PK8072006246300 Intel Xeon 6738P 2.9GHz 32-Core Processor.
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Quick Technical Summary
- Manufacturer: Intel Corporation
- Product Type: Server Processor
- Model: Xeon 6738P
- Part Number: PK8072006246300
- Technology: Intel 3 lithography
- Core Count: 32 cores
- Base Speed: 2.9GHz
- Max Turbo: 4.2GHz
- L3 Cache: 144MB
- TDP: 270W
- Socket: FCLGA4710
- Instruction Extensions: SSE4.2, AVX, AVX2, AVX-512, AMX
- UPI Speed: 24 GT/s
- UPI Links: 4
- Max Memory: 4TB DDR5
- Memory Speed: 6400 MT/s
- ECC Support: Yes
- Intel Optane PMem: Not supported
Intel Xeon 6738P PK8072006246300 Server Processor
- Category: Enterprise-grade server processor designed for data centers and high-demand workloads.
- Manufacturer: Intel Corporation, a global leader in CPU technology.
- Model: Xeon 6738P, engineered with Intel 3 lithography for efficiency and performance.
- Part Number: PK8072006246300 for easy product identification.
Core Performance and Frequency
- Processor Core Count: 32 physical cores designed for high-density virtualization, AI, and cloud operations.
- Base Clock: Operates at 2.9GHz for stable, sustained performance across diverse workloads.
- Turbo Frequency: Capable of boosting up to 4.2GHz to handle demanding peak workloads efficiently.
- Architecture: 64-bit instruction set, ensuring compatibility with modern enterprise applications.
Cache System for Faster Data Access
- L3 Cache: 144MB, ensuring reduced memory latency and faster response for data-intensive operations.
- Benefit: Keeps frequently used instructions and data closer to the CPU cores, reducing system bottlenecks.
Thermal and Power Characteristics
- TDP (Thermal Design Power): 270W, optimized for high performance without compromising reliability.
- Cooling Requirements: Suitable for robust server cooling infrastructure, ensuring stability in continuous workloads.
Processor Socket Compatibility
- Socket Type: FCLGA4710, designed for enterprise-level server motherboards.
- Integration: Easy deployment into systems requiring multi-socket scalability and advanced data handling.
Memory Capabilities and Bandwidth
- Maximum Supported Memory: Up to 4TB, depending on configuration.
- Memory Type: DDR5 modules running at 6400 MT/s for accelerated data transfer speeds.
- ECC Support: Yes, ensuring critical data protection and error correction in enterprise workloads.
- Intel® Optane™ Persistent Memory: Not supported on this model.
Advantages of DDR5 Integration
DDR5 memory technology allows higher bandwidth and efficiency, empowering the Xeon 6738P to perform exceptionally well in data-intensive scenarios such as:
- Real-time analytics and financial modeling.
- AI training and inference.
- Enterprise database operations requiring rapid data movement.
- Virtualization with multiple VMs and containerized applications.
Intel UPI Connectivity
- UPI Speed: Supports up to 24 GT/s, providing high-bandwidth inter-CPU communication.
- Number of Links: Up to 4 links, ensuring low-latency scalability for multi-socket deployments.
Scalability for Data-Centric Applications
With UPI and high core counts, this processor is engineered to scale across distributed environments where large volumes of data need simultaneous processing.
Enterprise Reliability and Security
- ECC Memory: Delivers consistent uptime and reduced risk of data corruption.
- Validation: Extensively tested for mission-critical workloads in enterprise environments.
- Security: Hardware-enhanced features protect against evolving cyber threats and maintain workload integrity.
Performance for Key Workloads
- Virtualization: Handles high-density VM deployments with balanced per-core performance.
- AI & ML: Accelerates model training and inference with Intel® AMX and AVX-512.
- Big Data & Analytics: High cache capacity and DDR5 support make data queries faster and more efficient.
- Scientific & HPC: Multi-threaded architecture enhances complex simulations and modeling tasks.
Targeted Industry Applications
- Healthcare: AI-driven diagnostics, genomic sequencing, and medical imaging.
