The first 3 functions are the basis of an RFTS. Today, many more functions are required. The need for an RFTS has become the need for a more complete and enhanced Fiber Management System.
Fiber Optics Division
Fiber Optics DivisionProduct Portfolio OMK-55 MTS-8000 • Power Meter OLP-55 • All on one • Optical Source OLS-55 • OTDR/CD/PMD/WDM • Optical Attenuator OLA-55 • PDH/SDH/Ethernet • Fault locator mode Smart Handheld Optical Meters • Hi-vis color screen OLP-57 & OLT-55 • Touchscreen • 1310/1490/1550nm • OLP-57 selective 1310/1490/1550nm w/ thru-mode for upstream 1310nm λ • USB port for results download MTS-5100/6000 (OTDR) OLX-6 Pocket Size Optical Meters • 1310/1550nm PON • OLS-6 Source 1490nm version available module •OLP-6 Pwr Meter 1310/1490/1550 • Fault locator mode • Hi-vis color screen ONMS Optical Network Monitoring System • Monitors dark or active fibers in network ORL-55 • Integrates to Customer NOC/NMA • Return Loss Meter • Alarm / notification / dispatch • Power Meter • Optical Source
The SMART Design Protection cap cannot get lostUniversal 2014 adapters Standfor power meter´s Universal 2150 adaptersbest accuracy for all 2.5mm and 1.25mm connector types Graphical display USB interface 64 x 128 dots 12V DC power supply Clear, menu structured operation High battery capacity Easy user interface for long operation time SMARTStar 4 x AA Shock proofed housing
SMART Features & BenefitsOLT-55 • Simultanously measurement with up to 3 wavelength (FFT algorithm) • High dynamic range: 60dB • Three in one instrument • Loss Test set • Power meter mode • Laser source mode • Universal adapter system • Structured data memory (cable/fiber) for > 1000 records • Fast operation: AutoZeroing, Twintest, Tripletest
SMART Features & BenefitsORL-55 • Simultaneously measurement with up to 3 wavelength (FFT algorithm) • High dynamic range: 60dB • Angled test port for lowest intrinsic error • Only “OPEN” calibration necessary • Three in one instrument • Return Loss Meter • Power meter mode (reduced specs due to fiber coupling) • Laser source mode • Universal adapter system with APC test port • Structured data memory (cable/fiber) for > 1000 records • Fast operation: AutoZeroing, Twintest, Tripletest
MTS-5100 Field Mini OTDR •Optimized mainframes – MTS-5100 Lightweight (<3.5kg) Mini-OTDR Market •Optimized for field use Leader – Rugged & compact & lightweight – Large B&W or color display – Up to 2 NiMh internal batteries •High performance OTDR modules – Up to 2 measurement plug-in modules – Short dead zones DR – High dynamic ranges HD, VHD – Cost effective SR – High accuracy with 128K data points
MTS-6000 Field Mini OTDR Removeable LiIon Microphone 5 Hardkeys and 1 Start/Stop Battery key -For easy page selection. -No Pop up menus 7 Softkeys - Context dependent - SW Compatibility with MTS/TBERD 8000 Navigation Pad4 Molded Bumpers 8.4" High Visibility TFT Color Screen - Ideal landscape format for OTDR results - For both inside or outside use - Touchscreen on option
MTS-6000Advanced Field Modularity MoreLiIon intelligent battery with (All M than 40extended life time TS/T optic B 80 al m- 8 hours with Telcordia Standard for OTDR 00 c odul o mp es a atibl vaila e) ble! • OTDR MM • OTDR SM (From FTTx to long haul networks) • OFI • CD • PMD • WDM One extractible optical module
