Condition: New
Product Overview: WaveReady Multichannel Erbium-Doped Fiber Amplifier (EDFA)
The WaveReady WRA-217 series, WRA-219 series, and WRA-220 modules are densewavelength division multiplexing (DWDM) optical amplifiers that are fully user-configurable. These multichannel amplifiers provide a simple, economical optical amplification solution in a flexible, ready-to-use package. The WRA-2xx series amplifiers include an advanced gain-control circuit, an efficient pump laser, and a mid-stage variable attenuator
Features:
Support protocol and data-rate independent applications, including 100G/OC-768
• Easily configurable as a booster or as pre/inline amplifier
• Easily configurable from 13 to 23 dB in constant signal gain mode
• Easily configurable from -6 to +20 dBm in constant output-power mode
• Support an optical output monitor port• Offer a low-power consumption noise figure
• Remote management with OSC through dedicated optical ports on OSC-enabled models
• Compensate for system-induced tilt on tilt-enabled models
See MoreCondition: New
Product Overview: WaveReady Multichannel Erbium-Doped Fiber Amplifier (EDFA)
The WaveReady WRA-217 series, WRA-219 series, and WRA-220 modules are densewavelength division multiplexing (DWDM) optical amplifiers that are fully user-configurable. These multichannel amplifiers provide a simple, economical optical amplification solution in a flexible, ready-to-use package. The WRA-2xx series amplifiers include an advanced gain-control circuit, an efficient pump laser, and a mid-stage variable attenuator
Features:
Support protocol and data-rate independent applications, including 100G/OC-768
• Easily configurable as a booster or as pre/inline amplifier
• Easily configurable from 13 to 23 dB in constant signal gain mode
• Easily configurable from -6 to +20 dBm in constant output-power mode
• Support an optical output monitor port• Offer a low-power consumption noise figure
• Remote management with OSC through dedicated optical ports on OSC-enabled models
• Compensate for system-induced tilt on tilt-enabled models