Name: SRVEY Intel Xeon 6741P 48-Core 2.5GHz 288MB L3 Cache Socket FCLGA4710 Processor
Brand: Intel
SKU: SRVEY
Price: 4849.00 USD
Availability: InStock
Rating: 4.8 (119 reviews)

Product Overview
The Intel Xeon 6741P is a 48-core processor aimed at high-end servers and workstations. It delivers robust multi-threaded performance and large cache capacity, making it suitable for environments that demand reliability and speed in handling complex computational tasks.

General Information
Brand	Intel
Part Number	SRVEY

Technical Information
Total Threads	96
Base Clock Speed	2.5 GHz
PCIe Version	PCIe 5.0
Lithography	10 nm
Socket Type	LGA 4710
Cache	288 MB

Memory Specifications
Memory Types	DDR5
Max Memory Channels	8

Physical Characteristics
Weight	3.00
Condition	Refurbished

Miscellaneous
Eco Friendly	Yes

Product Description
The Intel Xeon 6741P is a powerhouse CPU built for demanding workloads that require intensive processing capabilities. It’s often found in servers and workstations that handle complex data analysis, virtualization, and large-scale simulations. Professionals working in data centers, scientific research, and enterprise environments typically benefit from this processor’s architecture. Key Features High core count allowing simultaneous multi-threading across 48 cores Large L3 cache reducing data access latency for faster processing Optimized energy efficiency for sustained workloads Supports modern server technologies and memory standards Reliable performance in multi-user and multi-application environments This processor is commonly deployed in enterprise servers and cloud infrastructure, where handling multiple tasks without lag is crucial. It plays a central role in supporting virtualization and heavy compute tasks, ensuring smooth operation of critical applications.

Use Cases
The Intel Xeon 6741P processor is designed for demanding server and workstation environments where high core counts and large cache sizes are critical. It is ideal for organizations that require intensive multi-threaded workloads and consistent performance across complex computational tasks. How It's Used: Deployment in enterprise data centers running large-scale virtualization and containerized applications. Used by scientific research facilities for high-performance computing simulations and modeling. Integration into storage clusters requiring low latency and high throughput for big data analytics. Support for financial institutions running real-time risk analysis and transaction processing. Implementation in media production studios for rendering and video encoding workloads. Utilization in cloud service providers' hardware to deliver scalable compute instances for diverse client applications. This processor supports operational efficiency by enabling servers to handle multiple concurrent tasks with reduced bottlenecks. Its scalability and performance allow IT infrastructure to meet evolving workload demands without compromising reliability.