2.70GHz-24GT-UPI

The Xeon 48-Core 2.70GHz 24GT UPI processor category represents the pinnacle of high-density, high-performance server-grade CPUs designed for advanced enterprise computing, data center workloads, and mission-critical environments. This family of processors is part of Intel's scalable Xeon platform, offering a balance of power, efficiency, and throughput capabilities tailored to organizations requiring unparalleled processing capabilities.

What is a Xeon 48-Core 2.70GHz 24GT UPI Processor?

These CPUs are built for high-performance computing (HPC) scenarios where massive parallelism, compute throughput, and reliability are paramount. Each processor in this category features 48 physical cores running at a base clock speed of 2.70GHz. The integration of a 24GT/s Ultra Path Interconnect (UPI) significantly enhances multi-CPU communication, supporting faster data sharing across sockets and reducing latency in dual- or quad-socket configurations.

Core Architecture and Scalability

Featuring a highly scalable architecture, the 48-core 2.70GHz Xeon chips leverage advanced multithreading and turbo boost technologies. With hyper-threading enabled, these CPUs can handle up to 96 threads per socket, dramatically increasing concurrency and task distribution across cores. This makes them ideal for virtualization, container orchestration, and distributed computing tasks that scale across large server farms.

Key Architectural Benefits:

• Massive multithreaded performance with 96 threads per socket
• 24GT/s UPI supports enhanced socket-to-socket bandwidth
• Advanced cache hierarchy with L1, L2, and large shared L3 caches
• Support for DDR4/DDR5 ECC memory configurations with multi-channel architecture
• Optimized for PCIe Gen 4.0/5.0 expansion slots for ultra-fast I/O

Target Use Cases and Application Scenarios

Intel Xeon 48-core processors operating at 2.70GHz are engineered for environments where intensive data processing, parallel workloads, and compute-heavy applications are the norm. Common deployment areas include:

Cloud Computing and Virtualization

These processors excel in hosting hundreds of virtual machines (VMs) or containers without performance degradation. Enterprises leveraging platforms such as VMware, Proxmox, or Hyper-V benefit from high core density and thread availability, supporting diverse virtual workloads from web hosting to AI/ML instances.

Scientific Research and High-Performance Computing

With optimized floating-point performance, Xeon 48-core CPUs support parallel processing algorithms, weather simulations, genetic sequencing, and deep learning frameworks like TensorFlow or PyTorch, delivering excellent compute-to-power efficiency for scientific modeling and simulations.

Big Data and AI Workloads

From Hadoop clusters to Apache Spark nodes, this CPU category provides robust support for data ingestion, transformation, and real-time analytics. AI inference engines and neural net training routines also gain from the multi-core configuration, especially when paired with high-speed NVMe storage and GPU accelerators.

Enterprise Databases and Transaction Processing

Mission-critical environments such as financial services or logistics systems run transaction-intensive databases like Oracle, SQL Server, or PostgreSQL. These CPUs sustain high IOPS, cache utilization, and memory access speeds, resulting in faster transaction times and minimized processing delays.

Performance Features of 2.70GHz 48-Core Xeon CPUs

Beyond raw core count, Xeon processors in this category include numerous performance enhancements. With dynamic frequency scaling, power efficiency technologies, and integrated reliability features, these CPUs deliver sustained workloads without thermal throttling or system instability.

Performance Metrics:

• Clock Speed: Base 2.70GHz with Turbo Boost up to 3.50GHz+
• Thermal Design Power (TDP): Typically ranges between 165W to 205W depending on model
• Smart Cache: Up to 96MB shared L3 cache for reduced memory latency
• Security: Includes Intel SGX, TXT, and AES-NI instructions for trusted execution
• Reliability: ECC memory support and Machine Check Architecture (MCA)

Benefits of Choosing a Xeon 48-Core 2.70GHz CPU

Investing in this class of CPU offers substantial advantages in both the short and long term. From futureproofing server infrastructure to handling exponentially growing workloads, these chips are built to endure the most demanding enterprise challenges.

Scalability and Redundancy

With multi-socket motherboard compatibility, these processors allow horizontal scalability across nodes, enabling high-availability server clusters with failover protection and workload balancing features integrated at the hardware and OS levels.

Energy Efficiency

Despite their performance, Xeon CPUs incorporate dynamic power scaling, idle core management, and advanced thermal sensors that help reduce overall power usage in idle or low-load situations—important for reducing TCO in data centers.

Compatibility with Modern Server Platforms

These CPUs are compatible with next-gen server boards supporting NVMe storage, 25/50/100Gbps Ethernet NICs, and AI accelerators like Intel Habana or NVIDIA A100 GPUs. This ensures alignment with the modern hybrid cloud infrastructure.