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Fiber optic communication network equipment
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Optical multiplexer - WaveReady™
Flexible, low-cost CWDM OADM splice packs solutions expand the capacity of existing fiber while allowing 1310 nm pass-through traffic to continue unobstructed through the bus or ring.
The WaveReady™ Coarse Wavelength Division Multiplexing (CWDM) Optical Add/Drop Module (OADM) splice packs are part of a family of flexible,...
The WaveReady™ Coarse Wavelength Division Multiplexing (CWDM) Optical Add/Drop Module (OADM) splice packs are part of a family of flexible,...
Optical multiplexer - WaveReady™
Flexible, low-cost CWDM OADM splice packs solutions expand the capacity of existing fiber while allowing 1310 nm pass-through traffic to continue unobstructed through the bus or ring.
The WaveReady™ Coarse Wavelength Division Multiplexing (CWDM) Optical Add/Drop Module (OADM) splice packs are part of a family of flexible, low-cost solutions that expand the capacity of existing fiber. Through the use of CWDM technology, individual channels can be optically added or dropped from a fiber pair while allowing 1310 nm pass-through traffic to continue unobstructed through the bus or ring.
CWDM OADM bidirectional splice packs provide both east and west add/drop functionality and are readily deployed in existing outside plant splice enclosures in combination with WaveReady CWDM Mux/Demux products at the headend. They provide ample room for fiber management and splice holders.
CWDM OADM bidirectional splice packs interoperate with both the WaveReady line of transponder and optical regenerator solutions as well as ITU G.694.2-compliant small form-factor pluggable (SFP) transceivers and transponder cards widely used in transmission equipment.
With countless hours of continual field operation, industry-leading JDSU optical multiplexing technology offers unparalleled reliability and leading-edge performance.
The WaveReady™ Coarse Wavelength Division Multiplexing (CWDM) Optical Add/Drop Module (OADM) splice packs are part of a family of flexible, low-cost solutions that expand the capacity of existing fiber. Through the use of CWDM technology, individual channels can be optically added or dropped from a fiber pair while allowing 1310 nm pass-through traffic to continue unobstructed through the bus or ring.
CWDM OADM bidirectional splice packs provide both east and west add/drop functionality and are readily deployed in existing outside plant splice enclosures in combination with WaveReady CWDM Mux/Demux products at the headend. They provide ample room for fiber management and splice holders.
CWDM OADM bidirectional splice packs interoperate with both the WaveReady line of transponder and optical regenerator solutions as well as ITU G.694.2-compliant small form-factor pluggable (SFP) transceivers and transponder cards widely used in transmission equipment.
With countless hours of continual field operation, industry-leading JDSU optical multiplexing technology offers unparalleled reliability and leading-edge performance.
Optical multiplexer - MDF
Family of flexible, cost-effective solutions expands the bandwidth capacity of existing fiber, ideally suited for outside plant (OSP) deployments.
The WaveReady Mux/Demux Fiber (MDF) line of 100 GHz Optical Add/Drop Multiplexer Modules (OADM) comprise a family of flexible, cost-effective...
The WaveReady Mux/Demux Fiber (MDF) line of 100 GHz Optical Add/Drop Multiplexer Modules (OADM) comprise a family of flexible, cost-effective...
Optical multiplexer - MDF
Family of flexible, cost-effective solutions expands the bandwidth capacity of existing fiber, ideally suited for outside plant (OSP) deployments.
The WaveReady Mux/Demux Fiber (MDF) line of 100 GHz Optical Add/Drop Multiplexer Modules (OADM) comprise a family of flexible, cost-effective...
The WaveReady Mux/Demux Fiber (MDF) line of 100 GHz Optical Add/Drop Multiplexer Modules (OADM) comprise a family of flexible, cost-effective...
Optical protection switch
Rugged, plug-and-play, bi-directional protection switch for single mode fiber can be used for both equipment or fiber protection.
JDSU's Agile Optical Switch family provides the broadest portfolio of ROADM solutions designed to match the requirements of major market segments. They are the building blocks of Agile Optical Networks and provide the flexibility to remotely reconfigure any...
JDSU's Agile Optical Switch family provides the broadest portfolio of ROADM solutions designed to match the requirements of major market segments. They are the building blocks of Agile Optical Networks and provide the flexibility to remotely reconfigure any...
Optical protection switch
Rugged, plug-and-play, bi-directional protection switch for single mode fiber can be used for both equipment or fiber protection.
JDSU's Agile Optical Switch family provides the broadest portfolio of ROADM solutions designed to match the requirements of major market segments. They are the building blocks of Agile Optical Networks and provide the flexibility to remotely reconfigure any or all wavelengths, thereby reducing time-to-service, simplifying the network and streamlining planning and management. This results in significant Opex and Capex reductions and faster time to revenue. In addition, they enable the cost effective creation and deployment of more complex network architectures.
