Fibre OTDR Overview - · PDF fileFibre OTDR Overview The Fast Light OTDR probe has been...
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© 2016 OTDR Specification utel.co.uk Contact sales on +44 1473 828909 ENQUIRE ONLINE [email protected] Fibre OTDR Overview The Fast Light OTDR probe has been specifically developed to enable the cost effective central office testing of fibre cable systems both point to point and point to Multipoint (PON's). UTEL has a reputation for stretching the technical envelope of what is deemed possible. In the development of our OTDR we have applied the latest technology and have succeeded in creating a truly revolutionary measurement platform with a high dynamic range. The basic OTDR trace is further enhanced and digitally cleaned of noise using advanced mathematical processing techniques. This enables the Fast Light OTDR to clearly see reflections, from ONT's on PON network. The OTDR with its high dynamic range is ideal for monitoring long distances fibres , providing clear accurate fault locations , plus also dynamic degradation information to allow preventative maintenance. Key Features § "Out of band test" wavelength, no interruption to service § Installation checks on sub contract work § Options for output format - skilled and non-skilled operators § Remote access and test management § Fault Analysis available at various levels § Cascade to Fibre level using the UTEL Optical Switch § Reduced OPeX and faster repair times § Determined baseline for future reference / changes § Rack Mount options § Choice of panel connectors Technical Specification § Wavelength: 1650nm +/- 10nm § Measurement range (km): 1, 2, 5, 10, 20, 50, 100, 200 § Pulse width (ns): 3, 10, 20, 50, 100, 200, 500, 1us, 2us, 5us, 10us, 20us § Sampling resolution (m): 0.085, 0.17, 0.50, 1, 2, 4, 8, 16, 32 § Dynamic range: 43dB (typ) § Event dead zone: 0.7m (typ) § Attenuation dead zone: 5m (typ) § Distance measurement accuracy: +/-(1+0.0025%xdistance +sampling resolution) § Maximum number of sampling points: 200,000 § Test Time: Typically 60 Seconds § Control Interface: Ethernet § Power requirements: -48V DC 24Watts § Width 437mm x Height 44.4mm x Depth 250mm Weight 2.18Kg
Transcript of Fibre OTDR Overview - · PDF fileFibre OTDR Overview The Fast Light OTDR probe has been...
© 2016OTDR Specification utel.co.uk
Contact sales on
+44 1473 828909
ENQUIRE ONLINE
Fibre OTDR
Overview
The Fast Light OTDR probe has been specifically developed to enable the cost effective central office testing
of fibre cable systems both point to point and point to Multipoint (PON's).
UTEL has a reputation for stretching the technical envelope of what is deemed possible. In the development of
our OTDR we have applied the latest technology and have succeeded in creating a truly revolutionary
measurement platform with a high dynamic range. The basic OTDR trace is further enhanced and digitally
cleaned of noise using advanced mathematical processing techniques. This enables the Fast Light OTDR to
clearly see reflections, from ONT's on PON network. The OTDR with its high dynamic range is ideal for
monitoring long distances fibres , providing clear accurate fault locations , plus also dynamic degradation
information to allow preventative maintenance.
Key Features
§ "Out of band test" wavelength, no interruption to service§ Installation checks on sub contract work§ Options for output format - skilled and non-skilled operators§ Remote access and test management§ Fault Analysis available at various levels§ Cascade to Fibre level using the UTEL Optical Switch§ Reduced OPeX and faster repair times§ Determined baseline for future reference / changes§ Rack Mount options § Choice of panel connectors
Technical Specification
§ Wavelength: 1650nm +/- 10nm§ Measurement range (km): 1, 2, 5, 10, 20, 50, 100, 200§ Pulse width (ns): 3, 10, 20, 50, 100, 200, 500, 1us, 2us, 5us, 10us, 20us§ Sampling resolution (m): 0.085, 0.17, 0.50, 1, 2, 4, 8, 16, 32§ Dynamic range: 43dB (typ)§ Event dead zone: 0.7m (typ)§ Attenuation dead zone: 5m (typ)§ Distance measurement accuracy: +/-(1+0.0025%xdistance +sampling
resolution)§ Maximum number of sampling points: 200,000§ Test Time: Typically 60 Seconds§ Control Interface: Ethernet§ Power requirements: -48V DC 24Watts§ Width 437mm x Height 44.4mm x Depth 250mm Weight 2.18Kg
