Intel Xeon 4-Core 6325p 3.5GHz Base Clock 8 Threads 12MB Cache 55W SRPLW Processor.

Xeon 6325P Series Use Cases and Application Scope

The Intel Xeon 6325P is ideally suited for highly specialized workloads that require dependable performance and lower power consumption. Common deployment areas include:

• Edge computing gateways and remote data collection nodes
• Storage appliances requiring moderate CPU compute for compression and security tasks
• Network appliances such as load balancers, firewalls, and routers
• Telecommunication infrastructure running lightweight virtualized workloads
• OEM embedded solutions in industrial automation, healthcare, and AI inference pipelines

Core Architecture and Microarchitecture

4-Core, 8-Thread Performance

The Intel Xeon 6325P integrates 4 high-performance cores with support for Intel Hyper-Threading Technology, effectively delivering 8 threads for multi-threaded applications. The relatively high 3.5GHz base frequency ensures responsiveness and minimal latency, especially in compute-intensive tasks where thread count is not the only bottleneck. Each core is architected on Intel’s proven 10nm process node, supporting intelligent power scaling and optimized performance per watt.

Smart Cache Implementation

The 12MB Intel Smart Cache is dynamically shared across all active cores, enabling improved access to frequently used data and lowering memory latency. In data-sensitive operations such as packet inspection or real-time sensor data analysis, this cache mechanism plays a critical role in boosting throughput without consuming more power.

Instruction Set and Acceleration Technologies

As part of the Xeon Scalable family, the 6325P includes support for a range of instruction set extensions and technologies, such as:

• Intel AVX-512 – For high-performance vector processing in AI, scientific computing, and cryptography.
• Intel DL Boost – AI inference acceleration for edge AI and machine learning workloads.
• Intel Speed Select Technology – For dynamic core frequency scaling based on workload demand.
• Intel SGX (Software Guard Extensions) – Enables hardware-based memory encryption for secure enclaves.

Power Efficiency and Thermal Design Power (TDP)

One of the most compelling features of the Xeon 6325P is its ultra-low 55W TDP. This thermal envelope enables the CPU to be deployed in environments with limited cooling capabilities, such as fanless enclosures or energy-optimized server clusters. It is particularly effective in reducing overall data center cooling costs, enabling eco-friendly IT strategies.

Advanced Power Management Features

• Intel SpeedStep® Technology – Dynamically adjusts voltage and core frequency to minimize power usage during light workloads.
• Package C-State Support – Enhances energy efficiency during idle states.
• Thermal Monitoring Technologies – Actively manages heat output by adjusting frequencies when temperature thresholds are approached.

Platform Compatibility and Chipset Integration

The Intel SRPLW Xeon 6325P CPU is designed for compatibility with the latest Intel C620A and C621A chipset motherboards, which offer robust I/O support and integrated security features. This includes support for:

• PCIe Gen4 lanes for ultra-fast data throughput with storage and GPUs
• DDR4 ECC memory with speeds up to 3200 MT/s for maximum reliability
• Intel Volume Management Device (Intel VMD) for improved NVMe SSD management
• Platform Firmware Resilience (PFR) for advanced root-of-trust security architecture

Scalability and Future-Proofing

The 6325P supports up to two-socket configurations, allowing flexibility for expanding compute density as application demand grows. It is a forward-compatible investment for businesses building modular systems or exploring hybrid cloud environments that require local compute acceleration.

Security Capabilities

Built-In Hardware Security

Security is embedded directly into the hardware of the Xeon 6325P with features like:

• Intel SGX – Establishes isolated memory regions for secure application execution
• Total Memory Encryption (TME) – Encrypts all data stored in system memory
• Boot Guard and BIOS Guard – Protects against unauthorized firmware updates
• Trusted Execution Technology (TXT) – Ensures that system launches into a known, trusted state

Security in Virtualized Environments

For cloud infrastructure, hypervisors, and containerized applications, the Xeon 6325P offers advanced virtualization support through:

• Intel VT-x and VT-d – Virtualization of CPU and directed I/O for enhanced isolation
• Mode-Based Execution Control (MBEC) – Helps enforce security boundaries within VMs
• EPT (Extended Page Tables) – Optimizes memory management for hypervisors

Thermal and Mechanical Footprint

The Intel SRPLW Xeon 6325P conforms to standard LGA4189 socket configurations and supports both passive and active cooling solutions depending on deployment conditions. With thermal throttling and adaptive boost technologies, system integrators can ensure consistent CPU performance even under challenging environmental loads.

Ideal for Compact and Low-Noise Systems

Thanks to its low power draw and reduced heat output, the 6325P is perfect for OEM manufacturers building rack-dense systems or low-noise edge computing deployments. The processor can be easily cooled with lower-RPM fans or compact heatsinks, contributing to reduced acoustic and thermal profiles.

Enterprise-Grade Reliability and Lifecycle Management

Backed by Intel’s extensive validation and lifecycle commitment, the Xeon 6325P is built to operate 24/7 under mission-critical conditions. It supports error-correcting memory, long-term platform availability, and remote manageability tools such as:

• Intel AMT (Active Management Technology) – Remote system health monitoring and recovery
• Intel RAS (Reliability, Availability, Serviceability) features – Improve platform stability and reduce downtime
• Firmware Integrity Monitoring – Helps identify BIOS and firmware tampering attempts