The JDSU WaveReady 3000 series LPR-530DWC1SA path and equipment protection module is a rugged, plug-and-play, bi-directional protection switch for single mode fiber (SMF). It can be used for both equipment or fiber protection. A typical application would be the protection of multi-channel links on SMF.
The LPR-530DWC1SA continuously monitors optical power on both its primary and secondary links. If optical power on the primary link drops below a certain threshold, the module switches traffic to the secondary link in less than 15 ms.
Two switching schemes are available. Manual operation allows for on-site or remote switching from one link to the other. Automatic operation in window switching mode allows users to control both the lower and upper level switch activation points. An automatic switch-back feature resets the module to its original configuration when the primary link power levels return to normal.
JDSU's Agile Optical Switch family provides the broadest portfolio of ROADM solutions designed to match the requirements of major market segments. They are the building blocks of Agile Optical Networks and provide the flexibility to remotely reconfigure any or all wavelengths, thereby reducing time-to-service, simplifying the network and streamlining planning and management. This results in significant Opex and Capex reductions and faster time to revenue. In addition, they enable the cost effective creation and deployment of more complex network architectures.
The JDSU WaveReady 3000 series LPR-530DWC1SA path and equipment protection module is a rugged, plug-and-play, bi-directional protection switch for single mode fiber (SMF). It can be used for both equipment or fiber protection. A typical application would be the protection of multi-channel links on SMF.
The LPR-530DWC1SA continuously monitors optical power on both its primary and secondary links. If optical power on the primary link drops below a certain threshold, the module switches traffic to the secondary link in less than 15 ms.
Two switching schemes are available. Manual operation allows for on-site or remote switching from one link to the other. Automatic operation in window switching mode allows users to control both the lower and upper level switch activation points. An automatic switch-back feature resets the module to its original configuration when the primary link power levels return to normal.
Optical fiber interleaver - OFI
Athermal 50/100 GHz Dual Optical Frequency Interleaver (OFI) module.
The WaveReady OFI demuxes a common 50 GHz 88-channel stream into two 100 GHz 44-channel streams offset by 50 GHz. It can...
The WaveReady OFI demuxes a common 50 GHz 88-channel stream into two 100 GHz 44-channel streams offset by 50 GHz. It can...
Optical fiber interleaver - OFI
Athermal 50/100 GHz Dual Optical Frequency Interleaver (OFI) module.
The WaveReady OFI demuxes a common 50 GHz 88-channel stream into two 100 GHz 44-channel streams offset by 50 GHz. It can also multiplex two channel streams onto a single fiber. A completely passive architecture, an athermal design facilitates rapid deployment with enhanced predicted stability and improved reliability. The module requires no power or external cooling cooling requirements, thereby reducing operational cost.
Deployed in conjunction with the industry proven WaveReady 44-channel passive Multiplexer/Demultiplexers (MDX-44MD1F1CB and MDX-44MD1N1CB), the WaveReady OFI enables a complete 88-channel DWDM solution, supporting 50GHz channel spacing, compatible with any data rate up 40 Gbps per channel.
The WaveReady OFI demuxes a common 50 GHz 88-channel stream into two 100 GHz 44-channel streams offset by 50 GHz. It can also multiplex two channel streams onto a single fiber. A completely passive architecture, an athermal design facilitates rapid deployment with enhanced predicted stability and improved reliability. The module requires no power or external cooling cooling requirements, thereby reducing operational cost.
Deployed in conjunction with the industry proven WaveReady 44-channel passive Multiplexer/Demultiplexers (MDX-44MD1F1CB and MDX-44MD1N1CB), the WaveReady OFI enables a complete 88-channel DWDM solution, supporting 50GHz channel spacing, compatible with any data rate up 40 Gbps per channel.
Optical fiber interleaver - IBC Series
The JDSU interleaver is a terabit-enabling technology for ultradense wavelength division multiplexing (DWDM) applications. When used in the mux configuration, the interleaver combines two streams of periodic optical signals (one...
Optical fiber interleaver - IBC Series
The JDSU interleaver is a terabit-enabling technology for ultradense wavelength division multiplexing (DWDM) applications. When used in the mux configuration, the interleaver combines two streams of periodic optical signals (one stream carries even channels and the other carries odd channels) into one stream of signals of half the channel spacing. When used in the demux configuration, the signal is separated into two complementary streams (even and odd channels) of twice the channel spacing.
The low dispersion interleaver, based on patented technology, features a wide clear bandwidth, minimal thermal drift, low insertion loss, low ripple, and low polarization dependent loss (PDL). Temperature control is not required.
Key Features
Low dispersion
Low insertion loss
High channel isolation
Wide clear bandwidth
Full C- or L-band coverage
Athermal design
The low dispersion interleaver, based on patented technology, features a wide clear bandwidth, minimal thermal drift, low insertion loss, low ripple, and low polarization dependent loss (PDL). Temperature control is not required.
