Under an evolving SCTE/ISBE standard known as the Generic Access Platform (GAP), cable technologists are now working on a fiber-optic node initiative that will standardize the node housings and the interfaces for various service modules that can be plugged into the node like Lego bricks. Rather than having to deploy or rip down discrete, proprietary nodes from various vendors for FTTP, DOCSIS 3.1, WiFi, 5G, wireless backhaul and so on, cable operators could instead snap in one standardized node housing or discard the modules as needed.
This webinar will look at the emerging GAP standard, the promise that the modular node initiative offers, the initial use cases for it and the hurdles that still must be overcome.
Now that DOCSIS 3.1 is almost universally deployed, cable technologists are rolling up their sleeves again to craft yet another next-gen version of DOCSIS. Known as DOCSIS 4.0, this emerging set of specs will incorporate the features of both Full Duplex DOCSIS (FDX) and Extended Spectrum DOCSIS (ESD), giving cable operators two different but complementary options for expanding their bandwidth capacity and delivering symmetrical speeds of 25 Gbps or more to broadband subscribers. In this session, we will delve into the details of DOCSIS 4.0, review the status of the emerging specs, discuss upcoming tests and trials and explore what the new specs will enable.