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INFRASTRUCTURE MODERNIZATION

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Key Concepts of Infrastructure Modernization

Infrastructure, whether on premises or cloud based has ridden an incredible 40 year wave of dependable performance gains courtesy of Moore’s law, virtualization, multi-core CPUs, and increasing storage density. However while many performance gains have been realized over that time operational expenses have continued to rise.

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Micron SolidScale: The flexibility, manageability and scalability of SAN with near Server-Local NVMe performance

Get the performance of local NVMe in a centralized, networked Storage Solution

SANs have offered the important capability of independently scaling computational and storage resources which have made them a staple of IT infrastructure for many years. The early Scale-up SAN model was made even more flexible with the innovation of Scale-out architectures which allowed performance and capacity to be scaled up at a lower cost and on an as needed basis. Recently SANs have been displaced by server local storage for applications such as Cassandra or Apache Spark when the performance requirements exceeded the capability of existing SANs. Performance was gained but at the expense of the many virtues of the SAN model

Micron’s SolidScale architecture unites the flexibility and manageability of Scale-out SANs with the server-local performance of the latest generation of NVMe drives.

  • Single Pool of NVMe capacity and IOPs
  • Share capacity across applications and servers
  • Easier to manage & scale than server-local SSDs
  • Unique SAN architecture that provides the full performance benefits of NVMe at scale
  • Decouple application servers and storage with SolidScale
  • Low latency via 100Gb RoCe fabric (RDMA over Converged Ethernet)

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THE CASE FOR COMPUTE AND STORAGE MODERNIZATION

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Compelling business values that extend well beyond Infrastructure contribute to low TCO

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“This is a phenomenal
game-changer”

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 HPE Group Executive Vice President, Antonio Neri
CRN –Jan 2017

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2. 10:1 device reduction (Forrester Consulting)
3. Up to 49% TCO savings compared to AWS (Evaluator Group)
” iib_image_enable=”0″ iib_title_font_def=”0″ iib_subtitle_font_def=”1″ iib_info_font_def=”1″ iib_padding=”padding-top:50px;padding-bottom:50px;padding-left:50px;padding-right:50px;” iib_margin=”margin-top:0px;margin-bottom:0px;” iib_title_font_size=”font-size:20px;line-height:26px;”][/vc_column][vc_column width=”1/2″ css=”.vc_custom_1491788745178{margin: 0px !important;padding: 0px !important;}”][kswr_interactiveiconbox iib_height=”220″ iib_icon=”km-icon-cloud-check” iib_icon_size=”45″ iib_icon_padding=”30″ iib_icon_color=”{“type“:“color“,“color1“:“#ffffff“,“color2“:“#555“,“direction“:“to left“}” iib_icon_area_bg=”{“type“:“color“,“color1“:“rgba(37, 72, 100, 1)“,“color2“:“transparent“,“direction“:“to left“}” iib_title_font_style=”font-family:Default;font-weight:inherit;” iib_title_color=”#ffffff” iib_subtitle_color=”#999999″ iib_info_area_bg=”{“type“:“color“,“color1“:“#1f3d53“,“color2“:“#f9f9f9“,“direction“:“to left“}” iib_info_color=”#ffffff” iib_title=”Improve Agility and Time to Production” iib_info_content=”1. 81% increase in time spent on new projects (IDC)
2. Rapid scaling to 1,000 VMs with peak and predictable performance (ESG)
3. One hour to provision eight-node cluster (ESG)” iib_image_enable=”0″ iib_title_font_def=”0″ iib_subtitle_font_def=”1″ iib_info_font_def=”1″ iib_padding=”padding-top:50px;padding-bottom:50px;padding-left:50px;padding-right:50px;” iib_margin=”margin-top:0px;margin-bottom:0px;” iib_title_font_size=”font-size:20px;line-height:26px;”][/vc_column][/vc_row][vc_row full_width=”stretch_row_content_no_spaces” equal_height=”yes” bg_type=”image” parallax_style=”vcpb-default” bg_img_attach=”fixed” parallax_content=”parallax_content_value” fadeout_row=”fadeout_row_value” css=”.vc_custom_1492982154837{padding: 20px !important;background-color: #182e3f !important;}” kswr_row_top_decor_enabled=”false” kswr_row_bottom_decor_enabled=”false”][vc_column][vc_column_text]

THE CASE FOR NETWORKING MODERNIZATION

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Legacy Network

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Bandwidth fixed (based on wiring/Oversubscription rate) and distributed randomly (goal = evenness)

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Variable and non deterministic latency based on randomly selected path

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Arbitrary, network-imposed boundaries (L2/L3, DCI) that force workload SLA and security constraints

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Point-to-point Inter DC model

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Plexxi, Scale Out Agile Network

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Inter-rack bandwidth based on workload distribution

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Latency constant and deterministic for given workload

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Boundaries based on workload SLA and segmentation needs

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Point-to-point Inter DC model

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PUTTING IT ALL TOGETHER-HYPERCONVERGED

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  • All Hyperconverged design
  • Scale Out expansion
  • Single Tier of storage replaces 3-5 tiers while intelligently managing traffic demands
  • Integrated Data Protection,
  • Storage Compression guaranteed at 10:1
  • Single pane of glass management through vSphere for provisioning, backup, disaster recovery and networking.

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Summary of Genesis Services and Support for Infrastructure Modernization

  • Assess current infrastructure and challenges
  • Specific attention will be placed on Operational challenges and go forward requirements
  • Provide Direct Recommendations:
    • Provide a system recommendation which will meet the requirements for processing, storage and data protection
    • Workload Optimized to minimize the CPU footprint while delivering efficient processing capability
    • Architect the system that is forward compatible to accommodate upgrades in capacity and capability with a minimum of disruption
  • Install, migrate, debug

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