WaveReady ILA, Intelligent Line Amplifier

WaveReady ILA, Intelligent Line Amplifier
Combines industry-leading JDSU optical communications technology into a rugged, easy-to-use, compact, self-optimizing optical amplifier - specifically built for use in harsh conditions while dramatically reducing deployment costs and complexity.


The WaveReady Intelligent Line Amplifiers (ILAs) are rugged, compact 1- and 2-rack unit (RU) optical amplification nodes that reduce the complexity of optical amplifier deployment, management, and operation, especially in harsh environments. Deployable as a pre-amp, post-amp, or in-line the WaveReady ILA is self optimizing, auto adjusting, and easy to use.

Highlights

  • Reduces cost and complexity of amplifier deployment, especially in harsh environments
  • Extended temperature operation eliminates or reduces cooling requirements in remote locations
  • Reduces complexity with integrated filtering and termination and two optional OSC channels for either WaveReady or third-party
  • Minimizes physical footprint with compact 1R or 2RU footprint by up to 85 percent compared to conventional solutions
  • Exceeds standards for conduction emissions immunity; ideal for deployment in electrical utility substations or other industrial networks

Applications

  • Router-to-router interconnect
  • Long-distance amplification
  • Multi vendor networks
  • Utility substation deployments

Key Features

  • Amplifies up to 88 channels using both east and west amplifiers while occupying 70 to 85 percent less space compared to conventional solutions
  • Operating temperature up to 65°C
  • Supports built-in fiber optic power loss monitoring and automatically compensates for temperature variations in the fiber plant

Contacts

All Contacts
 
Subscription Center
Subscription Center

Receive software update notifications, special offers, and product news.​

 
WaveReady ILA, Intelligent Line Amplifier Video
WaveReady ILA Video

Watch how this Intelligent Line Amplifier can dramatically reduce deployment costs and complexity.​