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Control Channel Traffic Channel (Talker) Traffic Channel (listen). Netted Iridium in Operation. 250 miles. SIPR Point of Presence (SPOP) - - Quicklink. Current Status 10 th MTN - fielded 12 systems Done! MiTT support - JRAC approved IFF funding ($18M) 38 systems Army EA for MiTT JUONS - PowerPoint PPT Presentation
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© 2009 Cisco Systems, Inc. All rights reserved.AFCEA 2009 Bonn 1UNCLASSIFIED
250 miles
Control ChannelTraffic Channel (Talker)Traffic Channel (listen)
Netted Iridium in Operation
© 2009 Cisco Systems, Inc. All rights reserved.AFCEA 2009 Bonn 2
Provides the IP Wideband ConnectionProvides the IP Wideband ConnectionCurrent Status
10th MTN - fielded 12 systems Done!
MiTT support - JRAC approved IFF funding ($18M)
• 38 systems• Army EA for MiTT JUONS• Initial delivery - Jan/Feb 07
Compatible with JNN - Provides: Collaboration Voice over IP Secure Data Situational Awareness
Easy to setup and operateTailorable to Services Required
SIPR Point of Presence (SPOP) - - Quicklink
Costs - Hardware: $215kBandwidth: Approx $40k/yr Costs - Hardware: $215k
Bandwidth: Approx $40k/yr
© 2009 Cisco Systems, Inc. All rights reserved.AFCEA 2009 Bonn 3
• Afghanistan• Helicopter Deployed System on Side of Mountain
SPOP Provides• CDR Huge Flexibility to Maneuver
Network• Scalable Multi-Network Capable• Deployable Network Extension• Seamless with JNTC-S--No Stovepipe• Easy to Install, Operate & Maintain
“Before I maneuver my forces, I determine what network asset I have—the network (SPOP) has enabled my companies with real time Battle Command to execute the COIN fight” - - CDR, TF Chosin
Extending the Network in COIN OperationsSuccess of 10th MTN SPOP/Quicklink Support to the Warfighter
Company Company Task Task
Force and Force and BelowBelow
Company Company Task Task
Force and Force and BelowBelow
4© 2009 Cisco Systems, Inc. All rights reserved.AFCEA 2009 Bonn
Global Rapid Response Intelligence Package (GRRIP)
• Mission: Provide 1-2 persons with BLOS data and voice connectivity in remote and austere environment
•Components - E500 BGAN terminal - Netscreen Firewall (NIPR)
- KLAS Router / CF-18 Laptop / TALON INE
• Capabilities - Range: Global minus POR - Data Rate: Tx - 448kbps* Rx - 464kbps*- 1 x NIPR Data, 4 x SIPR Data, 2 x SIPR Voice
• Specifications - Weight: 28 lbs- Dimensions:15.75”x13”x6.75”- Power:110-230 VAC, 10-36 VDC, 3 hr battery back-up
•Costs - Hardware: $45k- Bandwidth: $6k/yr (1200MB)
*Data rates will vary between 0 – 470kbps. Observed averages were approx 220kbps in OEF in Nov 2007.
5© 2009 Cisco Systems, Inc. All rights reserved.AFCEA 2009 Bonn
Harris LOS (RF-300W) Radio System
• Mission: Provide LOS range extension of JNTC-S voice and data networks to support Company Size command posts
•Components -15m Blue Sky Mast and AN-80i Radio - Antenna Interface Case (AIC) - Small Router Case (SRC) / TACLANE
• Capabilities - Range: up to 50 miles with clear LOS- Data Rate: up to 90Mbps (Ethernet rate)
- 4 x Secure Data Users and 2 x Secure VoIP
• Specifications - Weight: Unk- Dimensions: 3 Transit Cases- Power: 110-240 VAC 50-60Hz
•Costs - Hardware: ~$40K Per link- Per Megabyte (MB): No transponder cost
© 2009 Cisco Systems, Inc. All rights reserved.AFCEA 2009 Bonn 6
Spectrum Resource Contention a Real Problem
UNCLASSIFIED//FOR OFFICIAL USE ONLY
UNCLASSIFIED//FOR OFFICIAL USE ONLY
© 2009 Cisco Systems, Inc. All rights reserved.AFCEA 2009 Bonn 7
Vision: Mobile Network of the Future
Enables people to connect and communicate how, when and where they want with no limitations on location, and continuously
adapts to needs without a reliance on pre-defined fixed infrastructure.
