Pol Full Light Network changed the floor to campus network.
The conventional campus floors are combined and connected, multiple layers of active equipment, copper cables are heavy and short-lived, and the room cable is stacked up in mountains. POL's unsourced LAN is based on PON technology, with no source spectrometry between OLT and ONUB, network structures flat and simple. It can combine a wide range of operations such as broadband, voice, video, WiFi, IPTV, which is more than half the total cost of traditional double-strings, 30 years of fibre-optic lifetime, 20 kilometres of transmission, and bandwidth slides from GPOON to 10G, 40G-PON.
Which floor is the authentication system in POL?
POL addresses the carrying and wiring, and the authentication system addresses who can access it and what. The ONUB provides the Internet, WiFi, voice, video interfaces, with terminals coming in from ONU, and the certification request goes to Authentication & Billing platform for identification and strategy. In other words, POL has paved the pipe, and the authentication system is responsible for identity clearance at the portal of the pipeline. The new full-light campus will be built and the certification system will be in place from the design stage, rather than being completed by the network.
Full light and authentication integration are the total cost of ownership.
The full light programme has invested in the front, but with a few different sets of active equipment and long-term dimensions, the total cost of ownership is taken into account for a long time. The matching costs of certification systems are also included: Portal and Radius docking AC or BRAS, homogenous identification, logs, etc., as well as in POL environments. New campuses have to be clear before they can determine whether to put them in place or split them up. The flat network reduces the equipment hierarchy and makes it shorter and more manageable to send the path under the authentication strategy, which is a hidden benefit of the whole light to the certification carrier, and deserves to be identified in the scheme.
Multiple operations co-incarnate identity isolation
The POL network carries surveillance, WiFi, Internet access, video, voice, and much more business. Identity isolation depends on the authentication system that combines second-level segregation and strategy.
The relationship with the 5G network is not a substitute.
The POL and 5G Networks are two different technologies: POL is based on GPOON/XGS-PON for fibre optics to desktops, and the 5G Network is based on slices and MEC for wireless coverage and mobility. The campus can be co-located, such as a POL-based fixed and WiFi-based network in teaching buildings, a 5G-net-recovering system in playgrounds and outdoors, which allows the certification system to be identified on both sides.
Integration Net Receiving and Inspection (INS)
Full-light certified integration network acceptance cannot be rendered imperilled. It must be distributed over the Internet, IPTV, telephones, and security checks to confirm that they are not crowded or isolated during malfunction. The authentication system has to check Portal transport, Radius docking, uniform identification synchronization, log pushing every link. A single acceptance can confirm that integration is true integration rather than barely collating together, and avoids a business running long-term path.
Transport visualization is a by-product of the POL certification.
After POL flattens, the fault area is drawn from multiple layers of active equipment to OLT and ONUB ends, positioning an ONU much faster than turning a row of access switches. This capability is matched by high-opt visualization and light alerts, which buildings are overperformed before users report. Once authentication systems have been brought into this set of visual bottoms, identity anomalies and chain failures can be put together: one account has dropped frequently, with a preponderant or non-canton, and data is placed together.
Implementation phase of new campus
New all-light certified, recommended points: Basic network construction is completed with POPE plus AP or POL plus AP and then the operator signs a cooperative ledger, then accounts are synchronized, students open their accounts, authenticated online, and final splits. The certification system is designed from the basic network stage, and no one can finish it. OLT, ONUB, spectrometer, ODS, fibre optics are components matching the size of the need and demand, bandwidth is reserved from GMON to 40G-PON upgrade space, which will not be re-deployed at any time.
flat-lined network makes authentication strategy more gray.
Traditional multi-layered and source devices, which are sent several layers of authentication strategy, may be used to allow for a subterranean error. Once POL has flatted, the strategy reaches ONUB from the certification platform, with short paths, few errors, and easier to do greyscale: a new strategy is applied to one building, with no delay in observing it, and pushing back to the school, but only one. This grayness is particularly useful when starting seasons, testing duration visits. By planning with carrying and certification, schools will not use their follow-up adjustment strategies to retool several layers of equipment.
Intuitive contrast between traditional network structures
The traditional scheme requires floor rooms, convection switches, access switches, multiple layers of active equipment with high construction and failure costs; POL is a building room with OLT plus ONU, which has many points of no-sourced light and flat-down time lags. The fibre optic weight saves 90% of copper cables, space combinates, 30 years to 10 years. This contrast is not a headpin, but a hard account when the new campus is fully costed.