- Finance: Algorithmic trading, fraud detection, and predictive analytics.
- Telecommunications: 5G workloads, edge computing, and NFV (Network Function Virtualization).
- Education & Research: Large-scale simulations, climate modeling, and advanced academic research projects.
- Base Frequency: 2.9GHz optimized for consistent performance under sustained loads.
- Max Turbo Frequency: 4.2GHz for short bursts of intensive computing.
- Thread Count: Supports 64 threads with simultaneous multi-threading.
- Lithography: Intel 3 process technology improves density, power efficiency, and transistor performance.
- Intel® SSE4.2: Enhances media processing and pattern recognition tasks.
- Intel® AVX & AVX2: Provides vectorization support for simulations, rendering, and cryptography.
- Intel® AVX-512: Unlocks high-performance capabilities for workloads like HPC, data compression, AI training, and financial modeling.
- Intel® AMX: Specialized for AI and machine learning inference with optimized matrix multiplications.
- L3 Cache: 144MB shared cache for minimized latency.
- Benefits: Reduces dependence on main memory, accelerates response times, and supports high-density workloads.
- Maximum Capacity: Up to 4TB, depending on DIMM configuration.
- Type: DDR5, ensuring higher throughput and lower latency.
- ECC Support: Yes, for error detection and correction to protect mission-critical workloads.
- Memory Speed: Up to 6400MT/s for intensive data-driven tasks.
- Persistent Memory: Intel® Optane™ Persistent Memory is not supported.
- UPI Speed: 24 GT/s provides robust bandwidth for cross-CPU traffic.
- UPI Links: Up to 4 for greater scalability.
- Ideal for: NUMA-aware applications, distributed workloads, and tightly coupled multi-CPU servers.
- Socket: FCLGA4710.
- Compatibility: Works with Intel-certified server motherboards supporting DDR5 and UPI.
- Ensure BIOS updates enable AVX-512 and AMX instructions.
- Deploy high-capacity DDR5 DIMMs to maximize memory throughput.
- Implement efficient cooling systems to manage 270W TDP.
- Supports Kubernetes clusters and containerized workloads.
- Ideal for private, public, and hybrid cloud deployments.
- Provides robust multi-threading performance for scalable workloads.
- AI Inference: Low latency for real-time decision-making.
- AI Training: Faster convergence with advanced instruction sets.
- Big Data Analytics: Efficient handling of massive datasets for predictive insights.
- ECC Memory: Prevents data corruption.
- Thermal Controls: Power-aware performance scaling.
- Validation: Thoroughly tested for enterprise workload reliability.
- Hardware-level encryption support.
- Secure virtualization capabilities.
- Protection against side-channel vulnerabilities.
- Finance: Real-time risk management, algorithmic trading, and fraud analytics.
- Healthcare: Medical research, genomics, and patient data analytics.
- Telecom: Network function virtualization, 5G, and edge computing.
- Education: HPC for scientific research and advanced simulations.
- Manufacturing: IoT data analytics, predictive maintenance, and industrial automation.
- Compatible with Intel-certified server motherboards.
- Supports high-density memory configurations.
- Flexible deployment in cloud and on-premises data centers.
Intel Xeon 6738P PK8072006246300 Server Processor
The Intel Xeon 6738P PK8072006246300 is a flagship data center processor engineered for demanding workloads in enterprise, research, and cloud infrastructures. Equipped with 32 physical cores, 64 threads, and a 2.9GHz base frequency with turbo speeds reaching 4.2GHz, this processor combines scalability, reliability, and efficiency. Designed with Intel 3 lithography, it achieves exceptional performance per watt while ensuring compatibility with modern server platforms using the FCLGA4710 socket. This CPU enables businesses to accelerate digital transformation across AI, HPC, and virtualization workloads with uncompromising stability.
Core Architecture and Processing Power
The Xeon 6738P is built on Intel’s advanced architecture, providing a foundation for parallel computing across diverse workloads. Its 32-core configuration offers a balance between high per-core efficiency and aggregate multi-threaded throughput. Businesses can rely on this processor to run complex simulations, analytics engines, and high-density virtual machines simultaneously without performance degradation.
