3a - ISCe Jun '08 - K Fiscko SIA Shipboard Networks · PDF fileAN/SRC-57 DWTS KG-194A KG-84A...
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Information Dominance Anytime, Anywhere… PEOC4I.NAVY.MIL Program Executive Office Command, Control, Communications, Computers and Intelligence (PEO C4I) Shipboard Networks 12 June 2008 Kurt Fiscko Future SATCOM Chief Engineer (PMW 170) Distribution Statement A: Approved for Public Release. Distribution is Unlimited (4 June 2008)
Transcript of 3a - ISCe Jun '08 - K Fiscko SIA Shipboard Networks · PDF fileAN/SRC-57 DWTS KG-194A KG-84A...
Information Dominance Anytime, Anywhere…
PEOC4I.NAVY.MIL
Program Executive OfficeCommand, Control, Communications, Computers and Intelligence (PEO C4I)
Shipboard Networks12 June 2008
Kurt FisckoFuture SATCOM Chief Engineer (PMW 170)
Distribution Statement A: Approved for Public Release. Distribution is Unlimited (4 June 2008)
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ADNS
FLLI
CLLI
VTC
PBX
GENSER ADNSFiber
Copper
MIL SATCOM
SHFTerminal
128Kb
PIER CONNECTIVITY
CA Terminal
Leased SATCOM
TacLaneKG-175
INE
TacLaneKG-175
INE
TacLaneKG-175
INE
MDRTIP
MDRPTP
TIPEHF Terminal
Automated Digital Network SystemsBase Level Information InfrastructureChannel Access ProtocolCopper Land Line InterfaceCAP Router Interface UnitDemand Assigned Multiple AccessDigital Wideband Transmission SystemFiber Land Line Interface
Follow-On TerminalInline Network Encryption
Medium Data RatePrivate Branch ExchangePoint-To-PointTDMA Interface ProcessorVideo Tele Conferencing
ADNSBLIICAPCLLICRIUDAMADWTSFLLIFOTINEMDRPBXPTPTIPVTC
AN/FCC-100
64Kb INMARSATTerminal
64Kb
To PBX
MUX
CRIU
CAP
CAP
DAMA
5KHz
DMR
CRIU/CAP
DWTS Amphibs Only
DWTSAmphibs Only
AN/FCC-100
AN/FCC-100
144Kb-1.024Mb
144Kb-1.024Mb
MUX
MUX
AN/SRC-57 DWTS
KG-194A
KG-84A
KG-194
KG-84A
KG-84A
KG-194A
KG-194A
KG-194A
KG-194A
KG-194A
KG-194A
KG-84A
KG-84A
KG-84A
KG-84A
KIV-7SHBSCILAN
SCI Router
Cisco
SECRETLAN
SECRET Router
Cisco
COWANCOWAN Router
Cisco
UNCLASLAN
UNCLAS Router
Cisco
Integrated NetworkManager
SAT
EL
LIT
ES
BLII WANPIER
UHF Terminal
TimePlexLink 2+MUX
CSU/DSU
JCA LAN
JCA Router
CiscoTacLaneKG-175
INE
Current Shipboard Architecture
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Achieving Robust Bandwidth Afloat
MILSATCOM
COMMERICAL
Desert Storm c.1990 SATCOM Today
SHFVoice @ 16 kbps
(Command Ship Only)
16 kbps
UHF“Dual DAMA”8 2.4 kbps
Circuits(25kHz only)
Secure Voice/DataNetted Comms
19.2 kbps
INMARSAT (A)SALTS/FAX
Official Phones
2.4-16 kbps
Typical Terminal Capacity
GBS (Receive Only)
UAV VideoCNN/FOX NEWS
Imagery (Weax/Intel)Web Site Replication
(classified/unclassified)Immediate File Delivery (IFD)
CWSPJSIPS/JCA
JWICS SIPRNETNIPRNET
VTCPOTS
MSG TRAFFIC
TV Direct to Sailors(Receive Only)
NewsSports
Entertainment 3 Radio Channels1 Data Channel
INMARSAT (B) HSDNIPRNETSIPRNET
JWICSPOTSFAX
UHF“Quad DAMA”16 2.4 kbpsNetworks
(25kHz only)Secure Voice/Data
Netted Comms
48 kbps
EHF LDR24 LDR Channels
8 Primary(2.4 kbps)
8 Secondary(300 bps)
8 RCV Only(2.4 kbps)
MDU’sSecure Voice/
Data)
21.6 kbps
EHF MDRJWICS
SIPRNETNIPRNET
MDU’s SECURE
VOICE/DATA
4.8 kbps –1.544 Mbps
SHFJWICS
SIPRNETNIPRNET
VTC POTS
MSG TRAFFICTESS
384 kbps –1.544 Mbps
24 Mbps
3.6 Mbps64 -128 kbps1.544-2.048
Mbps
We’re Not Just Buying More Space Segment…We’re Not Just Buying More Space Segment…
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Current Fleet Terminal Configuration(SatCom)
HSD: High Speed Data
WSC-6(V)5 SHF
