Antennas are used in various applications, including radio and television broadcasting, wireless communication (such as Wi-Fi and cellular networks), radar systems, satellite communication, and many other forms of wireless technology.
WUnderstanding the main antenna parameters is crucial for designing, selecting, and optimizing antennas for various applications. Each parameter provides valuable insights into an antenna’s performance characteristics and helps engineers make informed decisions to meet specific requirements.
Antennas are crucial components in modern communication systems. By definition, an antenna is a device used to transmit and receive electromagnetic waves. The choice of antenna is very important for a transmitting - receiving communication system.
We explore technical specifications of our LTE and 4x4 MIMO antenna solutions. Additionally, we explore key antenna parameters and their significance in optimizing performance.
Patch antenna is the most common GNSS antenna type used in a large variety of civilian and military wireless systems.
The degree of integration and components density in modern wireless enabled devices has increased dramatically as integrated circuits have become more powerful and smaller in size.
A quick guide to working with Maxtena in order to deliver an embedded antenna system for your device.
Before seismic recording companies are able to successfully transition away from traditional cable based telemetry systems to autonomous nodal technology they must first solve several difficult challenges.