3.0GHz-24GT-UPI

The Xeon 24-Core 3.0GHz 24GT UPI processor series represents a powerful tier within Intel's scalable server-grade CPU lineup, providing robust compute performance for data center, enterprise, and high-end workstation environments. With a higher base clock speed of 3.0GHz combined with 24 physical cores and Hyper-Threading for 48 total threads, these processors are purpose-built for performance-sensitive, high-throughput workloads that demand both core density and clock efficiency.

Introduction to Xeon 24-Core 3.0GHz 24GT UPI CPUs

Designed for critical computing tasks, the Xeon 24-core 3.0GHz models integrate Intel's Ultra Path Interconnect (UPI) at 24GT/s to facilitate rapid data flow between multi-socket systems. These CPUs offer a combination of high-frequency responsiveness and core-heavy parallelism, ideal for handling virtualized environments, AI acceleration, financial modeling, real-time analytics, and hybrid cloud infrastructure. Businesses seeking higher per-core performance without sacrificing scalability will find these processors especially attractive.

Core Technical Specifications

• 24 Physical Cores / 48 Threads with Intel Hyper-Threading Technology
• Base Clock Speed: 3.0GHz
• Max Turbo Boost Frequency: Up to 3.8GHz or higher
• Intel Smart Cache: 35MB to 55MB L3 cache
• 24GT/s UPI for high-speed processor-to-processor communication
• Supported Memory: DDR4/DDR5 ECC up to 3200MT/s+
• PCI Express Support: Gen 4.0/Gen 5.0 (up to 64 lanes)
• TDP Range: 165W–205W depending on specific model

Architecture and Fabric Efficiency

The Xeon 24-Core 3.0GHz family leverages advanced fabrication nodes such as Intel 10nm Enhanced SuperFin or Intel 7, ensuring tighter transistor integration and power efficiency. The architecture supports multi-core threading optimizations and accelerators such as Intel Deep Learning Boost (DL Boost), Advanced Vector Extensions 512 (AVX-512), and Intel Speed Select Technology (SST) for dynamic workload optimization. These enhancements allow for seamless transitions between single-threaded and parallelized operations, reducing processing bottlenecks in high-load applications.

Memory Bandwidth and Throughput Capabilities

Supporting up to 2TB of DDR4/DDR5 registered ECC memory per socket, these processors are ready for memory-intensive computing environments. Multi-channel memory configurations ensure high throughput for database applications, in-memory computing, and virtual machine hosting, while ECC capabilities bolster data integrity and uptime in mission-critical deployments.

Architectural Highlights

• Intel Mesh Interconnect for low-latency core-to-core communication
• Integrated Memory Controller with multiple memory channels
• Power-aware scheduling for efficient compute utilization
• Optimized L1/L2/L3 cache tiers for rapid data access

Ideal Applications and Workload Optimization

Xeon 24-Core 3.0GHz CPUs are engineered for enterprise-grade performance across a wide spectrum of applications. With a high base clock speed, these CPUs excel in latency-sensitive scenarios while maintaining multi-thread throughput in dense workloads. Below are key workloads where this category thrives:

Cloud and Virtualization Platforms

Perfect for enterprise-grade hypervisors and cloud orchestrators, these processors enable high virtual machine density with responsive compute cycles. Hyper-converged infrastructure (HCI) setups also benefit from the mix of I/O bandwidth and CPU horsepower offered by 24-core Xeons at 3.0GHz.

Enterprise Software and ERP Systems

These CPUs deliver dependable processing for enterprise resource planning (ERP), customer relationship management (CRM), and business intelligence (BI) systems. Applications such as SAP S/4HANA, Oracle Database, and Microsoft Dynamics run with enhanced responsiveness and session handling efficiency.

Scientific Research and Engineering Simulations

Whether running structural simulations, fluid dynamics models, or genomics sequencing, the Xeon 24-core 3.0GHz series offers the perfect mix of frequency and core count to tackle parallelized scientific computations with minimal runtime and high result fidelity.

High-Frequency Trading and Financial Analysis

In financial workloads where low latency translates into real-time profitability, the high base clock speed becomes a crucial advantage. Paired with fast memory and I/O lanes, this CPU class ensures deterministic performance for real-time market analytics and algorithmic trading operations.

Security, Reliability, and Compliance

Data protection and reliability are core to the design of Xeon processors. This category features Intel SGX, Secure Boot, AES-NI, and Intel Trusted Execution Technology (TXT) to secure workloads across the software and hardware stack. Built-in platform integrity tools allow these CPUs to meet stringent compliance requirements such as HIPAA, GDPR, and FedRAMP.

Redundancy and Fault-Tolerant Operations

Support for RAS (Reliability, Availability, and Serviceability) features such as Machine Check Recovery (MCR), Error Detection and Correction, and Intel Run Sure Technology makes these processors suitable for Tier 1 mission-critical deployments.

Key Security Enhancements

• Intel Boot Guard and BIOS Guard
• Hardware root of trust and attestation support
• Memory encryption with Total Memory Encryption (TME)
• Multi-key support for secure containerized deployments

Performance Efficiency and Environmental Impact

Despite the higher clock speeds, Xeon 24-core 3.0GHz CPUs maintain thermal and power efficiency through intelligent power gating, load balancing, and advanced cooling compatibility. The result is predictable power envelopes and consistent turbo performance under extended workloads, helping to reduce operational costs in energy-sensitive environments.

Thermal and Power Profiles

Typical thermal design power (TDP) ranges from 165W to 205W, depending on model and turbo activation. Advanced cooling solutions (liquid or high-efficiency air) enable maximum performance without thermal throttling.

Eco-Conscious Server Deployment

• Support for Energy Efficient Turbo mode
• Advanced fan control algorithms integrated via IPMI interfaces
• Compliance with ENERGY STAR® and other data center efficiency certifications

Compatibility and Infrastructure Integration

These processors are designed for compatibility with high-performance server boards across major vendors such as Supermicro, HPE, Dell EMC, Lenovo, and Cisco. They work seamlessly with modern operating systems, hypervisors, and orchestration tools including VMware, Red Hat OpenShift, Ubuntu, and Windows Server Datacenter.

Platform and Socket Support

Socket support includes LGA 4189 and LGA 4677, with chipset features like Intel C621A and C741 enabling maximum I/O, memory, and expansion support. Enterprises looking to scale can implement multi-socket systems, interconnecting CPUs using 24GT UPI links for high data coherence and system responsiveness.

Future-Proof Infrastructure Planning

• PCIe 5.0 readiness for next-gen accelerators and storage
• Modular BIOS and firmware update paths
• Tool-free serviceability in leading rackmount platforms
• Scalable architecture designed to accommodate next-gen Xeon refresh cycles