Mobile Tactical Ops Center using ATCA MOSA, Swap and Net Centric - - PowerPoint PPT Presentation

mobile tactical ops center using atca
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Mobile Tactical Ops Center using ATCA MOSA, Swap and Net Centric - - PowerPoint PPT Presentation

Mobile Tactical Ops Center using ATCA MOSA, Swap and Net Centric Architecture DoD - Net Centric Architecture Data Producers Data Consumers Need Network access platforms to collect and analyze intelligence Ethernet Call H.323


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SLIDE 1

Mobile Tactical Ops Center using ATCA

MOSA, Swap and Net Centric Architecture

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SLIDE 2

DoD - Net Centric Architecture

  • Data Producers
  • Data Consumers
  • Need Network access platforms to collect

and analyze intelligence

Ethernet

Call Manager IP Phone H.323 Client (softphone) Wireless H.323 Phone

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SLIDE 3
  • Must support Virtualization

Application FT, Rapid self repair

  • Run collaborative “grid” applications

Command, control and mission logistics

Exchange, file shares, storage

Unified messaging (email, voice mail, sms etc.)

  • Field deployment form factors

Mobility: Smaller, lighter is better (SWaP)

  • Mounted form factor (Ship, airframe, vehicle)

Adapt to Physical restrictions; Moderately Rugged

MTOC Requirements

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SLIDE 4

Mobile Tactical Ops Center

  • RCP attributes

 1 Platform Combines Network, Compute,

Storage

Plugs into existing Intelligence grid (10/40Gb)

Integrated high speed NAS/SAN

Scalable platforms

  • 2, 6 or 14 slot
  • Max: 120 cores
  • Max: 2000GB memory
  • Max: 12TB raw disk

Stack platforms together

“Air Gap” Secure Networks

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SLIDE 5

MTOC and SWaP (Space, Weight and Power)

  • Military Definition of two man carry

Absolute maximum: 160 Lbs

  • 10K watt Diesel generator

144 gallons = 2000 watts x 30 days

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SLIDE 6

The Cost of Power

  • Pentagon: Forces use 12.6M gallons/day
  • Military fuel: Cost/gallon*

$13 forward-deployed location (peacetime)

$42 in flight from a refueling airplane

$100-600 hostile areas, “in theater” delivery

$400- if shipped via army helicopters

  • Strategic to minimize Watts consumed

*http://www.nationaldefensemagazine.org/archive/2010/April/Pages/HowMuchforaGallonofGas.aspx

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SLIDE 7

MTOC 6 slot Version

 2-Man Carry, 6 slot

 ~130 lbs  922 Watts – Measured  144 gallons fuel = 60 Days.

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SLIDE 8

What is ATCA?

  • Advanced Telecommunications computer Architecture

Open specification for blade architecture

Author: PCI industrial computing manufacturers group

  • www.PICMG.org
  • Goals

Telco grade components, flexible topology

High MTBF

Visibility and manageability

Scalable, High bandwidth backplane

Interoperability

Meet Central Office and NEBS requirement

  • Network Equipment Building System
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SLIDE 9

Why ATCA? Interoperability and Community

  • ~350 active participants

Carriers, NEP's, Compute Companies, Component Suppliers, Software, etc.

> 10 Chassis vendors

  • Specification

Governed by independent spec body

IP contributed

Backward compatibility maintained

  • Open Sourcing Model

>10 Chassis vendors

Multiple switch, server, management, and I/O vendors

  • Interoperability Workshops
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SLIDE 10

SWaP Summary: MTOC vs. Rack

“ATCA’s superior SWaP metrics favor the mobile and afloat military initiative”

The initial lower cost for racks is not advantageous in the long term.

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SLIDE 11

MTOC Ready for Deployment!

Thank you.