IBM Redbooks

Alexander Watson

Jon Tate

Jon Herd

Stephen Solewin

Corne Lottering

Leandro Torolho

Andrew Greenfield

Tony Pacheco

Jagadeesh Papaiah

Thomas Ploski

IBM® FlashSystem 9100 combines the performance of flash and Non-Volatile Memory Express (NVMe) with the reliability and innovation of IBM FlashCore® technology and the rich features of IBM SpectrumTM Virtualize — all in a powerful 2U storage system. Providing intensive data driven multi-cloud storage capacity, FlashSystem 9100 is deeply integrated with the software-defined capabilities of IBM Spectrum StorageTM, which allows you to easily add the multi-cloud solutions that best support your business. In this IBM Redbooks® publication, we discuss the product's features and planning steps, architecture, installation, configuration, and hints and tips.

IBM FlashSystem 9100 Architecture, Performance, and Implementation

Roger Eriksson

Lisa Martinez

Bert Dufrasne

Francesco Anderloni

Version 12.3.1 This IBM® Redbooks publication presents the architecture, design, concepts, and technology that are used in IBM FlashSystem® A9000 and IBM FlashSystem A9000R. FlashSystem A9000 and FlashSystem A9000R deliver the microsecond latency and high availability of IBM FlashCore® technology with grid architecture, simple scalability, and industry-leading IBM software that is designed to drive your business into the cognitive era. The Hyper-Scale Manager highly intuitive user interface simplifies management. Comprehensive data reduction capabilities, including inline deduplication and a powerful compression engine, help lower total cost of ownership. With software version 12.3.1 and Hyper-Scale Manager version 5.5.1 (or later) the system can compute reclaimable and attributed capacity information, without performance impact. From a functional standpoint, FlashSystem A9000 and FlashSystem A9000R take advantage of most of the software-defined storage features that are offered by the IBM SpectrumTM Accelerate software, including multi-tenancy and business continuity functions. FlashSystem A9000 and FlashSystem A9000R supports HyperSwap and Multi-site High Availabilty / Disaster Recovery (HA/DR) configurations. This publication is intended for those individuals who need to plan, install, tailor, and configure FlashSystem A9000 and FlashSystem A9000R. For detailed information about configuration, management, and replication functions and their usage, see the following publications: IBM Spectrum Accelerate Family Storage Configuration and Usage for IBM FlashSystem A9000, IBM FlashSystem A9000R, and IBM XIV Gen3, SG24-8376 IBM FlashSystem A9000 and A9000R Business Continuity Solutions, REDP-5401 IBM HyperSwap and Multi-site HA/DR solution for IBM FlashSystem A9000 and A9000R, REDP-5434 IBM Spectrum Accelerate Family: Host Attachment and Interoperability, SG24-8368.

IBM FlashSystem A9000 and A9000R Architecture and Implementation (Version 12.3.1)

Markus Oscheka

This IBM® RedpaperTM publication describes preferred practices for attaching members of the IBM SpectrumTM Accelerate family, including the IBM XIV® Gen3 Storage System, IBM FlashSystem® A9000, IBM FlashSystem A9000R, and other IBM Spectrum AccelerateTM based deployments, to either an IBM System Storage® SAN Volume Controller or IBM Storwize® V7000 system. The paper also explains what to consider for data migration when done in combination with a SAN Volume Controller or a Storwize V7000 system. In addition, this publication describes data reduction, and where it is appropriate to enable data reduction.

IBM FlashSystem A9000 and A9000R, IBM XIV, and IBM Spectrum Accelerate with IBM SAN Volume Controller Best Practices

Bertrand Dufrasne

In Kyu Park

Francesco Perillo

Hank Sautter

Anthony Vattathil

This IBM® RedpaperTM publication provides information about the implementation and use of solid-state drives (SSDs) in IBM XIV® Storage System XIV Generation 3 (Gen3), running XIV software version 11.1.0 or later. In the XIV system, SSDs are used to increase the read cache capacity of the existing DRAM memory cache, and are not used for persistent storage. This paper begins with a high-level overview of the SSD implementation in XIV and a brief review of the SSD technology, with focus on the XIV system. It explains the SSD Caching design and implementation in XIV. Then it examines typical workloads that can benefit from the SSD Caching extension and introduces the tools and utilities to help you analyze and understand the workload. In particular, it highlights the block tracing facility that was designed and developed by IBM Research. Then this paper explains the process that authorized IBM services representatives use to install SSD Caching. It reviews the changes made to the XIV GUI and the XCLI to support SSD Caching. Finally this paper provides a listing of the new alert-generating events and monitoring options that are provided for SSD support. This paper is intended for users who want an insight into the XIV SSD Caching implementation and architecture, its capabilities, and usage. For more information about the IBM XIV Storage System, see the IBM Redbooks® publication, "IBM XIV Storage System: Architecture, Implementation, and Usage," SG24-7659.

Solid-State Drive Caching in the IBM XIV Storage System

Stephen Solewin

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