INMARSAT B
WSC-6(V)7 SHF
INMARSAT B HSD
WSC-8(V) CWSP
Commercial Wideband Protected Broadcast
SSR-2 GBS
USC-38 EHF
CV/CVNCV/CVN AGF/LCCAGF/LCC LHALHA LHDLHD SSN/SSN/SSBNSSBNLPDLPD LSDLSD CG CG FFGFFGDD DD MCM/MCM/
MHCMHCLPD17LPD17 DDGDDG
WSC-6(V)9 SHF
TV-DTS
TT--AHAH ASAS
Commercial Wideband Protected Broadcast
WSC-6(V)5 SHF
INMARSAT B
WSC-6(V)7 SHF
INMARSAT B HSD
WSC-8(V) CWSP
SSR-2(A) GBS
USC-38 EHF
WSC-6(V)9 SHF
TV-DTS
CV/CVNCV/CVN AGF/LCCAGF/LCC LHALHA LHDLHD SSN/SSN/SSBNSSBNLPDLPD LSDLSD CG CG FFGFFGDD DD MCM/MCM/
MHCMHCLPD17LPD17 DDGDDG TT--AHAH ASAS
WSC-3 (UHF)
Narrowband
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Notional Future Navy Afloat Architecture
HAIPEHAIPE
FLLI
VIDOIP
IP PBX
Fiber
UHFMUOS
Terminal
BLII WANADNS PIER
JTRS/LOS Radio
Other SATCOM TerminalsSCISCI
SECRETSECRET
CENTRIXCOWAN
UNCLASUNCLAS HAIPEHAIPE
HAIPEHAIPE
HAIPEHAIPE
Network Management
RF Path Determination
CommercialTerminal
TSATTSAToror
AEHFAEHForor
MILSTARMILSTARoror
EPSEPSoror
WGS(KaWGS(Ka))
MUOS (5)
WGS (6)
ADNSADNS
Commercial
AEHF (4)
Dynamic or ManualBandwidthAllocation
Dynamic Bandwidth Resource
Allocation
TMOSTMOS
BLACKRED
JCAJCA HAIPEHAIPE
ManualBandwidthAllocation
WGSWGSoror
DSCSDSCS
NMT SATCOM Terminal
EPS(3)
C, X, Ku, or Ka
X or Ka
Q or Ka
ENCLAVES
TSAT(5)
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ADNS Increment Summary
Increment I
ADNS shipboard variants – B, C, D, E, F, G, and SUBS
Increment II Increment III•Adds Load Balancing / Distribution – static routes with fail over ability
•Traffic Management
•Increases IP BW from 13% to 67% over dual RF paths (share JCA BW)
•IP Resources management
•Automatic Failover and Restoral of RF links
•War fighter BW guarantees
•Application Prioritization (QoS) –added PacketShaper
•Baseline Routing, Encryption, & Network Mgmt Based System
•ADNS feeds into Static TDM (Timeplex) Network across a Single RF Path
•Supports Email, Web Browsing, File Transfer, & Security Enclaves Baseline Routing, Encryption, & Network Mgmt Based System
Increment IIa•Increases throughput from INC II
•Utilizes all wideband SATCOM BW
•Eliminates dedicated BW for serial voice and VTC – eliminates serial circuits
•Eliminates need for TDM (Timeplex) WAN circuits
•Increases IP BW from 13% to 100% - due to converged IP circuit gains
•Increases throughput capacity to 8 Mbps
•Adds Compression
Increment IIb
ADNS shipboard variants – H
ADNS shipboard variants – J
•IIa Functionality for unit level ships
•Increases IP BW utilization from 67% to 100% - due to increase in converged IP circuits
•Eliminates dedicated BW for serial voice
•Leverages install of SCIP-IWF shout box
•Eliminates need for TDM (Timeplex) WAN circuits
•Adds Compression
•Even greater throughput (25/50Mbps) in a converged, fully-connected network
•Adds Cipher-text Core Routing – Everything encrypted which a key enabler for 1000 ship Navy
•Incorporates IPv4/IPv6 Dual Stack Capability
•Enhanced QOS via ADNS QOS Edge Device (AED) through Optimized Edge Routing (OER)•Continues compression
ADNS shipboard variants – KSUBS
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ADNS TODAY and TOMORROW
• Today's NAVY WAN:Single Path Access, Best Effort, Limited BW, No Guarantee’sNo Network “Insight”, Little Visibility, Limited Decision Making Tools
• The NAVY’s Future WAN will be:Bandwidth Efficient, Possess Multiple Survivable Paths, Contain Quality of Service Guarantee’s and Provide Network Visibility to Remote/Local Users.
PEOC4I.NAVY.MILPEOC4I.NAVY.MIL
