Expand the capacity of your existing fiber by installing Canoga Perkins’ innovative 6702 Series CWDM Transponder instead of laying more fiber. The 6702 Series CWDM Transponder allows the user to extend up to nine applications over one pair of single mode fiber using WDM technology. Protocol independence and rate-agility allows the 6702 CWDM Transponder to accommodate data rates from 100Mbps to 1250Mbps. Gigabit Ethernet is no problem! Canoga Perkins has taken the complexity out of expanding existing networks with a turnkey solution for Enterprise, Campus and Last Mile Access applications.

Need more fiber capacity within a building? Don’t get bogged down with expensive, complex DWDM systems. Canoga Perkins' CWDM System takes the place of all that at a low-cost, without the complexity. Canoga Perkins’ technology makes it simple.

The NEBS Level 3 system not only proves that the product’s design can stand up to extreme conditions, but also collocation with Service Providers’ equipment is possible, as well as Central Office installation applications.

CanogaView®, Canoga Perkins’ graphic web-enabled Network Element Manager, and menu driven user interface screens, provides easy management of the 6702 CWDM Transponder. The management port allows the Network Operator to access the user interface by modem or management software. Local and remote, it’s just like being in front of the equipment.

Expand the capacity of your existing fiber by installing Canoga Perkins’ innovative 6703 Series CWDM Transponder instead of laying more fiber. The 6703 Series CWDM Transponder allows the user to extend up to nine applications over one pair of single mode fiber using WDM technology.

Protocol independence and rate-agility allows the 6703 CWDM Transponder to accommodate data rates from 100Mbps to 2500Mbps. With enhanced Clock Recovery and highly sensitive APD (Avalanche Photo Diode) Receivers, the 6703 can extend standard optical signals over very long spans of fiber. The 6703 is capable of reclocking all industry standard data rates as well as customer defined rates. SpeedCopTM, Canoga Perkins’ bandwidth monitor, comes standard in the transponder as well.
The NEBS Level 3 Tested and Certified system not only proves that the product’s design can stand up to extreme conditions, but also collocation with Service Providers’ equipment is possible, as well as Central Office installation applications. CanogaView®, Canoga Perkins’ graphic web-enabled Network Element Manager, and menu driven user interface screens, provide easy management of the 6703 CWDM Transponder. The management port allows the Network Operator to access the user interface by modem or management software. Local and remote, it’s just like being in front of the equipment.

Canoga Perkins offers a full line of mode converters and repeaters that support data rates from 8Mbps to 622Mbps. The L600 Series Transponder Line Interface (TLIMs) are protocol independent, rate-agile devices that convert multimode optical signals to single mode or can be used as a 3R repeater with optional Clock Recovery.

It is housed n the Model 6100 Access Module, which allows management of the TLIM when installed in the Model 1000 Universal Chassis System (UCS). Key information, such as receiver and transmitter status, can also be monitored through the 6100 Access Module. With optional Clock Recovery, the TLIM can dejitter a degraded optical input signal and retransmit a cleaner optical signal. Service Providers may choose rate-agile modules with the SpeedCop™ bandwidth monitor option. SpeedCop allows Service providers to monitor Bandwidth specific services with one rate-agile module, while remaining transparent to protocols used by the end-user.

For mission-critical applications requiring fiber redundancy, Canoga Perkins offers TLIMs designed with Dual Transmit and Receive ports. The L600 Series TLIMs are also available with specific optical wavelengths for use with the Canoga Perkins 6000 Series Wideband Wavelength Division Multiplexers (WWDM). Up to four optical channels can be multiplexed into one fiber composite, which maximizes the bandwidth of the existing fiber plant by four.