SRVEZ Intel Xeon 6747p 48-Core 2.70GHz 288MB Cache 24 Gt/s Upi Speed Socket Fclga4710 330W Processor

Designed for the Next Generation of Enterprise Data Centers

With the SRVEZ Xeon 6747P, Intel introduces cutting-edge enhancements for servers handling mixed, multi-threaded, and memory-intensive workloads. Supporting a high-speed 24 GT/s UPI (Ultra Path Interconnect), this processor ensures extremely fast inter-socket communication, which is crucial for symmetrical multiprocessing (SMP) server architectures. It leverages the latest innovations in the Xeon Scalable Processor family, including improved I/O, high memory bandwidth, and robust reliability, availability, and serviceability (RAS) features.

Socket FCLGA4710 Compatibility

The Intel Xeon 6747P is designed for the FCLGA4710 socket, offering compatibility with 4th Gen Xeon Scalable server platforms. The socket layout is optimized for better thermals, efficient airflow, and mechanical robustness. OEMs and data center architects favor this socket for building large-scale, multi-processor rack-mounted systems, thanks to its durability and high-density support for enterprise cooling solutions.

48 High-Performance Cores for Multithreaded Excellence

This processor’s 48-core configuration provides exceptional parallel processing power. With support for Intel Hyper-Threading Technology, each core is capable of handling two threads simultaneously, yielding up to 96 concurrent threads. This is vital for high-traffic virtual machines, multi-user cloud applications, database operations, and real-time big data analytics.

Built-In 288MB L3 Cache: A Leap in Data Processing Efficiency

The 288MB shared L3 cache drastically reduces memory access latency, ensuring that the CPU cores spend less time waiting for data and more time executing operations. Large cache sizes like this are particularly beneficial for large in-memory databases, AI training datasets, and mission-critical financial applications. Combined with Intel’s data prefetching and cache management algorithms, the Xeon 6747P provides a dramatic boost in data locality and computational efficiency.

Enhancing Cache Coherency with Intel UPI 24 GT/s Interconnect

One of the standout features of this Xeon processor is its 24 GT/s UPI interconnect speed. This enables ultra-fast inter-processor data exchanges in multi-socket configurations, significantly enhancing cache coherency and inter-CPU workload balancing. This is crucial in HPC environments and distributed computing clusters where performance bottlenecks are unacceptable.

Advanced Memory Support for High-Bandwidth Computing

The Intel Xeon 6747P supports DDR5 memory technology, offering speeds of up to 4800 MT/s and supporting multiple memory channels per CPU. This ensures rapid data movement between memory and CPU, a critical factor in AI inferencing, real-time analytics, and high-performance transactional systems.

ECC and Intel’s RAS Technologies

Intel integrates advanced RAS (Reliability, Availability, and Serviceability) capabilities in the Xeon 6747P, including ECC (Error-Correcting Code) memory support, Machine Check Architecture (MCA), and Memory Mirroring. These technologies detect, correct, and isolate faults before they impact system performance, ensuring maximum uptime in mission-critical systems.

330W TDP: Power for Demanding Workloads

The processor’s 330W thermal design power (TDP) rating highlights its performance-focused design. While it consumes more power than mainstream CPUs, this rating reflects its unmatched capability in computational throughput, which is essential for scientific simulations, video rendering farms, and AI workloads. High-density servers with liquid or advanced air cooling are typically used to host these processors efficiently.

Thermal Management and Cooling Considerations

High-performance processors like the Intel Xeon 6747P demand advanced thermal solutions. OEM system integrators often deploy custom heat sinks, liquid cooling loops, and intelligent airflow management systems. These ensure optimal temperature regulation, reducing thermal throttling and preserving the processor’s sustained performance under continuous load.

AI-Optimized Workload Acceleration

Intel’s AI performance acceleration features are embedded within the Xeon 6747P processor. With support for AVX-512 and Intel DL Boost, the processor can execute deep learning inference and training operations faster and more efficiently. These technologies provide up to 3x AI workload acceleration compared to previous-generation Xeon processors.

Advanced Vector Extensions (AVX-512)

AVX-512 enables SIMD (Single Instruction, Multiple Data) operations, which are critical for workloads like 3D modeling, video encoding, scientific computing, and data encryption. The Xeon 6747P’s implementation of AVX-512 allows for simultaneous execution of complex mathematical operations, significantly improving compute density and reducing task completion times.

Scalable Platform Integration and Virtualization

This processor is a cornerstone for scalable, virtualized infrastructures. Supporting Intel VT-x and VT-d, the Xeon 6747P allows hardware-assisted virtualization, reducing the overhead associated with running multiple virtual machines. Coupled with extensive memory support and I/O bandwidth, it ensures that enterprise hypervisors like VMware, Hyper-V, and KVM can run optimally.

Security Features and Data Protection

Security is paramount in today’s enterprise infrastructure. The Xeon 6747P includes Intel SGX (Software Guard Extensions), Intel TME (Total Memory Encryption), and Boot Guard technologies. These features protect sensitive data from unauthorized access, even if attackers gain physical access to the server. Intel’s cryptographic acceleration also ensures that security operations do not hamper performance.

Flexible Deployment Across Industries

The versatility of the Intel Xeon 6747P makes it an ideal choice for a wide range of industries. Whether used in healthcare data management, financial algorithmic trading platforms, autonomous vehicle R&D, or real-time industrial control systems, this CPU offers unmatched reliability and performance scalability.

Hyperscale and Cloud Providers

Public and private cloud data centers require high core-count processors to consolidate workloads and maximize resource utilization. The 6747P fits seamlessly into such environments, reducing per-VM latency and improving elasticity and orchestration in containerized ecosystems like Kubernetes and OpenShift.

Edge and Fog Computing Compatibility

While traditionally used in data center environments, this processor’s security, resilience, and performance features also make it suitable for distributed edge workloads. Edge data centers can process large volumes of time-sensitive data closer to the source, improving response times and reducing bandwidth consumption.

Support for PCIe 5.0 and Accelerated I/O

Modern servers require high-speed I/O to meet the demands of NVMe SSDs, network adapters, and GPU-based acceleration. The Xeon 6747P supports PCI Express 5.0, offering double the throughput of PCIe 4.0. This reduces bottlenecks and maximizes performance for data streaming, machine learning frameworks, and storage-intensive applications.

High-Speed Networking Integration

To complement the high data throughput of the Xeon 6747P, many systems integrate 100GbE or higher-speed NICs (Network Interface Cards), taking full advantage of the CPU’s I/O architecture. This ensures that network-intensive applications like CDN services, video conferencing platforms, and content streaming systems operate with minimal latency.

Eco-Conscious Performance and Lifecycle Management

Despite its 330W power envelope, Intel emphasizes energy efficiency in its design. The processor includes Intel Speed Select Technology and dynamic voltage and frequency scaling (DVFS), which help modulate power usage depending on workload intensity. Data centers can tune performance for maximum efficiency, lowering energy bills while maintaining optimal output.

Extended Reliability for Enterprise Lifecycle

The Xeon 6747P is built for enterprise-grade reliability with an extended operating lifespan, long-term support, and consistent firmware update schedules. This makes it a strategic investment for IT managers looking to future-proof their infrastructure for upcoming software stacks, security protocols, and next-gen virtualization frameworks.