Description
Product Overview of the Intel 25MB Processor
The Intel SR19Y Xeon E5-2650lv2 processor is a powerhouse engineered for high-performance server applications, boasting impressive specifications like a 10-core architecture, 1.70GHz clock speed, and advanced cache technology. This guide aims to demystify its technical specifications, functionalities, and applications in simple language.
Understanding the Basics
Before delving into specifics, let’s establish a foundational understanding of the key components and functionalities of the Intel SR19Y Xeon E5-2650lv2 10 Core processor:
Intel SR19Y Xeon E5-2650lv2 Overview
The Intel SR19Y Xeon E5-2650lv2 processor is designed for server systems, featuring a 10-core architecture to handle demanding workloads in data centers and enterprise environments.
Clock Speed and Core Count
With a clock speed of 1.70GHz, this processor houses 10 cores, allowing for parallel processing and efficient multitasking capabilities.
Cache and Interconnect Technology
The processor incorporates a 25MB Layer 3 (L3) cache and operates on a 7.2GT/s Quick Path Interconnect (QPI), facilitating rapid data access and transfer between cores.
Key Features of Intel SR19Y Xeon E5-2650lv2
Let’s explore the standout features that define the Intel SR19Y Xeon E5-2650lv2 processor, highlighting its technological advancements and performance capabilities:
High Core Count for Multitasking
With its 10-core design, the processor allows for efficient multitasking, enabling simultaneous execution of multiple tasks without compromising performance.
Optimized Cache Technology
The 25MB Layer 3 (L3) cache enhances data access speeds, allowing for quicker retrieval of frequently used data and instructions.
Quick Path Interconnect (QPI)
The 7.2GT/s QPI technology ensures rapid data transfer rates between processor cores, promoting efficient communication within the processor.
Energy-Efficient Design
Operating at 70 watts (70w), this processor maintains a balance between performance and power efficiency, crucial for data center environments.
Technical Specifications
Understanding the technical aspects of the Intel SR19Y Xeon E5-2650lv2 processor sheds light on its capabilities and performance metrics:
Clock Speed and Core Count
The processor operates at a clock speed of 1.70GHz and houses 10 cores, offering substantial processing power for demanding tasks.
Cache Size and Interconnect Speed
Featuring a 25MB Layer 3 (L3) cache and operating on a 7.2GT/s Quick Path Interconnect (QPI), this processor ensures efficient data access and transfer rates.
Socket and Manufacturing Process
Designed for Socket FCLGA-2011, this processor is manufactured using a 22nm process technology, ensuring optimized performance and energy efficiency.
Applications and Use Cases
The Intel SR19Y Xeon E5-2650lv2 processor finds application across various scenarios due to its high core count, cache size, and energy-efficient design. Here are notable use cases:
Enterprise Servers
In enterprise-grade server environments, this processor powers critical applications, databases, and virtualization platforms, ensuring efficient performance.
Data Center Applications
Within data centers, this processor facilitates seamless data processing, handling large datasets, and supporting mission-critical operations.
Scientific Computing and Research
For scientific simulations, research endeavors, or engineering applications, the processor’s high core count and cache optimize computational tasks.
General Information about this Intel SR19Y
- Manufacturer: Intel
- Model Number or SKU# SR19Y
- Product Type: Server Processor
- Product Model: E5-2650Lv2
Technical Specifications
- Processor Core: 10 cores
- Clock Speed: 1.70GHz
- QPI Speed: 7.2GT/s
- Instruction Set: 64-bit
Cache Memory Details
- L3 Cache: 25MB
Additional Details
- Lithography: 22nm
- Max Thermal Design Power (TDP): 70W
- Compatible Processor Socket: FCLGA-2011
In summary, the Intel SR19Y Xeon E5-2650lv2 processor stands as a formidable solution for high-performance server applications, offering a balance between core count, cache size, and power efficiency. Understanding its features, applications, and best practices empowers enterprises to leverage its capabilities effectively for robust server deployments and computational tasks.
