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Network Storage Tools and Technologies for Storing Your Company’s Data

Langue : Anglais

Auteur :

Couverture de l’ouvrage Network Storage

Network Storage: Tools and Technologies for Storing Your Company?s Data explains the changes occurring in storage, what they mean, and how to negotiate the minefields of conflicting technologies that litter the storage arena, all in an effort to help IT managers create a solid foundation for coming decades.

The book begins with an overview of the current state of storage and its evolution from the network perspective, looking closely at the different protocols and connection schemes and how they differentiate in use case and operational behavior. The book explores the software changes that are motivating this evolution, ranging from data management, to in-stream processing and storage in virtual systems, and changes in the decades-old OS stack.

It explores Software-Defined Storage as a way to construct storage networks, the impact of Big Data, high-performance computing, and the cloud on storage networking. As networks and data integrity are intertwined, the book looks at how data is split up and moved to the various appliances holding that dataset and its impact.

Because data security is often neglected, users will find a comprehensive discussion on security issues that offers remedies that can be applied. The book concludes with a look at technologies on the horizon that will impact storage and its networks, such as NVDIMMs, The Hybrid Memory Cube, VSANs, and NAND Killers.

1. Why Storage Matters2. Storage From 30,000 Feet3. Network Infrastructure Today4. Storage Software5. Software-Defined Storage6. Today’s Hot Issues7. Tuning the Network8. Big Data9. High-Performance Computing10. The Cloud11. Data Integrity12. Data Security13. On the Horizon14. Just Over the Horizon

James O’Reilly is a world renowned information technology writer, executive, and inventor. Jim is currently a consultant specializing in storage systems, virtualization, infrastructure software, and cloud hardware. He is a former Vice President of the Personal Computer Division of Memorex-Telex, General Manager of the Peripherals Division of NCR, and Vice President of Engineering for Germane Systems. He is a well-known and respected author of more than 400 articles for such publications as Information Week, EBN, Control Engineering, UBM and TechTarget, and Jim wrote the original industry standard for the floppy disk, and created the first working SCSI chip, the first NAS server, and the first storage blades.
  • Puts all the new developments in storage networking in a clear perspective for near-term and long-term planning
  • Offers a complete overview of storage networking, serving as a go-to resource for creating a coherent implementation plan
  • Provides the details needed to understand the area, and clears a path through the confusion and hype that surrounds such a radical revolution of the industry

Date de parution :

Ouvrage de 280 p.

19x23.3 cm

Disponible chez l'éditeur (délai d'approvisionnement : 14 jours).

51,74 €

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Mots-clés :

5D silicon memory; All-flash array; All-flash arrays; Analytics; Apache; Archiving; AWS; Azure; Backup; Big Data; Caching; Cassandra; Ceph; Cloud data; Cloud hosting; Cloud; Commoditization; Commodity storage appliances; Compression; Containers; COTS; Data integrity; Data services; Datacenter power; Deduplication; Disaster protection; Encryption; Erasure coding; Ethernet convergence; Ethernet; Fiber channel; Fiber-Channel; File systems; Filer; Flash; Future clouds; Future storage; Gluster; GlusterFS; Google; GoogleFS; Graphene; Hadoop; HBase; HDD; HDFS; High-performance computing; Hot storage issue; HPC; Hybrid cloud; Hybrid memory Cub; In-memory database; Internet of things; IOPS; IoT; IRM; iSCSI; Key/data interface; Latency; Lego storage; Lustre; Mirroring; NAND; NAS; No-repair; NVDIMM; NVMe over fabrics; NVMe; Object storage; Object store; Object; Open-source storage software; OpenStack Swift; OpenStack; Overview; Parity; PCM; performance; Photonics; Public cloud; PVFS; Quantcast; Rackable; RAID; RDMA; Rebuild time; Redundant array of inexpensive disks; Reed�Solomon code; Remote replication; Replication; ReRAM; SAN; SAS; SCSI; SDI; SDN; SDS; Security; Snapshots; Software-defined Infrastructure; Software-defined storage; Solid-state drives; Solid-state storage; Spark; Sparse data; Spin-based memory; Spintronics; SSD; State of storage; Storage appliances; Storage evolution; Storage futures; Storage pool; Storage software; Storage; Stream processing; Telco; Tiers; Tuning; Unified storage; VCloud air; Virtual SAN; vSphere; Zero-chill