name: EMC
full_form: Electromagnetic Compatibility
context: LTE-V2X, as mentioned above, is focused on transmission of a few types of periodic traffic, which can have different periodicities. Apart from using the sidelink, it is possible to transfer V2X data via the cellular network UL/DL, taking advantage of its centrally-scheduled operation, predictable latency bounds, and inter-cell communications. An extended form of UL SPS for V2X is supported, to allow firstly that V2X UL SPS and normal UL SPS can be used together, and also that multiple V2X UL SPS configurations can be defined to account for the different periodic V2X traffic types. Whereas in Rel-8 UL SPS a single SPS configuration can be provided by RRC, for LTE-V2X, up to 8 UL SPS configurations can be provided, similar to on the sidelink, which the eNB is assisted in the configuration of by information on traffic characteristics, etc., reported provided by the UE. A specialised version of DCI format 0 is then used to activate/release UL V2X SPS configurations as needed, and
description: Electromagnetic Compatibility (EMC) refers to the ability of a device or system to function as intended in its electromagnetic environment without causing electromagnetic interference (EMI) to other devices or systems. In the context of 3GPP TS 37.941, EMC is crucial for ensuring that Base Stations (BS) and their antenna arrays do not interfere with each other or other electronic equipment during operation.
explanation: The abbreviation 'EMC' is classified as a Technology based on its usage in the provided context from 3GPP TS 37.941. The text discusses EMC testing methods for Base Stations, highlighting the differences between conventional and Active Antenna System (AAS) BS architectures. This indicates that EMC is a technical aspect of telecommunications, focusing on ensuring compatibility and minimizing interference.
section_title: 16.1	BS ports for the EMC purposes
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