© 2009 Cisco Systems, Inc. All rights reserved.AFCEA 2009 Bonn 8
Coming to Terms with the Ad Hoc Environment
Dynamic RF Links
Rapid Topology Changes
Routing Protocols
Size, Weight & Power
Distributed Services(QoS, Security)
Wide Range of Radios
© 2009 Cisco Systems, Inc. All rights reserved.AFCEA 2009 Bonn 9
Ad Hoc Networking Strategy:Network Anything that Drives, Walks, Flies, Sails
Routing Optimization
Platforms
Radio Aware Routing
Applications & Services
© 2009 Cisco Systems, Inc. All rights reserved.AFCEA 2009 Bonn 10
Rifleman Concept
First step toward “Soldier in the Network”
(U) Soldiers to communicate with their leaders when out of shouting distance to conduct individual movement techniques as part of Fire Team and Squad
(U) Leaders to know individual position location information when they are out of visual contact to coordinate fire and maneuver
(U) Leaders and Soldiers to communicate while dispersed in complex terrain
(U) Reduces exposure to the enemy while increasing speed of maneuver
(U) Leaders to make accurate, more timely decisions
• Soldiers to communicate with their leaders when out of shouting distance to conduct individual movement techniques as part of Fire Team and Squad
• Leaders to know individual position location information when they are out of visual contact to coordinate fire and maneuver
• Leaders and Soldiers to communicate while dispersed in complex terrain
• Reduces exposure to the enemy while increasing speed of maneuver
• Leaders to make more accurate, more timely decisions
• Provides affordable intra-squad protected C2 voice communications and automatic position location information (PLI) reporting using a networking waveform• Improves situational awareness and decision-making ENABLES:
© 2009 Cisco Systems, Inc. All rights reserved.AFCEA 2009 Bonn 1111
• Provides ground vehicle based terrestrial connectivity with
Advanced Waveforms (i.e. WNW, SRW)
• Programmable Waveforms to Support Multiple Missions• Legacy Interoperability
LandWarNet Transport Radio Systems
• Provide reach, reach back, interoperability• Functionality
– NCW– HNW
– GBS receive– Interoperability gateway
GMR
HMS
WIN-T Point of Presence (PoP)
• Provides Small Form Fit (SFF) for integration into FCS platforms:
– Dismount Soldier– Unattended Ground Sensors (UGS)
– Unmanned Aerial Vehicle (UAV) control– Small Unmanned Ground Vehicle (SUGV)
– Non Line of Sight – Launch System (NLOS-LS)
SFF-B(Soldier)
SFF-D(UAV)
SFF-A(UGS)
• Provides airborne vehicle based terrestrial connectivity
with Advanced Waveforms (i.e. WNW, SRW)
• AMF needed to meet SWAP and air certification
requirements for FCS CLIV UAV comms relay package
AMF
RiflemanRadio
Provides the Warfighter with superior interoperability, flexibility, and adaptability
HNR LOSRadio
OTM SATCOMAntenna
HNW LOSAntenna
© 2009 Cisco Systems, Inc. All rights reserved.AFCEA 2009 Bonn 12
Radio-Aware Routing Routers can use radio feedback to monitor link status andfind the best wireless paths through complex networks
JTRSSatellite Link 1
TTNT
CDL
Optimizes IP routing over radio networks, ensuring better performance for delay sensitive traffic
Immediately recognizes and adapts to network changes
