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A product improvement A product improvement program to transform MIDS program to transform MIDS
into a Four Channel into a Four Channel JTRS radioJTRS radio
A product improvement A product improvement program to transform MIDS program to transform MIDS
into a Four Channel into a Four Channel JTRS radioJTRS radio
3
Outline
• MIDS Overview• Program Description• MIDS-JTRS Description• MIDS-JTRS Capability and benefits• Sample Configurations• Summary
4
MIDS Overview
• Multifunctional Information Distribution System (MIDS)
– A family of Link-16 Terminals for Air, Ground, and Sea Platforms
• MIDS Family– LVT 1:Provides Link-16, TACAN and
Voice for Tactical Air and Surface Vessels
– LVT 2: Provides Link-16 for US Army Air Defense Units
– LVT 3 – Fighter Data Link: Provides Link-16 with reduced output power for the USAF F-15 fleet
MIDS LVT-1
MIDS LVT-3
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“We can’t support all your discrete radios”
“We can’t fight the way we want to with your discrete radios”
“We can’t introduce new technology at the pace of commercial industry”
Description
A DoD Joint Program for an information warfare communication system built on a family of HF-to- L-band radios with a common open architecture
Discriminators
• Software controlled andreprogrammable
• Modular and scalable
• Extensive use of COTS technology
• Simplified applications engineering
• Rapid deployment of systemimprovements
Why the U.S. DoD Demands JTRS!
6
JTRS Overview
• Joint Tactical Radio System (JTRS)– Hardware and software designed to comply with the JTRS Software
Communications Architecture (SCA)
– Ensures reusability, compatibility, interoperability and maintainability
7
Why Transform MIDS to JTRS?
• Provides a low-risk path for migration of current tactical data link technology to JTRS, producing a 4-channel Joint Tactical Radio– The Next Generation Tactical Data Link/Communications TerminalThe Next Generation Tactical Data Link/Communications Terminal
• Assured interoperability with legacy MIDSAssured interoperability with legacy MIDS– Common component and vendors
• Software programmability for low-cost implementations of Link-16 waveform Software programmability for low-cost implementations of Link-16 waveform improvementsimprovements
– IP over Link-16
– Dynamic Net Management
• Capability to run all current Tactical Data Links and other JTRS waveformsCapability to run all current Tactical Data Links and other JTRS waveforms– Link-16
– EPLRS
– JVFM/SINGCARS
– Link-11/22 (external PA)
• Capability to run future tactical data linksCapability to run future tactical data links– Wideband Networking Waveform (WNW)
• Growth potential for internal gateway capability beyond JTRS ORDGrowth potential for internal gateway capability beyond JTRS ORD
8
MIDS-JTRS Objectives
• Transform MIDS into a 4 channel JTRS radio while maintaining:Transform MIDS into a 4 channel JTRS radio while maintaining:– Current Link-16 and TACAN functionality– Same physical footprint – reduced integration efforts– Current connector configuration and position– Current host interface
• Increase functionalityIncrease functionality– Add Link-16 enhancements including Enhanced Throughput,
Frequency Re-mapping and Programmable Crypto– Add three programmable 2MHz – 2GHz channels to implement
JTRS waveforms– Embedded GPS
• Position for the FuturePosition for the Future– Capable of implementing emerging waveforms like WNW– Future waveform enhancements through software downloads– Multi Layer Security
9
Program Description
• Phase 1Phase 1 (Complete)– MIDS-JTRS feasibility study
• Five configuration options• Technology (SW Language, Processor, Bus, Transceiver)
– 3-Independent contractors (DLS, EuroMIDS, and ViaSat)
• Phase 2APhase 2A (Complete October 2003)– Develop common MIDS-JTRS architecture– Specification development
• Functional baseline (SSPS and ICD)• Allocated baseline (Module specifications)
• Phase 2A ExtensionPhase 2A Extension (October 2003 thru February 2004)– Specification updates– Software Specification Review (SSR)– Phase 1 Preliminary Design Review (PDR)
• Phase 2BPhase 2B (February 2004 start)– Engineering Development / Qualification
• Common Modules • Unique Modules
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FY03 FY04 FY05FY02 FY06 FY07 FY08
StudiesStudies
SpecSpec
Phase 1
Phase 2A
Phase 2B
Deliveries
Testing
“Plug & Play”
Full JTRS
Development/Qualification Development/Qualification Production Production
11stst Articles Articles11stst Articles Articles Prod UnitsProd UnitsProd UnitsProd Units
JTRS Waveform DevelopmentJTRS Waveform Development
Link-16, SINCGARS, HAVEQUICK II, EPLRS, DAMA SATCOM, HF SSB & ISB, ATC VHF DL, etc.
Waveform Availability
Lab TestingLab TestingLab TestingLab Testing DT/OT on TBD Lead PlatformDT/OT on TBD Lead PlatformDT/OT on TBD Lead PlatformDT/OT on TBD Lead Platform
SPEC
DT/OTDT/OTDT/OTDT/OT
EOC for Legacy Installs
BaselineMIDS JTRS Schedule
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Threshold/Objective Requirements
Requirement Threshold ObjectiveDev.
