Welcome to the Mobile Signal Booster Glossary! This comprehensive guide explains key terms and concepts related to mobile signal boosters and connectivity in the Netherlands. Understanding these terms will empower you to make informed decisions about improving your signal strength. Whether you’re new to signal boosters or looking to deepen your knowledge, this glossary is here to help.

A

Antenna
An antenna is a device that transmits and receives radio waves. In signal boosters, antennas capture weak signals and broadcast amplified ones. There are two main types: external antennas for capturing signals and internal antennas for distributing them indoors. Antennas are essential for connecting devices to mobile networks efficiently.

Amplifier
An amplifier increases the strength of weak mobile signals captured by the external antenna. It’s a critical component of signal boosters, ensuring that the weak signals from the base station are transformed into strong, usable signals for your devices.

B

Bandwidth
Bandwidth refers to the range of frequencies that a signal booster can amplify. Wider bandwidth allows the booster to support multiple networks simultaneously, ensuring better performance for various users.

Base Station
A base station, often referred to as a cell tower, is the infrastructure that transmits mobile signals to your device. Base stations are critical in maintaining connectivity and serve as the primary source of mobile signals for boosters.

Booster
A booster, also known as a signal booster or repeater, enhances weak mobile signals. It ensures better connectivity for calls, texts, and internet use by amplifying the signal and redistributing it throughout your space.

C

Coverage Area
The coverage area is the space where amplified signals are distributed. Larger boosters can cover bigger areas, making them suitable for homes, offices, or large commercial buildings.

Coaxial Cable
Coaxial cables connect the booster components, like antennas and amplifiers. They ensure minimal signal loss during transmission, preserving signal strength for optimal performance.

Cellular Frequency
Cellular frequency refers to the range of radio waves used by mobile networks. Different providers operate on specific frequencies. Understanding these frequencies is crucial when selecting a compatible signal booster.

D

Donor Antenna
The donor antenna captures the mobile signal from the nearest base station. It’s usually installed outdoors and positioned for maximum signal reception.

Downlink
Downlink refers to the signal transmitted from the base station to your device. Signal boosters amplify this to ensure better call quality and faster data speeds.

E

External Antenna
An external antenna is installed outside buildings or vehicles to capture mobile signals. It’s essential for areas with weak signal reception, as it serves as the first point of contact with the base station.

EMF (Electromagnetic Field)
EMFs are energy waves generated by mobile devices and boosters. Our boosters comply with EU standards to ensure they are safe and do not emit harmful radiation.

F

Frequency Band
Frequency bands are specific ranges of frequencies used by mobile networks. Popular bands in the Netherlands include 800 MHz, 1800 MHz, and 2600 MHz. Multi-band boosters can amplify signals across multiple bands.

G

GSM (Global System for Mobile Communications)
GSM is a standard for mobile communication. Most mobile networks in the Netherlands use GSM technology to provide reliable connectivity.

Gain
Gain measures how much a signal is amplified. Higher gain means better signal strength and coverage, ensuring that weak signals are transformed into strong, usable connections.

I

Internal Antenna
An internal antenna distributes amplified signals within your space. It’s installed indoors to provide strong connectivity throughout your home or office.

Interference
Interference refers to disruptions in signal quality caused by obstacles, other devices, or environmental factors. Signal boosters are designed to minimize interference for consistent performance.

L

LTE (Long-Term Evolution)
LTE is a standard for high-speed wireless communication. Often referred to as 4G, LTE provides faster internet speeds and improved mobile connectivity.

Line of Sight
Line of sight is the direct, unobstructed path between an antenna and a base station. Better line of sight results in improved signal quality and booster performance.

LPDA Antenna

An LPDA (Log-Periodic Dipole Array) antenna is a directional antenna designed to operate over a broad frequency range, making it ideal for mobile signal boosting. It features multiple dipole elements arranged to maximize signal reception and directionality. This design helps capture weak signals from distant cell towers while reducing interference from surrounding sources.

LPDA antennas are widely used with mobile signal boosters to enhance coverage in areas with poor network reception. By focusing and amplifying weak signals, they improve call quality, data speeds, and connectivity stability. With compatibility across multiple frequency bands like 4G LTE, 3G, and 5G, they are versatile and effective solutions for extending mobile coverage, especially in remote or challenging environments.

M

Mast
A mast supports external antennas for better signal capture. It’s especially useful in rural areas where mobile signals are weaker.

MHz (Megahertz)
MHz measures the frequency of radio waves. Mobile networks operate on various MHz bands to deliver reliable connectivity.

N

Network Provider
A network provider, like KPN, Vodafone, or T-Mobile, delivers mobile services to your device. Signal boosters are compatible with all major providers in the Netherlands.

Noise
Noise refers to unwanted interference in mobile signals. Signal boosters work to minimize noise, ensuring clear and stable connections for calls and data.

O

Omni-Directional Antenna
An omni-directional antenna captures signals from all directions. It’s ideal for areas with multiple signal sources and provides flexible coverage.

P

Propagation
Propagation is the movement of radio waves through the air. Signal boosters enhance propagation, improving the strength and reach of mobile signals.

Power Supply
A power supply provides energy to the signal booster. Consistent power is essential for the booster to function effectively.

R

Repeater
A repeater is another term for a signal booster. It amplifies and retransmits mobile signals to improve coverage and connectivity.

Router
A router connects devices to the internet. Signal boosters can improve connectivity for routers in areas with weak mobile signals.

S

Signal Strength
Signal strength measures the quality of mobile signals. Boosters enhance weak signals, providing reliable connectivity for calls and data.

Splitter
A splitter divides amplified signals to multiple internal antennas. It’s commonly used in large buildings or complex setups.

T

Telecom Regulations
Telecom regulations are rules set by authorities to ensure the safe and legal use of mobile signal boosters in the Netherlands. Our products comply fully with these regulations.

Tower
A tower, or base station, transmits mobile signals to your device. Signal boosters amplify signals received from towers for improved performance.

U

Uplink
Uplink refers to the signal transmitted from your device to the base station. Boosters enhance uplink strength for clearer and more stable communication.

Urban Area
Urban areas have dense buildings that can block mobile signals. Signal boosters are particularly effective in overcoming these obstacles.

V

Vehicle Booster
A vehicle booster enhances mobile signals in cars, trucks, and boats. It’s ideal for travelers who experience weak signals on the go.

W

Wi-Fi Calling
Wi-Fi calling allows you to make calls over a Wi-Fi network. Signal boosters improve mobile connectivity, supporting seamless communication even in areas with weak Wi-Fi.

Wideband Antenna
A wideband antenna supports multiple frequency bands, making it versatile and suitable for most networks in the Netherlands.

X

X-pol (Cross-Polarization)
X-pol refers to the use of two antennas with different polarization angles. This technique enhances signal quality and data speeds.

Y

Yagi Antenna
A Yagi antenna is a directional antenna designed for long-range signal reception. It’s highly effective in areas with weak signals.

Z

Zone Amplification
Zone amplification refers to distributing amplified signals to specific areas within a building. It ensures optimal coverage in designated zones.

Still Have Questions?

If you’re unsure about any terms or want to learn more, feel free to contact Mobile Signal Guru. Our expert team is here to help you improve your connectivity with trusted advice and tailored solutions.