Let’s shape the future of your campus network together
As we see exponential growth in connected devices, wireless technologies and the internet of things (IoT), campus networks are forced to grow and evolve to keep up with the demand. Today’s campus networks need to be able to quickly ramp up to speeds as fast as 40 Gbps, 100 Gbps and beyond to stay ahead of these technological advancements.
Your campus relies on your indoor and outdoor backbones to transfer data in and out of buildings and connect all who live, work or educate inside.
With CommScope, you can be confident that your campus network is available, dependable, and our priority. We will not only implement your complete campus network but support it from inception to infinity.
- Welcome & introductions
- Agenda review
- IoT & Bandwidth Trends
- 5G Trends relating to the Campus Network
- The Importance of a Fiber Backbone
- Components of a Fiber Backbone and how each of them increases speed and bandwidth
- Cable Types
- Connector Technologies
- Rack & Wall Mount Panels
- Patch Cords, Pigtails, and Cassettes
- Fiber Entrance Cabinets
- Fiber Optic Enclosure
- Powered Fiber
- How does CommScope Fiber Impact the Campus Network
- Conclusion and questions
Note: 1 BICSI Credit for April 17th Attendance
Portfolio marketing manager
Field Application Engineer