IA64 Itanium Server Logical Example 1. GHz Core - 4MB L3 32MB L4 r HP mx2 Dual A9767A 1.1G Hz Core

IA64 Itanium Server Logical Example 1. GHz Core - 4MB L3 32MB L4 r HP mx2 Dual A9767A 1.1G Hz Core
IA64 Itanium Server Logical Example 1. GHz Core - 4MB L3 32MB L4 r HP mx2 Dual A9767A 1.1G Hz Core
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Transcript of IA64 Itanium Server Logical Example 1. GHz Core - 4MB L3 32MB L4 r HP mx2 Dual A9767A 1.1G Hz Core

  • C ell 0

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    Console LAN

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    IA64 Itanium Server Logical Example

    LOGICAL LAYOUT OVERVIEW

    Logical layouts show a more detailed configuration of a system using Logical representations of the physical products. Use this template as a guide to demonstrate how you could show a solution to the Configuration Center or for your own purposes such as Customer drawings, proposals, etc.

    The drawing scale on this page has been set at a good starting point for the creation of Logical layouts. Always ensure you visit the Visio Cafe web sites to download the latest Visio Stencils for the systems you are drawing as they are constantly being updated.

    To build a Logical layout like the example shown here:

    1.) Drag out Logical Server shapes 2.) Drag out component shapes for the servers - add memory, CPUs, Disk and I/O Cards 3.) Drag out any switch shapes as needed 4.) Drag out any peripherals and their corresponding component shapes (Disks, Cache Memory, etc)

    Server shapes from “Server-IA64-Logical.vss”

    SAN shape from “Network-SAN-Logical.vss”

    EVA5000 Shape from “Disk-Array-Virtual-Logical.vss”

    Connector Lines from “Misc.vss” or use the Visio Connector Tool

    2G b Fibre C

    hannel A dapter

    A6795A

    2G b Fibre C

    hannel A dapter

    A6795A

    8GB RAM

    AB309A

    8GB RAM

    AB309A

    8GB RAM

    AB309A

    8GB RAM

    AB309A

    8 Port Switch

    2G b Fibre C

    hannel A dapter

    A6795A

    2G b Fibre C

    hannel A dapter

    A6795A

    HP mx2 Dual A9767A 1.1GHz Core - 4MB L3

    32MB L4 1.1GHz Core - 4MB L3

    HP mx2 Dual A9767A 1.1GHz Core - 4MB L3

    32MB L4 1.1GHz Core - 4MB L3

    HP mx2 Dual A9767A 1.1GHz Core - 4MB L3

    32MB L4 1.1GHz Core - 4MB L3

    HP mx2 Dual A9767A 1.1GHz Core - 4MB L3

    32MB L4 1.1GHz Core - 4MB L3

    Memory

    CPU 1 CPU 2

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    HP mx2 Dual A9767A 1.1GHz Core - 4MB L3

    32MB L4 1.1GHz Core - 4MB L3

    HP mx2 Dual A9767A 1.1GHz Core - 4MB L3

    32MB L4 1.1GHz Core - 4MB L3

    8GB RAM

    AB309A

    8GB RAM

    AB309A

    73GB 15k SCSI Disk A9881A

    73GB 15k SCSI Disk A9881A

    73GB 15k SCSI Disk A9881A

    73GB 15k SCSI Disk A9881A

    73GB 15k SCSI Disk A9881A

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    DVD Drive A6180A DVD Drive A6180A

    72G B

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  • FRONT VIEW

    R3000 XR + -

    + -!

    100 % 25 %

    REAR VIEW

    PHYSICAL LAYOUT OVERVIEW

    Physical layouts are an excellent way to show a customer or the Configuration Center the intended racking configuration of a solution (following proper racking guidelines - if you are unsure, please engage Configuration or a Solution Architect)

    The physical representation can be the front view, rear view and can include all the components such as Disks, tapes, etc. Some systems are standalone, others are rack mounted like the example given here.

    Rear views can be used to create more complicated configuration layouts such as LAN Connection diagrams, Power layouts, etc.

    The drawing scale on this page has been set at a good starting point for the creation of Logical layouts. Always ensure you visit the Visio Café web sites to download the latest Visio Stencils for the systems you are drawing as they are constantly being updated.

    To draw a layout similar to this example:

    1.) Drag out Rack/Cabinet shape 2.) Drag out System shapes like servers/Storage/UPS etc and Glue them into the Rack/Cabinet shape (rackl mount shapes will snap to U levels in the rack shapes) 3.) Drag out peripheral components like Disk drives, tape drives, etc and snap/glue into System shapes 4.) Draw connection lines or notations as necessary

    Rack shapes from “Racks.vss” Stencil

    IA64 Itanium Server Physical Example

    PCI Slots - Cell 0 PCI Slots - Cell 1

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    4X PC I-X -Slot 3

    4X PC I-X -Slot 2

    4X PC I-X -Slot 1

    2X PC I-X -Slot 8

    4X PC I-X -Slot 7

    4X PC I-X -Slot 6

    4X PC I-X -Slot 3

    4X PC I-X -Slot 2

    4X PC I-X -Slot 1

    4X PC I-X -Slot 5

    4X PC I-X -Slot 4

    4X PC I-X -Slot 5

    4X PC I-X -Slot 4

    PCI Slots - Cell 0 PCI Slots - Cell 1

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