More efficient talk about Intel and SuSE Data Center solutions

"Tenkine Server channel December 7 News" IT departments are facing a growing demand for business, while at the same time meeting the need to continuously improve cost-effectiveness. To meet these challenges, information architects and network administrators need to adopt the industry's newest, most powerful technology, and the solutions from Intel and SuSE are a good example of the perfect combination of wisdom and power, making all the problems work.

Today, the Intel Xeon E5 series processor is the most advanced platform for ever dual-processor servers, with SUSE Linux Enterprise server Service Pack 2 (SP2) achieving ultra-high levels of integration and mutual optimization. The Solution Building module provides a perfect foundation for data centers to do more with less.

Xeon E5 provides stronger drivers for data centers

As businesses and the entire computing world continue to expand, a rapid influx of new users, equipment and data will continue to accelerate the demand for performance. Intel's innovation in the server sector is critical to building high-performance, high-performing data centers, as it will be its main performance output engine and the core of the efficient and stable operation of the entire data center.

The Intel Xeon E5 series processors are an important step forward for mainstream servers that are designed to run everything from standard applications to the leading cloud infrastructure. Compared with previous products, this platform provides two execution cores, increases 8 MB cache and supports more than 2.6 times system memory over the previous generation.

The E5 is Intel's first CPU optimized for energy-efficient data centers, with two 32-bit-wide ultra-high speed ring buses, which surround eight sandy bridge cores in the opposite direction and connect them to the cache. The E5 series is also the first integrated I/O server processor chip, which reduces latency by 30% and provides more than three times times the throughput of the PCI Express 3.0 portfolio.

The platform also incorporates a new generation of Intel Core-frequency acceleration technology, through the core-frequency acceleration technology, as well as Intel Hyper-Threading Technology, Intel Express Channel Interconnection Technology (Intel®quickpath Marvell) and other intelligent innovation technology, Xeon processor to provide the server with strong performance, To meet the needs of various software environments.

At the same time, intelligent computing features such as Intel's Intelligent Energy-saving technology provide the power needed to run the critical workload when needed, conserve electricity when it is not needed, and match the core-frequency acceleration technology, enabling the processor to operate at higher frequencies, Increasing execution speed on demand provides strong intelligent performance and flexibility to meet current and future cloud computing data center requirements.

SUSE Linux and Xeon E5 constitute an excellent enterprise platform

Intel and SUSE Linux Enterprise developers have been working closely to ensure that the technical component modules of both sides collaborate seamlessly to provide the best products for IT organizations and other users who depend on them. Both focus on standards and deep support for open source resources shared by relevant hardware and software engineers that ensure good interoperability and build a platform that the computing industry can rely on for the most difficult tasks.

Now, with the latest SuSE Linux Enterprise Server SP2 and the superior Xeon E5 series processor, it can form an excellent computing platform to manage an increasingly large data center in the most cost-effective manner.

The main features of SUSE Linux Enterprise SP2 include upgraded Linux kernels, enhanced file system support, and expanded virtualization capabilities. SP2 is designed for good linkage with the most extensive virtualization capabilities; by leveraging the Linux 3.0 kernel, SP2 can best utilize the latest features of the Xeon E5 series processor to provide optimal performance and customer-expected reliability.

In addition to the basic performance of the Intel Xeon E5 series processor and SUSE Linux Enterprise Server11 SP2, the platform provides a set of advanced technologies that make the overall system more flexible and efficient. For example, the Intel Advanced Encryption Standard new directive provides greater performance expansion space, which speeds up encryption to help avoid performance losses that typically result from the overhead of a large number of cryptographic operations. Intel's trusted execution technology further enhances security, including cloud security. This technology ensures that only trusted applications exist before booting, and that information can be shared across the environment by remote proof.

With strong support for Low-power state, energy configuration, and other extraordinary features of the Linux kernel and hardware platform, SUSE Linux Enterprise Server has further the flexibility and efficiency of the Intel Xeon E5 series processors. To increase the flexibility of storage resources and provide greater innovation space, SUSE Linux enterpriseserver SP2 supports users using an NFS (Network file system) Exchange and Ethernet Fibre Channel (FCoE) based on IP protocol, Transfer storage traffic and manage traffic with a shared Ethernet connection. Finally, the advanced resource management function can centralize and control the hardware resources.

Respond to fast-growing demand in a cost-effective manner

To truly measure an enterprise solution, we must examine its ability to meet budget requirements or budget savings throughout the lifecycle of hardware and software. The Intel Xeon E5 series processors and SUSE Linux Enterprise Server SP2 are perfectly represented in this area, with innovative features and features that help users to control costs well.

Revenue from total cost of ownership (TCO) can help IT departments meet overall business needs and create better financial performance. As shown in the "Economic efficiency" feature table, the Intel Xeon E5 series processors contain industry-leading hardware-saving features that enable finance and IT to collectively recognize the overall success of the platform for the company.

SUSE Linux Enterprise Server has carefully designed a number of features to help control TCO. In addition to the energy efficiency aspects that have been discussed, management tools also help reduce operational costs by simplifying server deployment and management, saving time and supporting resources. Thanks to the rich built-in virtualization of kernel based virtual machines (KVM) or Xen, as well as commercial support for virtualized environments, SUSE Linux Enterprise server can be kept running smoothly, both for ordinary application servers, private clouds, and some application portfolios.

The licensing policy allows for an unlimited number of virtual machines per server, which is ideal for the extremely high-performance expansion space that the Intel Xeon E5 series processors and SUSE Linux Enterprise server SP2 bring. The platform includes many advanced technical features and capabilities to help companies meet key and evolving business needs while saving overall costs.

For more than 20 years, Intel and SuSE have been cooperating to deliver solutions that are based on open standards and have improved performance, reliability, efficiency, and security for virtualization, cloud, and critical business applications supported by Xeon processors. Intel's extensive contribution to open source has enabled Linux to continually improve performance, stability, and efficiency. Today, SUSE Linux Enterprise Server SP2 again utilizes the progress of the Xeon E5 to achieve ultra-high levels of integration and mutual optimization, providing a perfect foundation for the data center to do more work with less resources.