22/06/2023
Don't miss our June 22 Webinar: 'Meeting and Needs for the Next-Generation .'
Presented by CommScope's Ronna Davis, this BICSI CEC recognized seminar describes the user needs and information-consumption habits that have resulted in devices demanding high levels as well as high-speed , outlining technologies, products, and systems that meet these needs.
Ronna Davis has been in the networking and telecommunication industry for 26 years. She has been with CommScope for over 16 years and has held positions in product line management, sales, and the channel. She is currently on CommScope's Strategy and Technology Team for Buildings and Campuses. Ronna chairs the TIA SPEC, Single Pair Ethernet Consortium. Prior to CommScope, she worked in the design and construction of telecommunications networks for eight years and in wholesale distribution for two years. She is a LEED Green Associate, and member of the Ethernet Alliance. Ronna holds a Bachelor of Science Degree in Business Marketing.
In the seminar, Davis will discuss how the enterprise network has evolved from a predictable physical configuration of multiple-data-drops-per-workstation, where connections were made inches above the floor, to a dynamic and often unconventional configuration in which many connections are made at the ceiling.
Those connections typically require a supply of power as well as the transmission of data. Networks designed for yesterday’s office buildings may not meet the demands of today’s enterprise, and any network being designed today must provide the flexibility to accommodate future requirements while delighting current users.
Accomplishing this commitment to current and future needs requires the evolution of technologies and of network-design techniques. This webcast seminar explores this evolution while providing practical how-to information for network planners, installers, and owners.
Learn more and register:
The seminar describes the user needs and information-consumption habits that have resulted in network devices demanding high power levels as well as high-speed data throughput...