Cisco Compute Hyperconverged X-Collection System with Nutanix

Cisco Compute Hyperconverged X-Collection System with Nutanix


Within the earlier blogs on this sequence, we coated the distinctive imaginative and prescient and technique behind the Cisco and Nutanix partnership and a few key outcomes of the co-engineering efforts behind our two corporations. On this weblog, I’ll spotlight our newest innovation: the brand new Cisco Compute Hyperconverged X-Collection System with Nutanix, the business’s first Nutanix HCI resolution to make use of a modular blade structure. It’s engineered to simplify IT infrastructure and operations to deal with the fast-changing necessities of IT, together with the emergence of latest apps like generative AI and the rising significance of computing on the edge.

This hyperconverged resolution brings collectively the very best of each worlds: the operational simplicity of the Nutanix Cloud Platform and the pliability and effectivity of the Cisco UCS X-Collection Modular System. Now, organizations can deploy, scale, and improve their hyperconverged clusters with ease—all whereas constructing a extra sustainable and future-ready IT infrastructure. We additionally provide a Cisco Compute Hyperconverged X-Collection Direct possibility that’s good for distant branches, regional places of work, and small-to-medium information heart use instances. Cisco UCS X-Collection Direct transforms the Cisco Compute Hyperconverged X-Collection System right into a self-contained system with a pair of built-in cloth interconnects and as much as eight server nodes.

Since its introduction, the UCS X-Collection has redefined and established new requirements for blade computing architectures. UCS X-Collection permits a extremely modular, fabric-based strategy that separates compute, storage, and enter/output assets into modular items, permitting impartial scaling and upgrades of every element. This ensures optimum useful resource utilization and eliminates the necessity to overprovision for hyperconverged infrastructure.

The UCS X-Collection is designed with a give attention to funding safety and innovation to accommodate next-gen and next-trend capabilities. The modular structure simplifies enlargement and upgrades, defending our clients’ funding into these platforms for the subsequent decade and past—whilst their very own enterprise and expertise wants evolve. The Cisco Compute Hyperconverged X-Collection System helps GPU acceleration utilizing the UCS X-series Gen4 PCIe module, making it adaptable to various workloads reminiscent of synthetic intelligence, digital desktop infrastructure, and high-performance computing, in addition to quite a lot of general-purpose computing use instances.

When it comes to administration, the answer makes use of each Cisco Intersight and Nutanix Prism Central to deploy and handle a hyperconverged setting. Our engineers have built-in these instruments by APIs, establishing a joint cloud-operating mannequin. Deployment is orchestrated by Nutanix Prism Central utilizing Cisco Intersight insurance policies, so you may deploy hyperconverged clusters in any location with cookie-cutter design.

Cisco and Nutanix logos, and an image of Cisco UCS X9508 Chassis
Cisco Compute Hyperconverged X-Collection System

 

Use instances that redefine hyperconverged infrastructure

Cisco Compute Hyperconverged X-Collection System clients profit from capabilities like unified visibility, management, and automation, simplifying deployment and administration. This allows key use instances, together with:

Zero-touch deployment: On this joint cloud-operating mannequin, Cisco Intersight deploys, manages, and displays the bodily infrastructure whereas Nutanix Prism Central manages the hyperconverged setting. All the deployment is orchestrated by Nutanix Prism Central utilizing Cisco Intersight insurance policies to permit the deployment of hyperconverged clusters in any location with cookie-cutter repeatability. This simplifies the general operations of the hyperconverged infrastructure (HCI) setting and reduces the necessity for specialised IT abilities. As soon as the chassis is racked and linked to the community, bare-metal firmware and working system set up are a part of automated processes for quick and correct deployment.

Easy scaling and GPU acceleration: As soon as an X-Collection cluster is in place, scaling is so simple as inserting nodes into the chassis. With UCS X-Collection Direct, it’s like having an eight-node cluster in a field, with east-west community site visitors concentrated throughout the chassis, enhancing efficiency and lowering the necessity for added community infrastructure. NVIDIA GPU assist permits the Cisco Compute Hyperconverged X-Collection System to host conventional enterprise apps reminiscent of VDI and SQL, in addition to AI workloads, on the identical platform.

Designed for extra sustainable and environment friendly operations: We’ve designed this resolution with sustainability in thoughts. It options energy-efficient parts and a modular structure that may cut back waste. Migrating to the UCS X-Collection can lead to vital reductions in energy and cooling prices and cabling in comparison with conventional rack servers—particularly over a number of generations.

This will help enterprises cut back their carbon footprint and meet their sustainability targets, as acknowledged by the SEAL Sustainable Product award and the Silverlinings Greatest Cloud Sustainability Initiative award. These distinctions spotlight our dedication to designing and constructing merchandise that cut back environmental influence and contribute to a extra sustainable future for information facilities.

Uncompromising efficiency: Maybe most significantly, we obtain all of this with out compromising efficiency, even for essentially the most demanding workloads. This consists of assist for the most recent 4th and fifth Gen Intel® Xeon® scalable processors and assist for double information charge 5 (DDR5) reminiscence, which supplies sooner information switch charges and elevated bandwidth. Moreover, the high-density native storage capabilities of the UCS X-Collection allow clients to completely deploy the Nutanix Cloud Platform—comprising the Acropolis Working System (AOS) storage stack, Acropolis Hypervisor (AHV), and Nutanix Cloud Supervisor (NCM) for self-service operations, chargeback, automation, and different companies. This innovation provides a simplified, high-performance HCI resolution that’s tailored for the density and compute energy of blade environments.

Availability info and extra

We’re excited to announce the supply of the Nutanix software program supporting X-Collection with Intersight Managed Mode. For extra particulars, please go to:

Share:

Leave a Reply

Your email address will not be published. Required fields are marked *