Close
Share Print

Smart Grid and Microwave

The migration to Smart Grid will demand increased network bandwidth, greater coverage, enhanced mobility, stronger security and mission-critical reliability of existing telecommunications networks.

This informative webinar examines the demands that will be placed on existing microwave radio networks and a hybrid migration solution that can provide a smooth evolution path from TDM to all-IP. You can watch the webinar as a series of short clips or in its entirety. Webinar contents include:

  • Drivers for Smart Grid technology
  • Demands placed on legacy microwave
  • Options for network migration
  • Hybrid microwave radio
  • Side-by-side comparison of TDM-only, IP-only and hybrid microwave architectures
  • Recommended two-step migration path to all-IP architecture
  • Aviat’s Eclipse Packet Node wireless transport solution

Playback selection options

To download the presentation and follow along with the videos click here.

Smart Grid Webinar - Aviat NetworksChapter 1
Smart Grid drivers and wireless demands
7 mins, 11 secs

Smart Grid Webinar - Aviat NetworksSmart Grid Webinar - Aviat NetworksChapter 2
Network migration and radio architectures
6 mins, 41 secs

Smart Grid Smart Grid Webinar - Aviat NetworksChapter 3
Eclipse Packet Node hybrid microwave solution
6 mins, 18 secs

Smart Grid Webinar - Aviat NetworksComplete Webinar
Smart Grids and Microwave
20 mins, 53 secs

 

Presenter profile

Gary Croke - Aviat NetworksGary Croke
Senior Product Marketing Manager
Aviat Networks

Our Smart Grid Solution

Click to more information on our Smart Grid solution

Our wireless solutions for Smart Grid builds on existing deployed infrastructure for seamless migration, high interoperability and a single management view of entire networks.

Our Smart Grid Product

More on our Eclipse Packet Node Product Solution

Eclipse Packet Node Hybrid wireless transport solution

  • The only platform to provide a complete IP network convergence solution
  • Comprehensive native TDM networking
  • Evolutionary hybrid to pure-packet transport
  • Most flexibility with multi-transport technology options
  • Highest nodal capacity and radio throughput
  • Maximum frequency utilization
  • Enhanced Ethernet/IP intelligence
  • Strong security feature set