Street-level
1Gbps aggregated
Up to 0.8 mi (1.3 km)
PoE-In & Out
Roof-top
Up to 10Gbps FD
Up to 7 mi (11.3 km)
Street-level
Up to 1.8Gbps aggregated
Up to 1000 ft / 300 m
PoE-In & Out
Street-level
Up to 16Gbps aggregated
PtMP: up to 2000 ft / 600 m
PtP: up to 1 mi / 1.5 km
PoE-In & Out
Planning & Operations Apps
Automated NW design
Flow-through operations and optimizations
On-premise or SaaS
As schools made a fast transition to remote learning with the outbreak of the COVID19 crisis, millions of students fell behind due to a lack of high-speed Internet connectivity within their homes or campus walls.
This capacity crunch is only partially caused by remote learning with most of us still working and enjoying entertainment from home, possibly all at once. And at any Smart Campus, downloading 4K videos for the class, creating and sharing a video project or live streaming the class for remote education is now also demanding symmetrical Gigabit capacities.
During this one-hour session we covered in detail:
Justin Neuberger from Convergint Technologies also joined us to discuss his experiences in deploying an interference free mmWave network on a large college campus.
Fill in the form to receive the webinar on-demand via email.
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