Use Cases

City of Dallas

Category
Tags
Dallas ISD Deployment
Dallas ISD Deployment

Project

ARRA mesh network platform solution has been chosen for a school connectivity program paid for by US Federal Cares Act funding to be deployed in the City of Dallas.

O B J E C T I V E _

Provide broadband connectivity to the unconnected students in the Dallas area. Speed and flexibility of deployments were high requirements followed by network resiliency and easy-to-use remote management of all facets of network operations.

Discussions are underway with the City of Dallas to deliver Phase 2 of the project which will provide Wi-Fi to students and households throughout the city.

Deployment Map

Dallas Deployment

How Units Are Configured

  • Nodes are up to 200 meters apart in suburban environments
  • Overlapping node coverage ensures connectivity in case of any individual node outage
  • 5GHz connects the nodes
  • 2.4 GHz distributes Wi-Fi to the students’ homes
Nodes Map@2x

Power Options

Backhaul Power Option

Sources providing Backhaul are powered through POE at 48VDC

telecom poles 01@2x
Clearworld Solar Pole

ALL other nodes are powered by solar (minimum 24VDC)

Poles Used For Deployment

(NeoNetworks Installation)
Wood Poles
Solar Panel Steel Telecom Poles@2x
Solar Clearworld Poles@2x

Rural vs. Urban Deployment

Most unconnected areas have access to nearby fiber – but can’t afford to distribute that connectivity across the landscape to individual homes and businesses. ARRA’s innovation solves this problem for both urban and rural deployments, but there are differences.

K E Y D I F F E R E N T I A T O R S _

  • Distance. In suburban environments, routers are placed up to 200 meters from one another. However, in rural environments, the routers can be up to a mile away from one another without loss of performance.
  • Urban and suburban environments allow multiple users to access unique nodes, where rural applications may only yield one family per node.
  • Factors to consider:
    • Line of sight
    • Landscape features (e.g. hills/depressions)
    • Antenna height

Backhaul Requirements

No-fuss plug and play backhaul via existing fiber, copper, LTE, Ethernet, or satellite.

  • Provides ultimate flexibility
  • Automatic load balancing
  • Organic network growth won’t break the network like traditional methods.
  • Provides each node with the opportunity to optimize its signal (the more points of backhaul, the better)
  • Helps ensure network stability
  • Eliminates single point of failure (but will run off a single “base”)
Backhaul Diagram

Author

Share on facebook
Share on twitter
Share on linkedin
Share on pinterest
Share on whatsapp
Share on email

Similar use cases to this one