK8077105931300 2.4GHz 64-Core CPU

The Intel Xeon 6710E is a powerful enterprise-grade processor engineered for modern data centers, virtualization platforms, and compute-intensive workloads. Featuring advanced Intel 3 lithography, high core density, and DDR5 memory support, this CPU delivers balanced performance and energy efficiency for scalable server environments.

General Information

• Manufacturer: Intel
• Part Number: PK8077105931300
• Product Type: Server Processor
• Sub Type: 2.4GHz 64-Core 16GT/s
• Lithography: Intel 3

Technical Specifications

• Total Cores: 64-Core
• Base Clock Speed: 2.4GHz
• Maximum Turbo Frequency: Up to 3.2GHz
• Instruction Set: 64-bit
• Instruction Extensions: Intel® AVX2
• L3 Cache: 96MB

Interconnect & Power Efficiency

• Intel® UPI Speed: 16 GT/s
• Thermal Design Power (TDP): 205W

Memory Capabilities

Advanced DDR5 Memory Support

• Supported Memory Types: DDR5-6400
• Maximum Memory Capacity: Up to 4TB (memory type dependent)
• Maximum Memory Speed: 5600MHz
• Memory Channels: Up to 8 Channels
• Error Correction: ECC Supported

Compatibility

• Processor Socket: FCLGA4710
• Designed for enterprise and data center server platforms
• Ideal for scalable multi-socket configurations
• Platforms based on Intel Xeon scalable server chipsets
• Support for DDR5-6400 ECC Registered memory
• Systems capable of handling up to 205W TDP
• Enterprise servers with multi-core and multi-socket configurations

Overview of Intel Xeon PK8077105931300 6710E 2.4GHz CPU

The Intel Xeon PK8077105931300 6710E 2.4GHz 64-Core 16GT/s 205W FCLGA4710 Processor represents a powerful segment within the modern Intel Xeon Scalable processor category that emphasizes high core density, balanced power efficiency, and enterprise-grade reliability. This category is engineered for data centers and organizations that require large-scale parallel processing, consistent throughput, and predictable performance under sustained workloads. Processors in this class are designed to meet the demands of virtualization-heavy environments, cloud platforms, analytics engines, and enterprise applications that scale efficiently across many cores.

Role Within the Intel Xeon Scalable Family

This processor category occupies a critical position within the Intel Xeon Scalable lineup, bridging the gap between extreme high-wattage flagship models and more efficiency-focused SKUs. The Xeon 6710E category is optimized for workloads that benefit from many cores operating concurrently rather than peak single-thread performance. As a result, it is widely adopted in environments that prioritize throughput, concurrency, and system-level efficiency. Enterprises leveraging this category benefit from platform longevity, broad ecosystem compatibility, and consistent performance characteristics across diverse deployment scenarios.

Target Deployment Scenarios

The Xeon 6710E processor category is commonly deployed in enterprise data centers, private and hybrid cloud infrastructures, service provider platforms, and high-performance computing clusters that require balanced compute capability. It is well suited for environments that operate at scale and demand predictable performance across thousands of concurrent workloads.

64-Core Architecture and Parallel Execution

The defining feature of the Intel Xeon 6710E category is its 64-core architecture. This substantial core count enables the processor to execute a large number of parallel tasks efficiently, making it ideal for multi-threaded applications and highly concurrent workloads. Each core is designed to operate independently while sharing access to common cache and memory resources through a sophisticated on-die interconnect. This architecture supports modern software paradigms that emphasize parallelism, including microservices, distributed databases, containerized applications, and large-scale analytics pipelines.

Thread-Level Parallelism and Workload Distribution

With support for simultaneous multithreading, the Xeon 6710E category allows each core to handle multiple instruction streams. This increases overall utilization of execution resources and improves throughput in workloads that generate high levels of concurrency. Operating systems and hypervisors can schedule hundreds of threads efficiently, enabling dense consolidation of applications and services on a single physical server.

Core Interconnect and Latency

In high-core-count processors, efficient communication between cores is essential. The Xeon 6710E category incorporates an advanced interconnect fabric that minimizes latency and ensures consistent access to shared resources. This design reduces bottlenecks in inter-core communication and supports scalable performance as workloads increase in size and complexity.

2.4GHz Base Frequency and Sustained Throughput Design

The Intel Xeon 6710E operates at a base frequency of 2.4GHz, reflecting a design philosophy that prioritizes sustained throughput over short-term frequency spikes. This frequency level allows all 64 cores to remain active under load without exceeding thermal or power constraints, delivering consistent performance across long-running workloads. This approach is particularly valuable in enterprise environments where predictability and stability are more important than burst performance.

Balanced Performance Profile for Enterprise Applications

The 2.4GHz base frequency provides a balanced performance profile suitable for a wide range of enterprise applications, including databases, middleware, ERP systems, and analytics platforms. These workloads often benefit from many cores operating at steady frequencies rather than a small number of cores running at very high clock speeds. By maintaining stable operating frequencies, the Xeon 6710E category simplifies capacity planning and performance modeling.