Easily routes between line-of-sight and non-line-of-sight links
Based on Cisco-authored IETF draft RFC 4938
© 2009 Cisco Systems, Inc. All rights reserved.AFCEA 2009 Bonn 13
Radio-Aware Routing
Ground
Air
Space
© 2009 Cisco Systems, Inc. All rights reserved.AFCEA 2009 Bonn 14
LandWarNet Class IV UAV Communication Packages
Antenna Type QTYVHF/UHF Xmit 2
VHF/UHF Receive 1Ku Band T/R 1Ka Band T/R* 1L-Band Xmit 2
L-Band Receive 2GPS 1
Total 10
UHF Antenna
Dual Element UHF/L-Band Antenna
UHF Antenna
L-Band Antenna
L-Band Antenna
L-Band Antenna
Candidate GPS Antenna Location
Candidate HNW Antenna Locations
Transport Layer Roles/Capabilities• Network Thickening
• Class IV UAV ISR Transport• Airframe Control (C2)
HMS• SRW channels provide backup control of
airframe (C2)• ATC needed for control tower comms
AMF• 4 channels provide network thickening
for WNW and SRW networks• Provides connectivity for remote units
to backbone network. JC4ISR (HNW)
• 2 Channel Radio • Provides high-capacity link for control of aircraft
and ISR/Sensor assets using HNW waveform• Provides network thickening and relay for
remote ISR platforms
ICS Type IV• Runs SoSCOE - glue that connects
ISR, communications, and BC applications
• Assumes JC4ISR/HNW routing and net management roles from JC4ISR radio
***Notional Antenna Positions*** * needed for A-A HNW link (TBR)
© 2009 Cisco Systems, Inc. All rights reserved.AFCEA 2009 Bonn 15
Cisco Internet Routing in Space (IRIS)Joint Capabilities Technology Demonstration
Proof of Concept on Intelsat 14 spacecraft (IS-14)
90-day Government evaluation
IRIS Managed Service provides end-to-end security, connectivity, provisioning and management.
Post JCTD, market development trials with commercial sector for 1 year
IS-14 Notional Coverage
© 2009 Cisco Systems, Inc. All rights reserved.AFCEA 2009 Bonn 16
IRISIntelsat IS-14 Launch and Capabilities Demonstration
Intelsat IS-14 was chosen as:Opportunity for IRIS JCTD demonstration with US DoD
1st available launch and hosted payload opportunity
IRIS with IS-14 will support:(2) Ku-Band & (1) C-Band Transponders
Up to 90Mbps Throughput
Linkway 2100/S2 Modem compatible waveform
On-Orbit system and software updates
Timings:IS-14 Launch – Fall 2009
Cisco will be inviting government and commercial organizations to use the NGGS test bed to see the benefits of
IRIS on orbit with IS-14!
© 2009 Cisco Systems, Inc. All rights reserved.AFCEA 2009 Bonn 17
Leader’s Role: Your Choice
Make it happen
Help it happen
Let it happen
Get in the way
Wonder what happened
© 2009 Cisco Systems, Inc. All rights reserved.AFCEA 2009 Bonn 18
Cisco Systems Defense Team Germany
Your POC:
Wolfgang HaasStrategic Account Manager DefensePublic Sector Deutschland
[email protected] :+49 (0) 8042 97 37 88Mobile :+49 (0) 172 838 75 17
Wolfgang HaasStrategic Account Manager DefensePublic Sector Deutschland
[email protected] :+49 (0) 8042 97 37 88Mobile :+49 (0) 172 838 75 17
Cisco Systems GmbHAm Söldnermoos 1785399 HallbergmoosDeutschlandwww.cisco.de
Cisco Systems GmbHAm Söldnermoos 1785399 HallbergmoosDeutschlandwww.cisco.de
© 2009 Cisco Systems, Inc. All rights reserved.AFCEA 2009 Bonn 19