October 3, 2019 by Kevin Kuo

Conquer the Rural Frontier and Boldly Deploy Where no Nodal System has Gone Before with the AXOS E3-2


Remote locations, the final frontier.

These are the opportunities of the AXOS E3-2.

Its ongoing mission is to connect everyone and everything.

And to boldly go where no nodal system has gone before.

No, the above is not a prologue to a new upcoming Star Trek episode, but rather the underlying value proposition that the AXOS E3-2 Intelligent PON Node has to offer service providers. With its rugged and sealed form factor, the E3-2 is a revolutionary system that features an environmentally hardened, modular “deploy anywhere” design that can be mounted aerially, on a wall, in a pedestal, or on a pole. This flexibility dramatically reduces costs while accelerating construction and service activation. By operating in the most challenging environments and conditions, you can reach more subscribers by adding resiliency to your network and ensuring reliable connectivity within diverse geographical areas.

The E3-2 is a compact, self-contained system designed to be installed in outside plant locations. It’s temperature hardened and does not require active cooling, thus providing a significant reduction in total cost of ownership over a cabinet based solution. It also eliminates many of the challenges associated with deploying a cabinet, such as land acquisition and securing construction permits.

Fully field serviceable and upgradeable, the AXOS E3-2 delivers everyPON from EPON to GPON to XGS-PON across residential and business applications. Thanks to its modular architecture and hardware independence, the AXOS platform delivers a common operating model that simplifies your operations and enables you to run any and all PON technologies on a single network while delivering 10G services from virtually any location.


Watch the video above to hear more about how the disruptive game-changing AXOS E3-2 Intelligent PON Node can help you realize up to 50 percent TCO savings over cabinet-based solutions while reducing your deployment times from weeks to days.