Oracle 7357723 SUN Oracle 7357723 16-Core 3.6GHz Processor Module Assembly for T5-4/T5-87056873 / 7303729 / 7340498 / 7357721 / 7357723 / 8212889 Oracle 7357723 Technical Details: Brand: Oracle Part Number: 7357723 Condition: Used R2v3 Cosmetic Code: Used Good R2v3 Functional Code: F4 Fully Tested R2v3 Controlled Status: Controlled R2v3 Data Sanitization: Non-Data Device Why Choose Oracle 7357723? The Oracle 7357723 16-Core 3.6GHz Processor Module Assembly distinguishes itself with its superior processing power tailored for demanding enterprise environments. Its 16-core configuration enables efficient multitasking, making it ideal for high-performance computing tasks and data-intensive applications. Operating at a robust 3.6GHz, this processor module ensures rapid data processing and enhances the overall performance of complex computational tasks. This makes it particularly suitable for businesses that require reliability and speed for mission-critical operations. The Oracle processor module also integrates seamlessly into Oracle systems, offering optimized compatibility and performance. Its advanced architecture supports improved energy efficiency, reducing operational costs while maintaining peak performance. Key Features of Oracle 7357723 Processors / CPUs High Performance: The Oracle 7357723 processor module features a robust 16-core design clocked at 3.6GHz, ensuring fast and efficient data processing for demanding applications. Enhanced Multitasking: With 16 cores, this processor allows for seamless multitasking, enabling users to run multiple applications simultaneously without sacrificing performance. Scalability: This module is designed to integrate effortlessly into existing Oracle systems, providing scalability to meet growing business demands. Energy Efficiency: The processor's advanced architecture is optimized for energy efficiency, reducing power consumption while maintaining high performance, which translates into cost savings. Reliability: Built with durable components, the Oracle 7357723 ensures high reliability, making it ideal for mission-critical environments where uptime is essential. Each of these features contributes to the overall value, making it a strong choice for users seeking powerful, efficient processing solutions. Reliability & Quality Assurance The Oracle 7357723 16-Core 3.6GHz Processor Module Assembly exemplifies exceptional durability and reliability, making it a solid choice for demanding applications. With rigorous testing standards in place, each unit undergoes a thorough �triple-testing� process. It is field tested, evaluated upon receipt, and subjected to a final check before shipment. This comprehensive quality assurance process ensures that every product meets high-performance standards. Since its inception in 1995, our commitment to delivering top-tier reliability remains unwavering. Customers can trust that this processor module assembly is built to last, backed by quality control measures designed to enhance performance and longevity, ensuring a dependable investment for your technology needs. Why Buy Oracle hardware from Alta Technologies? With over 1.3 million systems and parts in stock, Alta offers unparalleled inventory selection and expertise. Our dedicated Oracle product team, led by Joe Marston, provides expert testing and exceptional support. We offer competitive bulk discounts, fast same-day shipping, and even buy-back options for your Servers and Processors / CPUs equipment. The Oracle 7357723 16-Core 3.6GHz Processor Module Assembly is designed to enhance your computing performance with its robust 16-core processing power, running at a swift 3.6GHz. This high-performance processor module is ideal for demanding applications, offering increased efficiency and smooth multitasking capabilities. Upgrade your system with this reliable processor to experience improved data processing and reduced latency. To elevate your computing setup, contact our team for more information or to request a quote. Contact information: Joe Marston Oracle Product Manager Phone: 763.475.5369 Email: [email protected]
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