10/2/2023 0 Comments Nimble storage arraysWe were seeing all-flash performance without the corresponding expense. “Frankly, I’ve never seen any other vendor deliver the kind of performance that Nimble does with the same set of hardware. ![]() “We replaced half a rack of our previous storage with only 9U of Nimble,” said Balter. LANDesk Reduces Data Centre Footprint and Obtains All-flash Performance With a forlklift upgrade of LANDesk’s legacy storage infrastructure looming, senior system administrator Jeremy Balter sought out a new, rapidly deployable high-performance storage system that offered much greater longevity. I still don’t understand how Nimble made it so easy!” “We are really impressed with how smoothly we were able to deploy the Fibre Channel-enabled Nimble array- the discovery, the configuration of the array. “Not only did Nimble deliver the additional performance demanded by our VM environment, we were able to set it up in a third of the time we spent setting up our current storage,” said senior systems architect Jaime Huizar. Power Integrations Consolidates Oracle and Virtual Servers onto Nimble Array For Power Integrations, a leading supplier of high-voltage ICs designed for energy-efficient power supplies, Nimble’s new Fibre Channel-enabled arrays offer a faster path to consolidating the company’s mix of business-critical applications, including Oracle and virtual servers, off its legacy storage infrastructure. Customers reported high levels of satisfaction with the ease of deployment and ability to consolidate a broad range of enterprise applications and workloads, all within a single efficient and compact platform. To effectively test and validate the expanded protocol support in real world environments, Nimble initiated and completed a formal beta programme with more than 40 enterprises which resulted in customers purchasing and deploying Fibre Channel-based arrays in production environments. Nimble’s unique scale-to-fit architecture is purpose-built to scale storage performance and capacity in line with workload requirements and InfoSight, the company’s powerful and intuitive cloud-based management and analytics engine, provides the proactive insight required to scale application environments in an informed, intelligent manner.Ĭustomers Successfully Deploy Nimble Fibre Channel-based Arrays The recently introduced Nimble CS300, CS500 and CS700 series arrays now offer both iSCSI and Fibre Channel protocol support. The Nimble Adaptive Flash platform addresses this challenge by effectively consolidating enterprise workloads onto a single storage array. To maintain compliance with SLAs, enterprise IT organisations have provisioned storage in alignment with the unique performance and capacity requirements of individual workloads, exacerbating storage silo sprawl, increasing cost and complexity and exposing the business to risk. Leveraging a combination of increased shelf count, denser Hard Disk Drives (HDDs) and denser Solid State Drives (SSDs), Nimble now enables enterprises to scale non-disruptively to over 1.6PBs of raw capacity and over 160TBs of flash per cluster to handle very large datasets while maintaining the highest levels of responsiveness.Įnterprises are under pressure to keep pace with increasing user expectations and place a premium on maintaining service level agreements (SLA) and achieving peak workload performance. A copy of all data in the flash layer also remains safely in the disk-drive layer to ensure reliability, but now it can be accessed with the high performance and low latency made possible by flash technology.With today’s announcement, Nimble also introduced significant expansion of the scalability limits for its CS-series array clusters. CASL also incorporates efficiency features like cloning and integrated snapshots to store and serve more data in less space.ĭata that is frequently accessed is tracked in the Nimble index, which ensures that frequently and recently accessed data is also held in the large adaptive flash layer. HPE Nimble Storage arrays take advantage of multi-core processors to provide high-speed inline variable-block compression without introducing noticeable latency. Data written to the array is compressed and then stored in the disk-drive layer. CASL leverages the lightning-fast random read performance of flash and the cost-effective capacity of hard disk drives. HPE Nimble Storage solutions are built on the patented Cache Accelerated Sequential Layout (CASL™) architecture. HPE Nimble Storage arrays are engineered for high performance using flash, for low cost using dense, capacity-optimized disks, and for easy installation and administration.
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