Infrastructure methods are being pushed to a breaking level. Information is rising exponentially. Workloads have gotten extra distributed. And organizations count on constant efficiency no matter the place functions run. But many are nonetheless counting on fragmented storage architectures that had been by no means designed for this actuality.
At Cisco, this isn’t a brand new problem. We’ve lengthy centered on driving IT effectivity by breaking down silos by way of improvements like unified materials and unified communications, serving to organizations simplify infrastructure and free IT groups to deal with strategic innovation reasonably than managing infrastructure sprawl.
That very same method now extends to knowledge. Clients are transferring towards unified platforms that may help numerous workloads throughout file and object, whereas scaling seamlessly and simplifying operations.
That’s precisely the place Cisco Unified Computing System™ (Cisco UCS®), mixed with Qumulo, delivers worth.
Higher Collectively: Cisco UCS and Qumulo
Cisco UCS rack servers present the muse for contemporary, data-intensive environments, bringing collectively compute, storage, and networking right into a cohesive, high-performance platform.
With the most recent Cisco UCS M8 rack servers, organizations profit from:
- Excessive-performance compute at scale, powered by next-generation AMD and Intel processors, enabling demanding workloads to run with constant efficiency, even underneath peak circumstances
- Versatile, high-speed storage choices, together with NVMe, to help low-latency, high-throughput knowledge entry
- Built-in, cloud-based administration with Cisco Intersight, enabling policy-driven automation, constant configuration, and simplified lifecycle administration throughout environments
This creates a sturdy and scalable infrastructure layer that’s purpose-built for contemporary workloads.
Qumulo builds on high of this basis by including a contemporary knowledge platform that unifies and optimizes how knowledge is saved, accessed, and managed. It permits:
- Multi-protocol entry, reminiscent of NFS, SMB, and S3, supporting every thing from AI pipelines, enterprise functions, and consumer knowledge to backup, archival, and cloud-native workloads
- A single, scalable knowledge answer, the place knowledge can develop seamlessly with out requiring migrations or re-architecture, even when bursting to, or leveraging analytics in, the cloud
- Actual-time visibility into knowledge utilization and efficiency, giving IT groups the perception wanted to optimize capability and proactively handle environments
- Geographically distributed groups to collaborate with out delays, replication, or model conflicts throughout knowledge facilities, edge places, and even the cloud, utilizing Qumulo’s Cloud Information Material with clever AI-driven caching
- All flash-like efficiency utilizing high-capacity HDD primarily based configurations inside Cisco UCS, enabling organizations to keep away from rising flash prices whereas nonetheless delivering large efficiency at a considerably decrease price than all flash techniques
Collectively, Cisco UCS and Qumulo permit organizations to maneuver past conventional storage constraints. They will consolidate file and object knowledge onto a single platform, scale compute and storage independently, and function their infrastructure with far better effectivity, whereas sustaining the efficiency and reliability anticipated from Cisco UCS.
From Structure to Actuality: What We Validated
To maneuver past structure and into real-world validation, Cisco and Qumulo examined this answer in a production-relevant deployment.
The whitepaper focuses on deploying the Qumulo Information Platform on Cisco UCS M8 rack servers to ship scalable, high-performance storage for contemporary workloads.
Right here’s what was validated:
- Finish-to-end deployment on Cisco UCS
Qumulo was deployed on UCS C240 M8 servers, leveraging high-density compute, reminiscence, and NVMe storage to help data-intensive environments - Scalable, high-performance structure on Cisco infrastructure
A clustered design was deployed utilizing Cisco UCS and Nexus networking with 200Gb connectivity, delivering low-latency, high-bandwidth efficiency and built-in redundancy whereas enabling linear scalability as demand grows
- Multi-protocol knowledge companies for enterprise workloads
The platform was examined to ship file companies over NFS and SMB, offering a versatile basis for a variety of utility and knowledge entry necessities
- Centralized, policy-driven operations with Cisco Intersight
Infrastructure lifecycle administration, provisioning, and configuration had been managed by way of Cisco Intersight, demonstrating simplified, constant, and scalable operations throughout the setting
The important thing takeaway:
This can be a confirmed, deployable structure.
Why This Issues for Clients
When clients undertake this answer, the influence goes past efficiency.
They will:
- Cut back whole price of possession by consolidating file and object storage silos
- Enhance utilization and collaboration with a scalable, unified, shared knowledge platform throughout datacenters, edge, and cloud
- Speed up deployments with a standardized UCS-based structure
- Simplify operations by way of centralized administration and real-time visibility with Cisco Intersight
Most significantly, they acquire a platform that may help a number of workloads with out redesigning infrastructure each time necessities change. This, in flip, permits their IT groups to refocus on innovation and enterprise outcomes, reasonably than managing day-to-day infrastructure complexity.
The Backside Line
The way forward for infrastructure isn’t about including extra techniques, it’s about constructing the appropriate platform.
Cisco UCS supplies that platform.
Qumulo extends it to any knowledge, any workload, anyplace throughout file and object.
Collectively, they permit organizations to maneuver from fragmented environments to a unified, scalable, and environment friendly knowledge structure, prepared for no matter comes subsequent.
Discover the Full Answer
If you happen to’re trying to see how this structure comes collectively in observe, take a look at the complete whitepaper:
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