Consistency Under Continuous Load

The processor is engineered to sustain its base frequency across all cores during prolonged periods of high utilization. This ensures that performance remains consistent even during peak demand, which is critical for service-level agreements and mission-critical operations.

16GT/s Interconnect Speed and Platform Bandwidth

The Intel Xeon 6710E category supports high-speed interconnects operating at 16GT/s, enabling rapid communication between the processor and other system components. This high interconnect speed enhances overall platform bandwidth, reducing latency and improving data transfer efficiency. High interconnect bandwidth is essential for modern servers that rely on fast access to memory, storage, and accelerators.

Enhanced Data Flow for I/O-Intensive Workloads

Workloads such as big data analytics, AI inference, and high-performance storage systems generate significant I/O traffic. The 16GT/s interconnect capability of this processor category ensures that data flows smoothly between the CPU and peripheral devices without becoming a bottleneck. This capability is particularly important in systems equipped with high-speed NVMe storage, advanced networking adapters, and accelerator cards.

Scalable System Architectures

The interconnect performance of the Xeon 6710E category supports scalable system designs, including multi-socket servers and clustered architectures. This enables organizations to build flexible platforms that can grow with evolving workload requirements.

205W Power Envelope Considerations

The Intel Xeon 6710E operates within a 205W thermal design power envelope, striking a balance between high core density and manageable power consumption. This power profile makes it suitable for deployment in dense server configurations without requiring extreme cooling solutions. By optimizing performance per watt, this category supports energy-efficient data center operations.

Modern Data Center Cooling

The 205W power envelope aligns well with contemporary data center cooling strategies, including advanced air cooling and hybrid liquid-assisted solutions. This allows operators to deploy high-density compute nodes while maintaining thermal stability. Efficient thermal management contributes to long-term reliability and reduced operational costs.

Performance per Watt Advantages

Compared to higher-wattage flagship processors, the Xeon 6710E category offers compelling performance per watt, making it attractive for organizations focused on sustainability and cost efficiency without sacrificing compute capability.

FCLGA4710 Socket and Platform

The Intel Xeon 6710E utilizes the FCLGA4710 socket, which is designed to support high-core-count processors and advanced platform features. This socket provides robust electrical and mechanical characteristics necessary for reliable operation under sustained load. Platforms built around FCLGA4710 offer extensive I/O, memory scalability, and support for enterprise-grade components.

Memory Scalability and Bandwidth

Systems using this processor category support large memory capacities and high memory bandwidth, enabling efficient handling of memory-intensive workloads. This is critical for in-memory databases, analytics engines, and virtualization platforms. High memory scalability ensures that applications can access the data they need without excessive latency.

Foundation for Server Platforms

The FCLGA4710 socket serves as a foundation for next-generation server designs, allowing organizations to adopt new technologies while maintaining compatibility with existing infrastructure investments.

Cloud and Container Workloads

The Xeon 6710E processor category is well suited for virtualization and cloud environments, where high core counts enable dense consolidation of workloads. Hypervisors can allocate dedicated cores to virtual machines, improving isolation and performance consistency. This capability is essential for private clouds, virtual desktop infrastructure, and service provider platforms.

High VM and Container Density

With 64 cores available, servers based on this category can host a large number of virtual machines or containers while maintaining predictable performance. This reduces the number of physical servers required and simplifies infrastructure management. High density also improves resource utilization and lowers total cost of ownership.

Cloud-Native and Microservices Architectures

Cloud-native applications are designed to scale horizontally across many cores. The Xeon 6710E category provides the parallel processing capability required to support these architectures efficiently, enabling rapid scaling and high availability.

Enterprise Reliability, Availability, and Serviceability

Reliability is a cornerstone of the Intel Xeon 6710E processor category. These processors are built to operate continuously in demanding enterprise environments, where downtime can have significant financial and operational impacts. Advanced validation and conservative operating margins contribute to long-term stability.

Designed for 24/7 Mission-Critical Operation

The processor category is validated for continuous 24/7 operation under sustained load. This makes it suitable for mission-critical applications such as financial systems, telecommunications platforms, and industrial control systems. Consistent performance and stability are essential for maintaining service quality.

Enterprise-Class Validation

Intel provides extensive validation, firmware updates, and long-term lifecycle support for this category. This ensures compatibility with enterprise operating systems and applications over extended deployment periods.

Software Ecosystem

The Intel Xeon 6710E category benefits from a mature software ecosystem that includes optimized operating systems, hypervisors, and development tools. Intel compilers and libraries are designed to take advantage of the processor’s parallel architecture. This ecosystem support helps organizations achieve maximum performance and efficiency from their hardware investments.

Modern Enterprise Software Stacks

Enterprise software vendors optimize their applications for Xeon Scalable processors, ensuring compatibility and performance. This includes databases, analytics platforms, middleware, and virtualization software. Such optimization reduces deployment risk and accelerates time to value.

Strategic Platform for Scalable Enterprise Growth

The Intel Xeon PK8077105931300 6710E 64-core processor category provides a strategic platform for organizations seeking scalable, efficient, and reliable compute infrastructure. Its combination of high core density, balanced power consumption, advanced interconnects, and enterprise-grade reliability makes it a foundational component for modern data centers and future-ready enterprise architectures.