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Microsoft Windows PowerShell has rapidly become the standard for scriptable management for Microsoft Windows and VMware environments with VMware's implementation, PowerCLI, being widely adopted by VMware customers. PowerShell has gained success due to both the continued focused support of Microsoft and the low barrier to entry to learn and utilize the technology. PowerShell allows organizations to collect valuable information from their environments and manage the lifecycle of the infrastructure with a high confidence of consistency.

Microsoft Windows PowerShell has rapidly become the standard for scriptable management for Microsoft Windows and VMware environments with VMware's implementation, PowerCLI, being widely adopted by VMware customers. PowerShell has gained success due to both the continued focused support of Microsoft and the low barrier to entry to learn and utilize the technology. PowerShell allows organizations to collect valuable information from their environments and manage the lifecycle of the infrastructure with a high confidence of consistency.

KT ucloud biz provides SSD volume service offerings to its customers with IOPS-configurable, high-performance SSD volumes and guaranteed real-time, efficient processing of high-volume data. With SolidFire’s storage infrastructure, KT ucloud biz offerings provide optimized SSD volume service at an attractive price point to meet the varied demands of the 6,000 enterprises using KT cloud services today.

KT ucloud biz provides SSD volume service offerings to its customers with IOPS-configurable, high-performance SSD volumes and guaranteed real-time, efficient processing of high-volume data. With SolidFire’s storage infrastructure, KT ucloud biz offerings provide optimized SSD volume service at an attractive price point to meet the varied demands of the 6,000 enterprises using KT cloud services today.

Turning to all-flash storage from SolidFire, CPUC virtualized that difficult last 20 percent of workloads — those with the highest Input/Output operations Per Second (IOPS) — by winning the long-elusive trifecta of fast, reliable and affordable storage.

Turning to all-flash storage from SolidFire, CPUC virtualized that difficult last 20 percent of workloads — those with the highest Input/Output operations Per Second (IOPS) — by winning the long-elusive trifecta of fast, reliable and affordable storage.

RFA uses SolidFire for its highest-load applications, as a storage tier handling very large and sensitive databases. Performance-related issues have decreased by 100 percent with SolidFire, leading to high customer satisfaction. This is possible because Quality of Service (QoS) within RFA’s multi-tenant infrastructure is built into the SolidFire architecture to completely eliminate noisy neighbor issues. Furthermore, the solution’s high density reduces rack and power consumption and raises RFA’s overall storage return on investment (ROI). Starting with a SolidFire SF3010 cluster, RFA can scale out linearly one node at a time to as many as 100 nodes, enabling seamless growth as business needs evolve.

RFA uses SolidFire for its highest-load applications, as a storage tier handling very large and sensitive databases. Performance-related issues have decreased by 100 percent with SolidFire, leading to high customer satisfaction. This is possible because Quality of Service (QoS) within RFA’s multi-tenant infrastructure is built into the SolidFire architecture to completely eliminate noisy neighbor issues. Furthermore, the solution’s high density reduces rack and power consumption and raises RFA’s overall storage return on investment (ROI). Starting with a SolidFire SF3010 cluster, RFA can scale out linearly one node at a time to as many as 100 nodes, enabling seamless growth as business needs evolve.

Storage has become an anchor holding back progress in the modern, virtualized data center. Until recently, it has been slow, unpredictable and inflexible, requiring far too much operational overhead. Storage capacity and performance are often still locked together in fixed ratios, making it inevitable that even the best-run storage environments will be wasteful and inefficient. While compute and networking have evolved to keep pace with today’s business and IT needs, storage has historically been a limiting factor as a less-flexible component of the data center and a roadblock to guaranteeing storage performance to every virtual machine.

Storage has become an anchor holding back progress in the modern, virtualized data center. Until recently, it has been slow, unpredictable and inflexible, requiring far too much operational overhead. Storage capacity and performance are often still locked together in fixed ratios, making it inevitable that even the best-run storage environments will be wasteful and inefficient. While compute and networking have evolved to keep pace with today’s business and IT needs, storage has historically been a limiting factor as a less-flexible component of the data center and a roadblock to guaranteeing storage performance to every virtual machine.