Test and Data Interfaces Standard Electrical Interfaces Optical OptionsMTS/TB 8000 adds: Compact Flash RJ-45 Ethernet Port Talk-Set /Light Source - Remote control - Data transfer VGA output - FTP transfer… - Remote control DIN connector Modem AC Input Headset 2 x USB Ports VFL Power-Meter -USB memory sticks -Video inspection probe - Mouse, keyboard…
Connection checkApplication:Verify the quality and integrityof optical distribution frameand fiber jumpers VFL Patchcords analysis Power Meter Patchcord loss/launch fiber Videoscope Connector quality analysis (OTDR, patchcords, link…)
Main OTDR Specifications• Best in industry data acquisition speeds (<0.1 seconds)• Industry leader for dynamic range with 50dB @ 1550nm (UHD)• New wavelengths and combinations available: – 1490nm for FTTx, – 1383nm for CWDM – Filtered 1625nm for “In-Service” measurements – 1310/1490/1550 for FTTx – 1310/1383/1550/1625nm for CWDM
Installation and CableAcceptanceOTDR Mesurement Multi-wavelength acquisition Setting of events Trace + event table Marker mode Manual modeBi-directional OTDR Splice measurement and average calculation Limits handling errors by exchanging configuration. Link continuity checking Immediate trace alignment
Other Applications: Chromatic dispersion PMD CWDM/DWDM maintenance Attenuation profile Ready for very high bitrates Dispersion measurements approved and standardized by ITU, IEC et EIA/TIA Spectral attenuation combined to PMD test module
Options/Accessories Options (At time of purchase) Accessories • Touchscreen • Video Fiber Scope • Extended internal memory • Additional intelligent battery • Power meter • Keyboard, mouse, USB stick • VFL • PC application Software (FiberTrace and FiberCable) • Talkset/Sources • 2 soft carrying cases • 1 hard carrying case • Cigarette lighter power adapter • Additional optical adapters • Optical test cables • Calibration report
MTS 8000 – PlatformIntroduction Next Generation Test Platform!!
MTS 8000Modular ArchitectureTransport Module User Interface Module (UIM)one thin module!!• 10GigE• SDH - STM-64 thru E1• SONET - OC-192 thru DS1• 10/100/1000Mbps Ethernet Transport Module – and Optical GigE 10GigE, SONET, SDH and EthernetOSA Module• CWDM/DWDM testing OSA Module – 1250-1650nm, (1250nm to 1650nm) Channel Drop and Single/Dual• Single/Dual Port options Port• Channel Isolation DropPlatform also includes - OTDR, PMD and CDmodules Battery Pack
Transport ModuleHighlights• Less than 7 kg fully populated (UIM + Module + Battery)• Contained in one 5 cm module – Electrical Interfaces include DS1, E1, E3, DS3, E4, STS-1 and STM-1e – SDH/SONET Interfaces include 155M/622M/2.5G/10G (1310nm, 1550nm) – 10/100/1000Mbps and Optical GigE/10GigE LAN (850nm, 1310nm and 1550nm)• Single and Dual Port for GigE• Dual Receivers for DS1, E1, E3, DS3 & STS-1• FST-2802 - User Interface Design• Field exchangeable connectors – Enables easier connector cleaning – Minimizes the need for Hybrid jumpers• Highly configurable/Fully upgradeable Ex. STM-64 only, STM-64/10GigE
MTS 8000:Built-in Connection Check• VFL – Analysis of bend/break on patch panels/ jumpers• Power Meter – Analysis of the loss of the jumpers – Absolute power measurement• Optical Fiber Microscope – Analysis of the quality of the connectors Dirty connector: Clean connector Increased IL and ORL! Get the right measurement of your network!
