The AMD OSA265FAA6CB is an Opteron series processor designed for server and workstation applications. This processor aims to provide a balance of performance and power efficiency, suitable for a variety of computing tasks.

Applications

• Server applications for small and medium-sized businesses
• High-performance workstations for content creation and engineering
• Virtualization environments
• Database servers
• Web servers

Features

• Opteron architecture
• Dual-core processing capability
• Integrated memory controller
• HyperTransport technology
• Socket 940 compatibility

Benefits

• Improved multitasking performance with dual cores
• Reduced memory latency due to the integrated memory controller
• Enhanced system responsiveness through HyperTransport technology
• Optimized power consumption for energy efficiency
• Increased reliability for demanding workloads

Additional Details

The AMD OSA265FAA6CB processor features dual-core architecture, enabling it to handle multiple tasks simultaneously with greater efficiency. The integrated memory controller minimizes memory latency, leading to faster data access and improved overall system responsiveness. HyperTransport technology facilitates high-speed communication between the processor and other system components, further enhancing performance. This processor is designed to fit Socket 940 motherboards, ensuring compatibility with a wide range of server and workstation platforms.

The Opteron series is known for its balanced approach to performance and power efficiency, making the OSA265FAA6CB a suitable choice for environments where energy consumption is a concern. Its dual-core design allows it to handle demanding workloads with greater ease, making it ideal for virtualization, database servers, and web servers. While the exact clock speed, cache size, and TDP (Thermal Design Power) may vary depending on the specific model, the OSA265FAA6CB is engineered to deliver reliable performance under heavy loads. Its dual-core architecture and optimized memory management contribute to improved multitasking capabilities and overall system stability. The processor is designed to provide a stable and efficient computing platform for a variety of server and workstation applications.