The right RF amplifiers must effectively boost an RF signal to a higher power level without signal or data degradation. Long-range applications are ultra-critical so a customized RF amplifier is sometimes required to suit a specific set of long-distance Read More >>
The importance of using the right RF amplifiers cannot be understated, as achieving a higher power signal for long-range applications without signal or data degradation is non-negotiable. With these long-range applications being ultra-critical, Read More >>
As you might expect, custom RF amplifier design is subject to a wide range of implementation challenges and environmental conditions, including the need to balance performance, efficiency, size and weight. Technology limiters are always an issue Read More >>
In our previous article, “Overview: MANET (Mobile Ad Hoc Network),” we explained MANET and its history, touched upon some of its major applications and technological challenges, and described MIMO/MANET as one possible solution to improve Read More >>
What is MANET? Mobile Ad Hoc Network or MANET is a group of mobile devices, e.g., laptops, mobile phones, radios, or sensors that communicate with each other wirelessly — standard Wi-Fi, cellular, local RF network, etc.—and provides Read More >>
Threats posed by hostile UASs are increasing in the Military and the commercial space. In the new world of electronic warfare, these aerial drones and UAVs are dependent on GNSS/GPS technology for precise positioning, navigation and time information. Read More >>
Boosting the power and distance over which you can maintain the integrity of a radio's output has never been more important than it is with the meteoric rise in unmanned systems. Distance, weather and power differentials can all contribute to signal Read More >>
The right RF amplifiers must effectively boost an RF signal to a higher power level without signal or data degradation. Long-range applications are ultra-critical so a customized RF amplifier is sometimes required to suit a specific set of long-distance Read More >>