Shipboard Networks

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)
Information Dominance
Anytime, Anywhere…
PEOC4I.NAVY.MIL
Current Shipboard Architecture
MDR
PTP
SCI Router
SCI
LAN
KG-84A
Integrated Network
Manager
MDR
TIP
EHF
Terminal
INE
TIP
Cisco
KIV-7SHB
TacLane
KG-175
DMR
CRIU/CAP
C
R
I
U
SECRET Router
SECRET
LAN
Cisco
MUX
DWTS
Amphibs Only
KG-194A
144Kb-1.024Mb
AN/FCC-100
DWTS
Amphibs Only
MUX
144Kb-1.024Mb
AN/FCC-100
TacLane
KG-175
AN/SRC-57 DWTS
INMARSAT
Terminal
64Kb
COWAN Router
COWAN
KG-84A
INE
KG-84A
SATELLITES
ADNS
UHF
Terminal
KG-84A
KG-84A
INE
Cisco
CAP
5KHz
KG-194A
JCA Router
JCA
LAN
CAP
DAMA
MUX
64Kb
Cisco
To PBX
TacLane
KG-175
AN/FCC-100
KG-84A
CA
Terminal
UNCLAS Router
INE
UNCLAS
LAN
Cisco
KG-194A
PBX
KG-194A
VTC
KG-194
KG-194A
TimePlex
Link 2+
MUX
TacLane
KG-175
Leased
SATCOM
KG-194A
ADNS
BLII
CAP
CLLI
CRIU
DAMA
DWTS
FLLI
FOT
INE
MDR
PBX
PTP
TIP
VTC
Automated Digital Network Systems
Base Level Information Infrastructure
Channel Access Protocol
Copper Land Line Interface
CAP Router Interface Unit
Demand Assigned Multiple Access
Digital Wideband Transmission System
Fiber Land Line Interface
Follow-On Terminal
Inline Network Encryption
Medium Data Rate
Private Branch Exchange
Point-To-Point
TDMA Interface Processor
Video Tele Conferencing
KG-84A
128Kb
CSU/DSU
F
L
L
I
KG-194A
Fiber
MIL
SATCOM
SHF
Terminal
GENSER ADNS
CLLI
Copper
PIER
PIER CONNECTIVITY
BLII WAN
2
Achieving Robust Bandwidth Afloat
Desert Storm c.1990
2.4-16 kbps
SATCOM Today
48 kbps
INMARSAT (A)
UHF
SALTS/FAX
Official Phones
“Quad DAMA”
16 2.4 kbps
Networks
(25kHz only)
Secure Voice/Data
Netted Comms
16 kbps
SHF
4.8 kbps –
1.544 Mbps
21.6 kbps
EHF MDR
24 LDR Channels
8 Primary
(2.4 kbps)
8 Secondary
(300 bps)
8 RCV Only
(2.4 kbps)
MDU’s
Secure Voice/
Data)
384 kbps –
1.544 Mbps
EHF LDR
JWICS
SIPRNET
NIPRNET
MDU’s
SECURE
VOICE/DATA
Voice @ 16 kbps
(Command Ship Only)
SHF
JWICS
SIPRNET
NIPRNET
VTC
POTS
MSG TRAFFIC
TESS
24 Mbps
19.2 kbps
UHF
GBS
(Receive Only)
“Dual DAMA”
8 2.4 kbps
Circuits
(25kHz only)
Secure Voice/Data
Netted Comms
UAV Video
CNN/FOX NEWS
Imagery (Weax/Intel)
Web Site Replication
(classified/unclassified)
Immediate File Delivery (IFD)
64 -128 kbps
COMMERICAL
Typical Terminal Capacity
MILSATCOM
INMARSAT (B) HSD
NIPRNET
SIPRNET
JWICS
POTS
FAX
1.544-2.048
Mbps
CWSP
JSIPS/JCA
JWICS
SIPRNET
NIPRNET
VTC
POTS
MSG TRAFFIC
3.6 Mbps
TV Direct to Sailors
(Receive Only)
News
Sports
Entertainment
3 Radio Channels
1 Data Channel
We’re
We’reNot
NotJust
JustBuying
BuyingMore
MoreSpace
SpaceSegment…
Segment…
3
Current Fleet Terminal Configuration
(SatCom)
CV/CVN AGF/LCC LHA LHD LPD17 LPD LSD CG
DDG
DD
FFG
MCM/ SSN/
T-AH AS
MHC SSBN
USC-38 EHF
SSR-2 GBS
SSR-2(A)
GBS
WSC-6(V)5 SHF
