
Active vs. Passive Satellites: Key Differences
Compare active vs passive satellite and explore difference between active and passive satellite types with examples, advantages and disadvantages of each.
Advertisement
Explore articles, explainers, and practical references focused on Satellite Communication within Terminology.
Articles
59
Showing
1-25
Pages
1/3
More in Terminology
Jump across related topic clusters without losing your place.
Advertisement
Article Index
Showing 1-25 of 59 articles in this archive.

Compare active vs passive satellite and explore difference between active and passive satellite types with examples, advantages and disadvantages of each.

Learn the basics and types of Adjacent Satellite Interference (ASI). Discover why ASI occurs in GEO/LEO orbits and how SATCOM engineers mitigate RF signal overlap.

A comparison of Aloha, Slotted Aloha, Selective Reject Aloha (SREJ), and DA-TDMA protocols in VSAT systems, highlighting their techniques, throughput, delay, and applications.

Learn about apogee and perigee in satellite orbits, focusing on their impact on communication windows, orbital speed, and signal strength.

Explore the differences between BUC (Block Up Converter) and LNB (Low Noise Block Converter) used in VSAT systems for satellite communication.

Explore C band and Ku band satellite bandwidths, focusing on frequency ranges, transponders, and bandwidth allocation in satellite communication for remote areas.

Learn about Demand Assignment Multiple Access (DAMA), a key technology in satellite communication, focusing on its application in VSAT networks.

Learn how to make and receive calls using an Iridium satellite phone, including dialing codes for various international scenarios.

What DIFI is, how it works, DIFI system components, DIFI protocol stack, its benefits and why it is revolutionizing SATCOM and 5G/6G Non-Terrestrial Networks (NTN).

Explore the differences between GEO, MEO, LEO, and Molniya satellites, including orbital characteristics, advantages, and disadvantages.

Explore the key differences between geosynchronous and geostationary orbits, including their applications in communication, weather monitoring, and navigation.

Explore the inner workings of satellite phones, including communication with landlines, mobile phones, and other satellite phones. Understand the role of satellites and ground stations.

Explore the key differences between Indoor Units (IDU) and Outdoor Units (ODU) in VSAT systems. Learn about their components and functions.

An introduction to inter-satellite links, their role in non-terrestrial networks, and the key frequency bands for space to space communication.

Explore the operating frequencies of the Iridium satellite system, including inter-satellite links, terminal-satellite communication, and gateway connections.

Learn about Iridium satellite phone country codes for making and receiving calls. Understand how to dial Iridium phones and their global coverage.

Explore the Iridium satellite system, including its features, constellation details, operating frequencies, and its use in providing global communication via satellite phones.

Explore Ka band frequencies (27-40 GHz), advantages like high-speed data, and applications in satellite communication, radar, and space telescopes.

Explore Ku Band frequency, including its values (12-18 GHz), advantages like smaller antennas and reduced interference, and diverse applications.

Explore the differences between Ku and Ka bands in satellite communication, including their advantages, disadvantages, and applications.

Compare LEO vs GEO and explore difference between LEO and GEO with respect to orbit altitude, latency, lifetime, communication etc.

Understand the differences between LEOSAR, MEOSAR, and GEOSAR, the three satellite systems of the Cospas-Sarsat search and rescue program.

Explore MCPC (Multiple Channels Per Carrier) in satellite and VSAT: advantages, disadvantages, and its role in efficient bandwidth sharing.

Explore the differences between Orthomode Transducers (OMT) and Transmit Reject Filters (TRF) in satellite communication, focusing on their function, ports, and frequency handling.

Explore common sources of satellite dish interference, including weather, terrestrial sources, and obstructions, and learn practical mitigation techniques.
Advertisement