From High Resolution to VeryHigh Dynamic Range OTDR• Pinpoint patch panels and cross connects with DR module (1m/8m dead zones)• Offer the best compromise with Long range solution (3-wavelength HD module)• Excel in very long distances with VHD capability. Be Multimode Short range Medium range Long range modules st long range Very modules MM modules SR modules DR HD of modules VHD Central wavelength 850/1310 nm 1310/1550nm 1310/1550nm 1300/1550/1625nm Cl 1310/1550/1625nm (1) +/-20nm +/-20nm +/-20nm +/-20nm as +/-20nm Laser safety class Class 1 Class 1 Class1 +/-10nm for 1625nm Class1 Class1 s! +/-10nm for 1625nm (21CFR) Pulsewidth 3ns to 200ns 10ns to 10µs 5ns to 10µs 10ns to 20µs 10ns to 20µs Distance range Up to 80km Up to 260km Up to 260km Up to 380km Up to 380km RMS dynamic 25dB 23dB 35dB 33dB 37dB 35dB 42dB 40dB 40dB 44dB 44dB 44 dB range (2) Event dead zone 1.5m 1.5m 3m 3m 1m 1m 4m 4m 4m 6m 6m 6m (3) Attenuation dead 5m 5m 15m 15m 8m 8m 15m 15 m 15m 20m 20m 20m zone (4)
Complete Fiber CharacterizationSolution • Conventional Testing – OTDR, IL, ORL, Length • Dispersion Testing – Polarization Mode dispersion • Fixed Analyzer method • 45dB dynamic range • From 0.1 to 60ps delay measurement – Chromatic Dispersion • Pulse Delay Method (Time domain) • 30 dB dynamic range • From 0.1 to 100 ps/nm.km dispersion range • Spectral Attenuation – Loss over the fiber length between in the C and L-band
MTS-8000: New automatic bi-directionalanalysis (SW option)Traditional Bi-directional Analysis : ACTERNA Automatic Bi-directional Analysis :• True splice loss measurement • True splice loss measurement• Reveals events that are hidden by dead • Reveals events that are hidden by dead zones in one direction zones in one direction• Possible error handling: incorrect setup • No operation error. Same setup• Possible error handling: incorrect fiber • Automatic fiber continuity check• Transfer all files end of the day • Immediate trace alignment with correct parameters + ! 5 0% gs a vin m eS Ti Installer test: Bi-directional analysis at 2 λs 2 hours for 72 fibers.
DWDM Testing Solution • DWDM System testing – OSA-160/161/200/201 with channel isolator capability OSA-160 IN single port OUT CH-drop option • Powerful Alarm management – Set of alarms define for each channel • Advanced Grid selection – Multiple grid settings (ITU-T, manual, Auto…) – Channel detection according to the Grid
Family of Solutions Network MTS/T-BERD 8000FC + Transport + Ethernet MTS/T-BERD 6000Fiber Characterization (FC) including OTDR, CD, PMD… MTS-5100 OTDR/PM Scalability
Optical Network Management System Remote AdvancedAutomatic fault Testing measurement location and Measurement analysisOSS Interface Physical & Photonic Domains Segmentation ONMS OSP & GIS Web Access documentation Reports, Extensive Performance Trend Quality of Alarm & pro-active Service ... management maintenance Page 26
ONMS?• ONMS is an Optical Network Management System.• ONMS includes three main applications: • Remote Fiber Test System • Using MTS OTDR Modules • In service and Out of service Monitoring • DWDM Performance Monitoring • Using MTS OSA modules. • OFM : Optical Fiber Mapping : OFM • Network documentation including GIS New
What is OFM? • A complete software application for documentation, operating and maintenance of fiber optic outside/inside plant facilities • OFM is based on a Geographical Information System (GIS) Spatial data tabular data Network Access points Layers Cables Buildings Background Utilities maps Streets Roads, Railways Administrative Boundaries
ONMS Why? • Increase workforce productivity and efficiency: – By decreasing time to turn up new services (from 30 days down to 5 days) – By reducing technician dispatches (goal: 50%, Operational cost saving) – By reducing need for specialists in the field • Improve service to end customer (Dark fiber or λ provider) – By reducing network downtime/Improve quality of service (MTTR -30%) – Better SLA Management • Take control of network resources – By improving the management of fiber plant resource – By knowing the performance of available resource (fiber characterization)
ONMS LA Customers • Megacable (Mexico) • Metronet (Mexico) • CableMas (Mexico) • CableVision of Monterrey (Mexico) • Alcatel/Petrobras (Brazil) • Telemar (Brazil) - Biggest system currently deployed • Furukawa (Brazil) • ICE (Costa Rica) • Telecom Argentina (Argentina) • Telefonica Movistar (Venezuela) • Colombia Telecomunicaciones (Colombia) RTU • CableSula/Sulanet (Honduras) (Remote Test Unit)