6/20/2002- p. 1 surface warfare center division fiber optics navsea lcs conference 20 june 2002 gair...
TRANSCRIPT
6/20/2002 - p. 1
Surface Warfare Center Division
Fiber Optics
NAVSEA LCS Conference20 June 2002
Gair Brown
Code B35
https://fiberoptics.nswc.navy.mil
6/20/2002 - p. 4
Surface Warfare Center Division
TECH MANUAL
• NAVSHIPS TECH MANUAL CH 408 is under technical revision (funded by 04L2 Mickey Ander)– Incorporate Blown Optical Fiber (BOF)
– Incorporate improved multimode connector polishing processes
– Address single mode fiber and connector processes
– Incorporate additional test requirements (single mode)
– Incorporate Pierside Connectivity support procedures
• Major overhaul of NAVSHIPS TECH MANUAL CH 408 structure is under study– Remove detailed technical information from NAVSHIPS TECH
MANUAL CH 408
– Develop stand alone Fiber Optic Tech Manual
6/20/2002 - p. 5
Surface Warfare Center Division
Fiber Optic Support Requirements
OTDR Mini OTDR
OLTS/ORLM
Leak Detector
GPETE(linked to fiber type)
.
.
.
.
Spare cables and connectors
Measurement Quality Jumper Cables (linked to cable connector
types and fiber types)
Connector kits
Damage control kit
Blown optical fiber support kits
6/20/2002 - p. 6
Surface Warfare Center Division
Fiber Optic Support Requirements
• Initial fleet requirements analysis complete (FY02)– 149 shipboard systems/variants identified as containing optical fiber
– 2669 known fiber optic installations
• Requirements documented in Access database• Fiber Optic systems configurations documented in an
Excel database– To be provided to NWS Earle
• Revised GPETE fleet allowances distributed to fleet for review– No fleet feedback received
– Do we provide to NWS Earle for SPETERL update?
6/20/2002 - p. 7
Surface Warfare Center Division
GPETE Allowancing
• Basic fiber optic test equipment allowance – One Multimode Mini OTDR (SCAT 4318)– Two Multimode OLTS (SCAT 4954)– One Leak Detector (SCAT 4319)
• Large installation upgrade– Additional basic allowance
• Basic single mode upgrade – Two Single Mode OLTS/ORLMs (SCAT 4952)
• IMA upgrade– Full blown OTDR
• IMA loaner pool– Additional OTDR (and SM module), basic allowance, and basic SM
upgrade
6/20/2002 - p. 8
Surface Warfare Center Division
GPETE Standard Models
• SCAT 4310 OTDR – W&G MTS5200NV– SM Module - W&G 5024DR-UNI-ST-AD
• SCAT 4318 Mini-OTDR - Anritsu MW9070NV– SM Module – Not planned for near term fielding
• SCAT 4954 OLTS - Anritsu MS9020B/C/D– Updated NAVSEA measurement requirements specification– Revised NRL OLTS purchase description– Contract for next standard model in process at NAVICP
• SCAT 4952 SM OLTS– NAVSEA measurement requirements specification– NRL OLTS purchase description– Contract for standard model in process at NAVICP
• SCAT 4319 Leak Detector - Photonix PX-D603
6/20/2002 - p. 9
Surface Warfare Center Division
Fiber Optic MQJs
• AEL development began in March• Separate AEL for multimode MQJs, single
mode MQJs, and single mode enhanced MQJs
• AELs to be completed by the end of summer• Funding shortfall for AEL
6/20/2002 - p. 10
Surface Warfare Center Division
MQJ Allowancing
• Basic Multimode (MM) MQJ allowance – MM ST MQJ set
• M28876 MM shell size 13 MQJ set** upgrade• M28876 MM shell size 15 MQJ set** upgrade• Single mode (SM) ST MQJ set upgrade• M28876 SM shell size 13 MQJ set ** upgrade• M28876 SM shell size 15 MQJ set ** upgrade• IMA Loan Pools
– MM ST MQJ set, MM M28876 shell size 13/15 MQJ set, SM ST MQJ set, Enhanced SM ST MQJ set
• Other MQJs as required**Redefined MQJ sets
6/20/2002 - p. 11
Surface Warfare Center Division
Fiber Optic Repair Kits
• AEL development began in March• One AEL for all fiber optic repair kits• AELs to be completed by the end of summer• No funding for AEL
6/20/2002 - p. 12
Surface Warfare Center Division
New Kit Requirements
• Blown Fiber Technology– BOF support kit (O-level) (contents TBD)– BOF Fiber blowing kit (I-level, shore) (contents TBD)
• Support kit will be added to fiber optic repair kit AEL when defined
• Kits will be funded through SHIPALTS and ECPs
6/20/2002 - p. 13
Surface Warfare Center Division
Kit Allowancing
• Basic kit allowance – ST/SC kit
– ST kits procured before FY00 do not include SC tools and should be supplemented with SC upgrade kit
• M28876 kit upgrade as required• FDDI kit upgrade as required (requirement is going
away)• IMA loaner kits
– ST kit, M28876 kit
• BOF Support kit as required• BOF Blowing kit as required (Shore Sites only)
6/20/2002 - p. 14
Surface Warfare Center Division
Fiber Optic Training
• FO Training was the subject of a separate presentation– Revised course curriculum online at Norfolk, San Diego, and
for MTT– Approximately 600 students trained last year– NTSP undergoing major revision (CNET request)
6/20/2002 - p. 16
Surface Warfare Center Division
Initiatives
• Merging of OTDR and Mini-OTDR– Doesn’t appear cost effective unless OTDR requirements
relaxed to Mini level– Continue market surveillance
• Emergency Restoration Kit– FTC recommendation– Contents defined, kit prototyped– Kit to be evaluated on LANT ship
• MQJ cases– Two MQJ cases have been defined– Should these be identified on the MQJ AEL?
