Our glossary provides you with a comprehensive overview of the most important terms and concepts that characterise our work. Your needs take centre stage in our company. That is why we place particular emphasis on current problems, challenges and trends in our consulting services. Our aim is to achieve visible and sustainable results for you through our technical expertise and methodical approach. We are characterised by technological expertise, innovative strength, a structured and professional approach and the rapid and cost-efficient implementation of innovative solutions.
Glossary
Search:
(clear)
- 2G - Second Generation Simply explained:2G is the second generation of mobile phone technology. It introduced SMS (text messaging) and simple digital voice calls. Mobile internet was slow and limited to simple applications. Advanced explanation: 2G, also known as GSM (Global System for(...)
- 3G - Third Generation Simply explained:3G brought faster internet to mobile phones. It made it possible to surf the internet, send emails and make video calls. It was significantly faster than 2G, but slower than modern standards. Advanced explanation: 3G, also known as UMTS (Universal(...)
- 4G - Fourth Generation Simply explained:4G is the fourth generation of mobile communications and offers fast internet for smartphones. With 4G, you can stream videos in high quality, download large files and play games online. Advanced explanation: 4G, also known as LTE (Long Term(...)
- 5G Mobile communications technology Simply explained: 5G is the fifth generation of wireless technology that enables extremely high data transfer rates, low latency and support for a wide range of devices in the Internet of Things (IoT). Advanced explanation: 5G is the fifth generation of mobile(...)
- 6G - Sixth Generation Simply explained:6G is the future generation of mobile communications that will be even faster than 5G. It will enable innovations such as hologram communication and extremely fast connections for many devices. Advanced explanation: 6G is the future mobile(...)
- Base station Simply explained: Base stations are the central nodes in a mobile network that enable wireless communication between end devices and the core network. They send and receive signals to and from cell phones or other devices. Fortgeschritten erklärt: A base station is(...)
- GPRS - General Packet Radio Service Simply explained:GPRS is an early technology that enables mobile internet with 2G networks. It is slow, but it was the first step towards mobile surfing and e-mails. Advanced explanation: EDGE is a further development of GPRS and is also known as 2.5G. It increased(...)
- HSPA - High-Speed Packet Access Simply explained:HSPA is a technology that makes mobile internet in 3G networks faster. It enables data to be downloaded and uploaded faster than the previous 3G. Advanced explained: HSPA (High-Speed Packet Access) is an extension of UMTS technology and introduced(...)
- ICCID (Integrated Circuit Card Identifier) Simply explained: ICCID is the abbreviation for Integrated Circuit Card Identifier. The ICCID is a unique number that can be used to uniquely identify SIM cards worldwide. Simply explained: ICCID is the abbreviation for Integrated Circuit Card Identifier. The(...)
- iMSys - intelligent measuring systems Simply explained:iMSys are modern electricity meters that measure electricity consumption digitally and automatically send the data to the energy supplier. Advamced explanation: iMSys (intelligent metering systems) are digital electricity meters that are connected(...)
- LMN Simply explained: The Local Metrological Network (LMN) is the connection technology between the Smart Meter Gateway (SMGW) and the individual meters. This local networking is essential for the encrypted exchange of measurement data within a smart metering system. The LMN enables communication(...)
- LoRa Simply explained: Simply explainedLoRa is a wireless transmission technology that specializes in the transmission of small amounts of data over long distances with low energy consumption. It is mainly used in IoT (Internet of Things) applications to connect low-bandwidth(...)
- RSCP (Received Signal Code Power) Simply explained: RSCP (Received Signal Code Power) is a measure of the received signal strength in a UMTS mobile radio system (3G network). The measured value provides information about the reception power of a specific communication channel. RSCP (Received(...)
- RSRP Simply explained: RSRP measures the signal strength of a reference signal in an LTE network. It is used to evaluate the quality of the connection. Advanced explanation: RSRP is a measured value used in LTE and 5G networks to indicate the received power of a(...)
- RSRQ Einfach erklärt: RSRQ ist ein Maß für die Qualität des LTE-Signals. Es kombiniert die Signalstärke und das Verhältnis von Nutzsignal zu Störsignal. Advanced explanation: RSRQ is a quality value in LTE and 5G networks that indicates the ratio between the power of(...)
- RSSI Simply explained: RSSI measures the strength of a received radio signal. It is an important value for assessing the quality of a wireless network. Advanced explanation: RSSI (Received Signal Strength Indicator) is a measure of the strength of a received radio(...)
- SNR Simply explained: The SNR, short for signal-to-noise ratio, describes how strong a useful signal is in comparison to interference noise. A high SNR value means that the signal is clear and distinct, while a low value indicates a lot of interference and therefore poorer transmission(...)
- UMTS - Universal Mobile Telecommunications System Simply explained:UMTS is a mobile phone technology that enables 3G networks. It brought fast mobile internet and enabled video calls and web surfing. Advanced explanation: UMTS (Universal Mobile Telecommunications System) is the core technology for 3G networks and(...)