CableLabs Envision Vendor Forum 2021: Mobile and Convergence
Envision Vendor Forum 2021: Mobile and Convergence is a private (no press) event dedicated to executives, senior technologists and strategists who are creating next-generation service offerings that will not only deliver unique and seamless user experiences, but will do so efficiently and at lower costs and higher quality than today. Convergence, which seeks to merge wireline and wireless technologies into a singular, multi-modal communication platform that reduces network complexity, cuts operational costs, improves quality and creates new business and service opportunities. You can register here.
Date: April 20-21, 2021, 9:00-11:30 a.m. MDT on both days.
What are we working on?
What are we working on?
Converged Wired-Wireless Infrastructure
Both mobile and wired technologies are moving toward a cloud-based architecture and virtualization which offers a great opportunity for convergence. In other words, because there are virtual versions of many network functions, DOCSIS and wireless networks can now share hardware and software resources. CableLabs has already submitted contributions to 3GPP, the governing body responsible for the 5G specification guidelines, detailing requirements for 5G convergence with cable’s hybrid fiber coax (HFC) networks. These specifications were released in 2019 and can be found here.
Low Latency Mobile Xhaul
As national mobile 5G rollout draws near, the number of small radio equipment that bolsters the speed and capacity of mobile networks called “small cells” has been skyrocketing. Those small cells require a fast and efficient way to communicate with each other and the core network. That’s where cable’s DOCSIS® networks come in. We’ve developed technologies that allow the wireline network to efficiently carry the mobile traffic back to the mobile network and significantly reduce latency and improve the service quality.
Network slicing is a form of network virtualization that allows multiple mobile networks to exist on one radio or Xhaul path. For this to work, all individual parts of the mobile network “slice,” including its wireless, IP Core and DOCSIS components, have to act as one whole and maintain the same Quality of Service (QoS)—for example the same low latency. A common operation support system (OSS) can be used to manage both mobile and DOCSIS parts of the unified network.