WSC-6(V)7 SHF
WSC-6(V)9 SHF
WSC-8(V) CWSP
INMARSAT B
INMARSAT B HSD
TV-DTS
WSC-3 (UHF)
HSD: High Speed Data
Narrowband
Commercial
Wideband
Protected
Broadcast
4
Notional Future Navy Afloat Architecture
JTRS/LOS Radio
MUOS (5)
RED BLACK
SCI
Network Management
SCI
HAIPE
Other SATCOM Terminals
MUOS
Terminal
SECRET
SECRET
Commercial
UHF
Dynamic or Manual
Bandwidth
Allocation
EPS(3)
HAIPE
C, X, Ku, or Ka
Commercial
Terminal
VIDOIP
ADNS
JCA
JCA
WGS (6)
NMT SATCOM Terminal
X or Ka
HAIPE
AEHF (4)
WGS
or
DSCS
CENTRIX
UNCLAS
COWAN
UNCLAS
HAIPE
RF Path
Determination
F
L
L
I
HAIPE
Fiber
ENCLAVES
IP PBX
ADNS PIER
BLII WAN
Manual
Bandwidth
Allocation
Q or Ka
TSAT
or
AEHF
or
MILSTAR
or
EPS
or
WGS(Ka)
WGS(Ka)
TSAT(5)
Dynamic
Bandwidth Resource
Allocation
TMOS
5
ADNS Increment Summary
Increment I
•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 II
•Adds Load Balancing /
Distribution – static
routes with fail over
ability
•Traffic Management
Increment III
•Increases throughput
from INC II
•IIa Functionality for unit
level ships
•Utilizes all wideband
SATCOM BW
•Increases IP BW
utilization from 67% to
100% - due to increase
in converged IP circuits
•Even greater
throughput (25/50Mbps)
in a converged, fullyconnected network
•Increases IP BW from
13% to 67% over dual
RF paths (share JCA
BW)
•Eliminates dedicated
BW for serial voice and
VTC – eliminates serial
circuits
•IP Resources
management
•Eliminates need for
TDM (Timeplex) WAN
circuits
•Automatic Failover and
Restoral of RF links
•War fighter BW
guarantees
•Application
Prioritization (QoS) –
added PacketShaper
ADNS shipboard
variants – B, C, D,
E, F, G, and SUBS
Increment IIb
Increment IIa
ADNS shipboard
variants – H
•Increases IP BW from
13% to 100% - due to
converged IP circuit
gains
•Increases throughput
capacity to 8 Mbps
•Eliminates dedicated
BW for serial voice
•Adds Cipher-text Core
Routing – Everything
encrypted which a key
enabler for 1000 ship
Navy
•Leverages install of
SCIP-IWF shout box
•Incorporates IPv4/IPv6
Dual Stack Capability
•Eliminates need for
TDM (Timeplex) WAN
circuits
•Enhanced QOS via
ADNS QOS Edge
Device (AED) through
Optimized Edge Routing
(OER)
•Continues compression
•Adds Compression
•Adds Compression
ADNS shipboard
variants – J
ADNS shipboard
variants – K
SUBS
6
ADNS TODAY and TOMORROW
• Today's NAVY WAN:
¾ Single Path Access, Best Effort, Limited BW, No
Guarantee’s
¾ No Network “Insight”, Little Visibility, Limited
Decision Making Tools
• The NAVY’s Future WAN will be:
¾ Bandwidth Efficient, Possess Multiple Survivable
Paths, Contain Quality of Service Guarantee’s and
Provide Network Visibility to Remote/Local Users.
PEOC4I.NAVY.MIL
PEOC4I.NAVY.MIL
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