BaselineFuture Growth
# Channels Four Four O -
Frequency Bands
Three 2-2000 MHzOne 960-1215 MHz
Three 2-2000 MHzOne 960 MHz-2 GHz
T O
Transceivers Three 2-2000 MHzOne Quad Link-16 (960-1215 MHz)
Three 2-2000 MHzOne Quad 960 MHz-2 GHz
T O
Internal PA Link-16/TACAN (960-1215 MHz)
Link-16/TACAN (960-1215 MHz), 30-2000 MHz
T O*
PA Output 200W 200W, 50W T O*
TACAN Dedicated Module/Appliqué
Waveform T O
GPS Yes Yes O -
Security MSLS MLS T X
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MIDS-JTRS Key Features
• Four Programmable Transceiver slots
• One Dedicated TACAN/GPS appliqué
• 4-Channel Red Processor & IO module
• 4-Channel Programmable COMSEC module
• Link-16/TACAN PA• IPS part of card stack-up• Modular backplane design
supports future transceiver technology insertions
13
MIDS-JTRSStackup
RF
A/A
IU/I
PF
TA
CA
N/G
PS
2-20
00 M
od
em
/Xcv
r
L-1
6 M
od
em
/Xcv
r
2-20
00 M
od
em
/Xcv
r
2-20
00 M
od
em
/Xcv
r
IPS
Bla
ck
Co
re/S
ecu
rity
Su
bsy
ste
m
4 C
h.
Red
/IO
RPS
Chassis/Harness
SRU 1SRU 2SRU 3SRU4SRU 5SRU 6SRU 7SRU 8SRU 9
14
• Maintained existing connectors Maintained existing connectors and interfaceand interface
• Added new connector and I/O Added new connector and I/O for:for:– 3 external PA interfaces– GPS Antenna– RF connection for 5th channel– 2 additional Ethernet interfaces– 2 additional 1553 MUX
interfaces– 2 additional voice interfaces
• Host Interface CapabilityHost Interface Capability– Three 1553 MUX channels– Four Ethernet Channels– Four Voice Channels
Front Panel Illustration
15
MIDS JTRSan example
TACAN & GPS
Link-16
WNW
DAMA
VHF ATC
• Increases Interoperability- Provides Link-16 Capability- TACAN & GPS- Plus 3 other programmable
channels• Same “Foot Print” as existing
MIDS LVT-1- Same Connector and ICD for
L16 and TACAN- Same mechanical mounting
Tactical Data Link
COMMAND & CONTROL
Tactical Data Link
COMMAND & CONTROL
Beyond Line of Site Comm.
Beyond Line of Site Comm.
Tactical picture from off-board
assetsBIG PICTURE
Tactical picture from off-board
assetsBIG PICTURE
Air Traffic Control
Air Traffic Control
16
Example host configuration
HOST
Universal PA
UHF/VHF PA
UHF/VHF PA
WNW
DAMA
VHF ATC
Link-16TACAN
GPS
ETHERNET (Link-16)ETHERNET (WNW)1553 (DAMA)1553 (VHF ATC)
VOICE
17
MIDS-JTRS8-Channel Configuration
Black Gateway Bus
Capability•Link-16•7 Programmable Channels•TACAN and GPS•Embedded Link-16 and Band Specific PAs
Band Specific PALink-16 PA
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WNWWNW
Link-16EPLRS
WNWWNW
EPLRS
WNWWNW
HAVEQUICK II
ANG
JTRS/MIDS Ties in 700
legacy Guard and Reserve a/c to main GSTF force
JTRS/MIDS Ties in 700
legacy Guard and Reserve a/c to main GSTF force
Connectivity to GIG, DTIG and theater assets.
Connectivity to GIG, DTIG and theater assets.
Time Critical Targeting (AT-3), intra-flight data transfer, current theater data from
Link 16, WNW data links
Time Critical Targeting (AT-3), intra-flight data transfer, current theater data from
Link 16, WNW data links
WN
WW
NW
LPI/LPD JTRSWideband Networking Waveform
(Voice, Data, Video)
MIDS-JTRSNetwork Centric Connectivity
19
MIDS-JTRSSummary
• MIDS-JTRS greatly enhances the War-fighter’s capability by integrating legacy and new waveforms in a single box
• Platform radio volume and weight reduced
• MIDS-JTRS provides the means for joint connectivity
• Due to the modularity of the software and the programmability of the hardware, waveform enhancements are easily added
– Link-16 Enhancements
– Emerging waveforms
• MIDS-JTRS is in Development and will be available for production in 2006
21
MIDS-JTRSBenefits
• Maximizes portability• SCA extension to DSP (assembler) and FPGA (VHDL) code
• Maximizes portability• Common SDR services available to all waveforms and
applications
• Minimizes PDSS and LCC• Extensive waveform component libraries to facilitate software
reuse
• Maximizes portability• Highly componentized, maximally portable waveform
implementations (GPP then DSP then FPGA
• Minimizes PDSS costs and LCC• Software commonality
• Enables MILS and ensures deterministic waveform performance• Physical channel separation
• Ensures that technical decisions are driven by operational needs rather than by desires of technologist
• Use of validated system-level performance models
• Reduces the number of power amplifiers• Captures state-of-the-art PA technology• Covers specialized Link-16 requirements
• Power amplifier (Link-16/TACAN, 969-1206 MHz @ 200W )
• Allows technical insertion as networking/INFOSEC advances from third party developers through the life of the terminal
• Open architecture networking and INFOSEC SRUs
• Avoids pitfalls of channelized architecture• Universal SRUs satisfy common waveform requirements
• Supports technical insertion and future capabilities• Open-architecture, modular hardware
• Supports all JTRS waveforms• Full 2 MHz to 2 GHz frequency agility in Transceiver
BenefitFeature
MIDS to JTRS architecture features