Key Features
Low dispersion
Low insertion loss
High channel isolation
Wide clear bandwidth
Full C- or L-band coverage
Athermal design
Automatic transfer switch - 400 V | QC
Voltage : max 400.0 V
Automatic load transfer switch, type QC with contactors
Two four-pole contactors at 400V, mechanically and electrically interlocked.
Internal...
Automatic load transfer switch, type QC with contactors
Two four-pole contactors at 400V, mechanically and electrically interlocked.
Internal...
Automatic transfer switch - 400 V | QC
Automatic load transfer switch, type QC with contactors
Two four-pole contactors at 400V, mechanically and electrically interlocked.
Internal connections of power and control.
Automatic circuit breakers for protection of the control lines and signal line of the mains voltage.
Automatic and earth-leakage circuit breakers for protection of the power line, that feeds the auxiliary components (coolant heater and battery charger).
It can optionally inlcude the CON-2012 or CON-5012 load transfer control equipment.
Two four-pole contactors at 400V, mechanically and electrically interlocked.
Internal connections of power and control.
Automatic circuit breakers for protection of the control lines and signal line of the mains voltage.
Automatic and earth-leakage circuit breakers for protection of the power line, that feeds the auxiliary components (coolant heater and battery charger).
It can optionally inlcude the CON-2012 or CON-5012 load transfer control equipment.
Automatic transfer switch - 400 V | QS
Voltage : max 400.0 V
Automatic load transfer switch, type QS with motor-operated switches
One four-pole motor operated change-over switch at 400V.
Internal...
Automatic load transfer switch, type QS with motor-operated switches
One four-pole motor operated change-over switch at 400V.
Internal...
Automatic transfer switch - 400 V | QS
Automatic load transfer switch, type QS with motor-operated switches
One four-pole motor operated change-over switch at 400V.
Internal connections of power and control.
Automatic circuit breakers for protection of the control lines and signal line of the mains voltage.
Automatic and earth-leakage circuit breaker for protection of the power line, that feeds the auxiliary components (coolant heater and battery charger).
It can optionally include the CON-2012 load transfer control equipment.
One four-pole motor operated change-over switch at 400V.
Internal connections of power and control.
Automatic circuit breakers for protection of the control lines and signal line of the mains voltage.
Automatic and earth-leakage circuit breaker for protection of the power line, that feeds the auxiliary components (coolant heater and battery charger).
It can optionally include the CON-2012 load transfer control equipment.
Automatic transfer switch - 400 V | QI-22
Voltage : max 400.0 V
Automatic load transfer switch, type QI-22 with motor-operated breakers
Two four-pole motor-operated automatic circuit-breakers at 400V, mechanically and electrically interlocked.
Internal...
Automatic load transfer switch, type QI-22 with motor-operated breakers
Two four-pole motor-operated automatic circuit-breakers at 400V, mechanically and electrically interlocked.
Internal...
Automatic transfer switch - 400 V | QI-22
Automatic load transfer switch, type QI-22 with motor-operated breakers
Two four-pole motor-operated automatic circuit-breakers at 400V, mechanically and electrically interlocked.
Internal connections of power and control.
Automatic circuit breakers for protection of the control lines and singal line of the mains and genset voltage.
Automatic and earth-leakage circuit breakers for protection of the power line, that feeds the auxiliary componenets (coolant heater and battery charger).
It includes the CON-2012 load transfer control equipment. May optionally be replaced with CON-5012 switching control unit. In this case, the switch panel will be a QI-52.
Two four-pole motor-operated automatic circuit-breakers at 400V, mechanically and electrically interlocked.
Internal connections of power and control.
Automatic circuit breakers for protection of the control lines and singal line of the mains and genset voltage.
Automatic and earth-leakage circuit breakers for protection of the power line, that feeds the auxiliary componenets (coolant heater and battery charger).
It includes the CON-2012 load transfer control equipment. May optionally be replaced with CON-5012 switching control unit. In this case, the switch panel will be a QI-52.
Optical protection switch - EM316OSSH
The Fiber Driver® Optical Self-Healing Switch from MRV (EM316OSSH) makes creating a redundant optical link easier and more aff ordable than ever before. Designed to provide full path protection for mission critical networks, the module is capable of automatically switching between a primary and secondary (backup) link virtually instantaneously in the event of a fi ber cut or transponder failure.
As...
As...
Optical protection switch - EM316OSSH
The Fiber Driver® Optical Self-Healing Switch from MRV (EM316OSSH) makes creating a redundant optical link easier and more aff ordable than ever before. Designed to provide full path protection for mission critical networks, the module is capable of automatically switching between a primary and secondary (backup) link virtually instantaneously in the event of a fi ber cut or transponder failure.
As...
As...