Views: 58 Author: Site Editor Publish Time: 2025-02-08 Origin: Site
5G technology is the abbreviation of the fifth generation of mobile communication technology and is a hot topic in the current communication technology field. It not only represents the progress of communication technology, but also represents the great progress of human society in information transmission and interconnection. Compared with previous communication technologies, 5G technology has higher speed, lower latency and greater capacity, bringing unprecedented opportunities and challenges to the development of future society.
There are many professional abbreviations in the industry. The following content explains the series starting with the letter D and E. I hope it will be helpful to everyone.
Term | Full Form | Description |
DC | Dual Connectivity / Dual Carrier / Direct Current | Enables devices to connect to multiple nodes simultaneously (Dual Connectivity); aggregates carriers to boost throughput (Dual Carrier); provides a constant, stable current (Direct Current) essential for powering telecom equipment. |
DCCH | Dedicated Control Channel | A channel reserved for transmitting control signals, ensuring that vital network instructions are delivered clearly and reliably. |
DCI | Downlink Control Information | Carries crucial control data from the base station to user equipment, facilitating efficient and reliable downlink communication in 5G networks. |
DDoS | Distributed Denial of Service Attack | A serious security threat where multiple compromised systems flood a target with excessive traffic, overloading its resources and preventing legitimate access. |
DES | Data Encryption Standard | A symmetric encryption algorithm once widely used for data security. Although largely replaced by AES today, DES laid the foundation for modern encryption methods. |
DSCP | Differentiated Services Code Point | Used in IP headers to classify and prioritize network traffic according to Quality of Service (QoS), ensuring high-priority data (like voice or video) is transmitted efficiently even during congestion. |
DTCH | Dedicated Traffic Channel | A dedicated channel for user data, ensuring that each call or data session gets a stable, interference-free transmission path. |
DTX | Discontinuous Transmission | A technique that conserves bandwidth and energy by turning off transmission during periods of silence or low activity, enhancing overall network efficiency. |
E Series Terminology
Term | Full Form | Description |
eCPRI | Enhanced Common Public Radio Interface | An advanced version of the CPRI interface that supports higher data rates and lower latency, crucial for modern, high-capacity wireless networks. |
EDGE | Enhanced Data rates for GSM Evolution | Refers to an evolution of GSM networks that provides improved data rates compared to the original GSM standard, paving the way for more robust mobile communication. |
EFM OAM | Ethernet in the First Mile OAM | Refers to operations, administration, and management for Ethernet in the first mile, ensuring efficient network monitoring and troubleshooting close to the end user. |
eMBB | Enhanced Mobile BroadBand | A 5G service category that focuses on delivering extremely high data rates for mobile broadband applications. |
EMS | Element Management System | Management software that complies with ITU-T standards for overseeing one or more network elements. It allows for detailed control and management of each network element’s features, while a broader network management system handles communication between these elements. |
eMTC | Enhanced Machine Type Communication | A technology designed to support efficient machine-to-machine communication with improved coverage and power efficiency, ideal for IoT applications. |
EMU | Environment Monitoring Unit | A unit used to monitor environmental variables such as power supply and temperature. It can also monitor alarms like fire, smoke, or intrusion via relay inputs and display the data on a network management system. |
EMUA | Environment Monitoring Unit type A | An optional unit designed for monitoring cabinet environments, handling alarm processing and dry contact alerts to ensure safe and efficient management of cabinet conditions. |
EN-DC | E-UTRA-NR Dual Connectivity | A dual connectivity mode combining E-UTRA (4G) and NR (5G) where the eNodeB acts as the master node connected to the EPC, while the gNodeB serves as a secondary node via the X2 interface. |
eNodeB | E-UTRAN NodeB | An evolved base station in the E-UTRAN (Evolved Universal Terrestrial Radio Access Network) that handles wireless transmission to mobile devices. |
EPC | Evolved Packet Core | A 3GPP system framework focused on achieving higher data rates, lower latency, and optimized packet transmission by supporting multiple radio access technologies. |
EPS | Evolved Packet System | Refers to the evolved packet system used in modern telecommunication networks for efficient data packet processing. |
E-RAB | E-UTRAN Radio Access Bearer | The channel in E-UTRAN that carries user data and ensures seamless communication between the network and user equipment. |
ESN | Equipment Serial Number | A unique identifier for a set of equipment, used for tracking and management purposes. |
ETWS | Earthquake and Tsunami Warning System | A system designed to detect and alert for natural disasters such as earthquakes and tsunamis, critical for public safety and network resilience. |
E-UTRAN | Evolved Universal Terrestrial Radio Access Network | A modern terrestrial wireless network architecture introduced in 3GPP Release 8, characterized by high data rates, low latency, and efficient packet processing. |
EVM | Error Vector Magnitude | A metric that quantifies the difference between a measured signal and a reference signal, reflecting the quality of the transmission. |
eX2 | Enhanced X2 Interface | An upgraded version of the X2 interface that improves communication between base stations, enhancing overall network coordination and performance. |
We will continue expanding this glossary to cover more essential terms in the 5G domain. Stay tuned for the next part of the series and deepen your understanding of 5G technologies.
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