The HPE XL1x0r Gen10 Xeon-G 6132 FIO Kit is the right investment for businesses requiring powerful server capabilities. With Intel’s reputable Xeon-G 6132 processor, the kit offers a 14-core CPU with a base clock speed of 2.6GHz, which can be turbo boosted up to 3.7GHz. This results in outstanding multitasking and handling of demanding workloads, critical for high-performance computing environments.
For data centers or enterprise systems where uptime and reliability are non-negotiable, the HPE XL1x0r Gen10 upgrade kit represents a wise choice. Its compatibility with HPE Gen10 servers ensures seamless integration, while FIO, or Factory Integrated Options, signify a tailored solution designed to meet specific business needs, directly from the manufacturer.
Investing in this FIO Kit also translates to future-proofing your infrastructure. As businesses grow and data demands increase, the scalability provided by the Xeon-G 6132 aids in expanding capabilities without the need for complete system overhauls. The architecture is crafted to support virtualization, cloud computing, and a variety of complex applications, underscoring its versatility.
Moreover, the use of this kit within HPE servers provides end-to-end HPE support, reassuring customers that any potential issues can be handled efficiently by experts trained for the specific hardware in use. The installation of the kit is straightforward for IT teams, minimizing downtime and maximizing productivity.
In summary, the 880669-L21 – HPE XL1x0r Gen10 Xeon-G 6132 FIO Kit brings a combination of performance, compatibility, and future-proof technology together, making it an essential upgrade for systems demanding robust processing and reliability. The provision of improved performance with minimal disruption ensures that businesses maintain a competitive edge with their IT infrastructure.
HPE XL1x0r Gen10 Xeon-G 6132 FIO Kit
Affordability and Quality with Northland Systems
When investing in the 880669-L21 – HPE XL1x0r Gen10 Xeon-G 6132 FIO Kit, you choose a product where affordability meets quality. Northland Systems stands out with wholesale prices paired with a 100% Low Price Guarantee, ensuring you receive the best value without any compromise on the product’s quality. This HPE Server Processor is the pinnacle of performance and reliability, ideal for your server environment.
Complimentary Expert Support
With every purchase, including the HPE Apollo Servers Processors, you gain access to Northland’s free expert CCIE technical support. This service spans various communication channels, providing you with premium, professional guidance without an additional financial burden.
Secure and Convenient Purchasing
The integrity and ease of your transactions are paramount. Northland Systems facilitates this with secure payment options and flexible shipping, all under the banner of trusted certifications like McAfee Secure and VeriSign Secured.
Guaranteed Authenticity and Top Condition
Northland ensures that all HPE Server Processors, including the 880669-L21, are genuine, authenticated, and available in “New Sealed” or “Used/Refurbished” conditions. Each product undergoes thorough testing by Cisco-certified engineers, ensuring robust reliability.
Customer Trust and Satisfaction
When selecting Servers > HPE Servers from Northland, your purchase is safeguarded by a 100% Money Back Guarantee. This reaffirms the confidence and trust you can place in both the quality of the product and the customer service.
Reputable Discounts and Long-standing Expertise
Northland’s reputation has been growing since 1997, and that longevity comes with substantial discounts on products like Servers > HPE Servers > HPE Server Processors. Rely on Northland not only for financial benefits but also for their deep-rooted expertise in network equipment and technical support.
Pre-owned Hardware Benefits
Choosing pre-owned hardware, such as HPE Apollo Servers Processors, brings numerous advantages: significant cost savings, quicker delivery, comprehensive warranty coverage, environmental sustainability, and the availability of legacy parts for long-term operational stability.