6/20/2002 - p. 17
Surface Warfare Center Division
Initiatives (cont)
• 3M reporting of fiber optic actions– New 3M action code proposed to flag fiber optic actions
• SURFLANT Fiber Optic Survey– Inventory of fiber optic support equipment
• NAVSEA/NAVAIR Commonality– NAVAIR requirements being developed– Special NAVAIR OTDR – OLTS under evaluation– Allowancing to be considered soon
• Visual Leak Detector– Under evaluation at NSWC PHD
• Low Cost MQJs– Possible 50% to 70% cost savings– New R&D project
6/20/2002 - p. 19
Surface Warfare Center Division
Issues
• Fleet inventory of fiber optic GPETE, MQJs and kits– Current records suspect– SURFLANT survey to address east coast– What about SURFPAC, AIRLANT, AIRPAC, SUBLANT, and
SUBPAC?
• Funding (as always)– Fiber optic support equipment shortfall estimated to be over
$7.7 M ($4.6 M GPETE)
6/20/2002 - p. 21
Surface Warfare Center Division
Navy Systems With Fiber
• SSTS• SASWCS• SSTD• TAMPS• TESS• TIDS• TMS• TSS• TSMS• VLS• And more
• Over 149 systems/variants• ARCI• ACDS• AIEWS• ATWCS• ADS• APS• ASW (CV-TSC)• ADMACS/ISIS• BEWT• BFTT• BGPHES• CCS• CSTS• CDL-N• CASS/OMS• CEC• DCQ• ECS
• FODMS• GCCS-M• GPS• GCS• IPDS• IBS• ICAS• ISNS• IVN• JSIPS-N• NSSMS• NSFS• NAVMACS• NTCSS• NAVSSI• NITES• RAIDS• SSDS
6/20/2002 - p. 22
Surface Warfare Center Division
Support Requirements Overview (Multimode)
• Multimode Fiber Technology– Multimode Optical Time Domain Reflectometer (OTDR)– Multimode Mini OTDR– Multimode Optical Loss Test Set– Optical Leak Detector– Multimode Measurement Quality Jumper Cables (probes)
– Connector repair kits– Multimode damage control kit
- Core multimode support items
6/20/2002 - p. 23
Surface Warfare Center Division
Support Requirements Overview (Single mode)
• Single Mode Fiber Technology– Single Mode Optical Time Domain Reflectometer (OTDR)– Single Mode Mini OTDR– Single Mode Optical Loss Test Set (OLTS)/ Optical Return
Loss Meter (ORLM)– Optical Leak Detector– Single Mode Measurement Quality Jumper Cables (probes)
– Connector repair kits– Single Mode damage control kit
- Additional core items required for single mode support - Multimode core item meets single mode requirement
6/20/2002 - p. 24
Surface Warfare Center Division
Test Requirements Detail
• Output power
Equipment Under Test Power Meter
Measurement Quality JumperCable
Power Meter
Measurement Quality JumperCable
Cable Link Under Test
6/20/2002 - p. 25
Surface Warfare Center Division
Test Requirements Detail (2)
• Optical loss location (coarse)
Optical TimeDomain
Reflectometer(OTDR)
Cable Link Under Test
Dead Zone Cable (Measurement Quality Jumper Cable)
6/20/2002 - p. 26
Surface Warfare Center Division
Test Requirements Detail (3)
• Optical loss location (fine)
Optical LeakDetector (source)
Cable Link Under Test
Measurement Quality Jumper Cable
Optical Leak Detector (detector)
6/20/2002 - p. 27
Surface Warfare Center Division
Test Requirements Detail (4)
• Cable assembly loss
Light Source / Power Meter
Power Meter / Light Source
Reference MQJ
Reference Power Reading = Po (dBm)
Cable Under Test
Input/OutputMQJ
Output/InputMQJ
LOSS = Po – Pt (dB)
Light Source / Power Meter
Power Meter / Light Source
Test Power Reading = Pt (dBm)