Moving Beyond Legacy Digital Infrastructure
The information infrastructure to rise of profound changes over the last decade, with the move to the cloud and new paradigms of development of logistics. But the physical infrastructure itself (computing, storage, connectivity) must also change radically to support the new reality. The centers of data, which are on the cloud or on the site, are all about the problems of space, density, complexity and agility.
We need new approaches, with designs offering better evolved and a reduced complexity, both for simplified operations and to support higher levels of automation.
A/BOX the future with Cisco UCS X-Series
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What next-generation digital infrastructure should be offered
The informative infrastructure for current events and future requests. A new approach to flexibility is necessary to offer agility and speed that the organizations need. The physical design must integrate the best capabilities of rack and blade infrastructure into a single offering, without having to choose more. It must be fully modular, requiring a “midplane-less” design which imposes cabling limitations on how the infrastructure can be modified.
The physical infrastructure must also be scalable, capable of integrating new CPUs, GPUs, connectivity options, storage and physical interfaces as they are released. The technologies of components evolve rapidly. For example, the 3rd generation Intel® Xeon® Scalable processors are available at the discretion of the IA and HPC capabilities, which feed into demanding labor charges. In the future, new features will become available for the informative service you will use.
Another goal of the updated infrastructure is to ensure that it is effective in terms of space and energy, with simple physical connections. The problem exists after the decade, but the rest of the content has much to do and the demand for supplementary infrastructures, which is located on the cloud or on the site, the exacerbation.
Build a hybrid cloud infrastructure for the next decade
The organizations put in work of hybrids environments gain a competitive advantage in offering a diversified mixture of applications at the largest level. Watch this report to learn about the future of modern infrastructure and operational efficiency optimized for the evolutionary processors Cisco UCS X-Series Intel® Xeon® and Intel® Xeon® of 3rd generation.
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The Cisco UCS X-Series modular system offers a future-ready digital infrastructure
Cisco has integrated all its key design points, and also of authors, into its new offering of products, the Cisco UCS X-Series chassis. This modular design offers the best designs of slats and frames in a factor of unique and coherent form. Unlike older blade designs, UCS X-Series offers the calculation numbers with various options of storage and availability of rack, as long as the possibility of adjusting the non-informative names, with the possibility of saving them rack calculation systems.
Cisco UCS X-Series is 100% modular in design, offering a new level of flexibility. This flexibility makes it possible to better support new and demanding workloads, enable workload mobility, add capacity and integrate new technologies. Some of the most important examples of improved flexibility in Cisco UCS X-Series are:
• Enhanced and expanded local storage - Up to 6 disks can be configured on a single compute and can knot including NVMe and SATA disks. It is also possible to enjoy storage closer to the computing resource, where it is needed.
• Ability to easily add new processors: new processors offer new levels of computing density, even if the possibility of adding current processors is that the Intel® Xeon® processors of the 3rd generation, in addition to the future of Xeon when they arrive. Read More beinghealthylife
• Prize in charge of PCIe current and future generations: PCIe is a critical interconnection standard. With the UCS X-Series redesigned, compatibility with current and future versions of PCIe is possible.
• Prize in charge of GPU several - A seoul number of calculations will start in charge of GPU several and GPU supplementation with a transparent handle. This provides more latitude and flexibility at a time when more workloads require this type of resource
