Verizon Unveils Point-To-Multipoint Solution for mmWave Spectrum

Verizon Unveils Point-To-Multipoint Solution for mmWave Spectrum

US telecommunications company Verizon has unveiled a point-to-multipoint solution to expand high-speed internet access across various locations. According to the official release, the successful proof of concept, conducted in Texas, showcased the company’s approach, leveraging its extensive mmWave spectrum holdings and fibre infrastructure.

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Also Read: Verizon Achieves Successful Data Transfer Over Multiple Network Slices in Commercial 5G Environment

New Solution Targets Multi Dwelling Units (MDUs)

Verizon stated that its point-to-multipoint architecture is designed to cater to multi-dwelling units (MDUs) such as apartment buildings and townhomes, as well as distributed enterprise campuses and high rises. Intending to serve multiple end-user connections from a single origination location, Verizon said this solution promises reliable, secure, and efficient connectivity.

Seamless Implementation via Airlink and Indoor Cabling

During the proof of concept, Verizon established an Airlink over its licensed mmWave spectrum between a centralized rooftop radio site and a simulated multi-endpoint building. The signal was then seamlessly transmitted via coaxial cable throughout the building to a data processing unit, accompanied by a corresponding modem. Utilizing the building’s existing wiring, the signal was further transported to end-user routers, providing broadband coverage throughout the simulated distributed endpoints.

Also Read: Verizon Business Launches Global IoT eSIM Platform With International Partners

Simplified Broadband Network Gateway

According to Verizon, this unique architecture uses a simplified Broadband Network Gateway. This mechanism directs the traffic to and from the internet over Verizon’s public IP network without the need to transmit data through Verizon’s 4G and 5G wireless cores. This approach ensures capacity and latency while avoiding any additional load on Verizon’s existing wireless cores.