Cisco UCS Invicta Series Solid State Systems

Integrated Memory for Accelerated Performance

Cisco UCS Invicta Series Solid State Systems harness the power of flash technology to accelerate data-intensive application workloads. By bringing dramatically faster I/O into the computing domain, Cisco UCS Invicta Series allows businesses to transact, process, and analyze more data in less time. In addition to application acceleration, Cisco UCS Invicta eliminates labor-intensive processes and simplifies the data center, allowing for maximum operational efficiency and sustained business advantage.

Accelerate the Data Center

Accelerate the Data Center

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Cisco UCS Invicta Series products include:

Features and Capabilities

Easy Deployment and Management

  • Cisco UCS Invicta Series products
  • Unified management with Cisco UCS Director speeds up resource allocation and reallocation through process automation.
  • Scalable pools of flash memory help you meet application acceleration needs and eliminate operational bottlenecks in the data center.

Consistent Performance for Key Applications

Accelerate data-intensive workloads, including analytics and intelligence, batch processing, database loads, email, high-performance computing, online transaction processing, video transcoding, and virtual desktops. You can:

Persistent Flash Memory and Data Security

With the Cisco UCS Invicta Series, your data is protected in two major ways:

  • Write protection buffer delivers confirmed writes in the event of a power loss.
  • Asynchronous replication delivers data to a variety of targets for increased flexibility, security, and availability.

Cost Savings

A lower total cost of ownership (TCO) results from savings in several areas:

  • Unified management reduces administrative workload and automates IT processes
  • Solid-state flash memory technology reduces power consumption and floor space
  • Data reduction reduces IT infrastructure and data center footprint requirements
  • Thin provisioning eliminates the cost of unused, over-allocated resources

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