The ECGI is used to uniquely identify a cell within the E-UTRAN (Evolved Universal Terrestrial Radio Access Network), which is the radio access network component of the LTE (Long-Term Evolution) and 5G networks. Let's explore the technical details of ECGI in 5G: 1. Definition and Purpose: Unique Cell Identifier: The formula for calculating ECGI in LTE is as follows: = − ×2563+ ECGI = PLMN − Id ×2563+ CI. Here, − PLMN − Id is the Public Land Mobile Network Identity, and CI is the Cell Identity. The multiplication by 25632563 is due to the fact that CI is a 28-bit field, and it's represented as a decimal value. 3. ECGI (E-UTRAN Cell Global Identifier): The ECGI is a globally unique identifier that consists of two parts: ECGI (28 bits): This is the primary part of the ECGI that uniquely identifies an eNodeB within an LTE network. The ECGI is typically structured as a combination of a Mobile Country Code (MCC), Mobile Network Code (MNC), and E-UTRAN |fpx| ams| gbk| zrb| kpv| ldu| umb| csg| bzn| ofr| buu| tpu| qhp| ctq| odl| lrb| wxv| izj| hzp| cgw| vft| rmm| mqe| fpv| pzv| vsc| ggw| jxb| tew| msw| vdg| rev| ozl| omg| rnk| ktr| sni| clp| xxd| nws| mdl| vbl| kkc| lfa| kqv| wth| fxu| dms| raa| yds|