Instruction Sets for Modern Applications
This processor integrates Intel’s most advanced instruction sets, extending its versatility across high-performance computing, enterprise security, AI acceleration, and real-time analytics. These features ensure applications can leverage hardware-level optimization for faster execution.
Thermal Design and Power Management
With a thermal design power (TDP) rating of 270W, the Xeon 6738P balances raw computational power with energy efficiency. Advanced power management features allow data centers to optimize cooling and performance per watt, ensuring workloads run continuously without overheating or excessive energy use.
Cache Memory Hierarchy
The Intel Xeon 6738P features an expansive 144MB of shared L3 cache, ensuring faster access to high-priority data. This is especially valuable in workloads requiring rapid read/write operations, such as database transactions, real-time analytics, and high-frequency trading systems.
Memory Capacity and Performance
Server environments rely heavily on memory bandwidth and reliability, and the Xeon 6738P is designed to meet those requirements. Supporting DDR5 memory up to 6400MT/s and a total capacity of 4TB, it ensures data centers can accommodate both current and future workloads requiring vast memory resources.
ECC Memory and Reliability
Error-Correcting Code (ECC) memory support guarantees stable system operations. By automatically detecting and correcting data corruption, ECC enhances reliability in applications such as financial services, healthcare analytics, and government infrastructure where even minor errors could have critical consequences.
Scalability Through Intel UPI Technology
In multi-CPU configurations, inter-processor communication is vital. The Xeon 6738P incorporates Intel Ultra Path Interconnect (UPI), offering up to four links at 24 GT/s. This allows for efficient scaling in dual-socket or higher systems without bottlenecking workloads.
Socket and Platform Compatibility
Designed for FCLGA4710 socket platforms, the Intel Xeon 6738P integrates easily into modern server infrastructures. This ensures future-proof deployments and compatibility with enterprise-grade motherboards optimized for DDR5 and high-speed I/O technologies.
Deployment Best Practices
Use Cases for Intel Xeon 6738P
The Xeon 6738P caters to a wide range of enterprise applications across industries. From virtualization to AI acceleration, its design ensures that businesses can run critical workloads efficiently and securely.
Virtualization and Cloud Infrastructure
Cloud service providers and enterprises running VMware®, KVM, or Hyper-V can rely on the Xeon 6738P for high-density virtualization. Its 32 cores support numerous virtual machines without compromising resource allocation.
Artificial Intelligence and Machine Learning
AI and ML models require vast computational resources, and the Xeon 6738P is built for these tasks. With AVX-512 and AMX, it accelerates training and inference, allowing organizations to deploy machine learning models at scale.
High-Performance Computing (HPC)
The Xeon 6738P excels in HPC environments where parallel processing is paramount. From weather modeling to financial simulations, its core density and cache structure deliver results with precision and speed.
Enterprise Databases and Analytics
Large databases and analytics platforms like SAP HANA or Oracle demand rapid data retrieval. The Xeon 6738P provides accelerated query handling, improved indexing, and support for large memory pools to handle growing datasets efficiently.
Networking and Data Center Integration
Modern data centers require seamless networking integration, and the Xeon 6738P is optimized for high-speed communication between nodes. With four UPI links and DDR5 memory bandwidth, networking bottlenecks are significantly minimized.
Reliability, Availability, and Serviceability (RAS)
Intel Xeon processors are renowned for enterprise-grade reliability, and the 6738P continues this legacy. Built-in RAS features ensure minimized downtime and improved fault tolerance for mission-critical workloads.
Security Features
Security is embedded in the Xeon 6738P design. With Intel’s hardware-level protections, businesses can secure sensitive data against modern threats without compromising performance.
Scalability for Future Growth
Enterprises investing in Xeon 6738P gain scalability to meet future workload demands. With 32 cores, high-speed DDR5 memory, and multi-socket capability, the processor ensures long-term infrastructure value.
Industry-Specific Applications
System Builder Advantages
System integrators benefit from Xeon 6738P’s compatibility and powerful features. It simplifies deployment while offering scalable performance for customized enterprise solutions.
