DENGYO USA Answering the Call
The Challenge: Finding an Antenna Vendor to Replace Specialty Antennas A major US Carrier with regional offices in Florida found itself in a dilemma. They
The Challenge: Finding an Antenna Vendor to Replace Specialty Antennas A major US Carrier with regional offices in Florida found itself in a dilemma. They
DENGYO, a leading provider of wireless base station antenna solutions, today announced the formation of the DENGYO Technology business unit.
In a world running on instant connections—where AI drives autonomous cars, surgeons perform remote surgery, and data streams in real-time—the wireless infrastructure has to be
The Use of Sector-Splitting to Add Capacity in Dense Areas Mobile network operators face constant pressure to increase 5G network coverage and capacity. There are
Just as a glass magnifying lens focuses light, an RF lens focuses radio frequency waves traveling through it into a point on the other side. When such a lens is placed in front of radiating structure – such as an antenna – the transmitted and received RF signals are also focused. This can result in improved RF link budgets, longer range, or more focused sectors. That’s the basic idea behind lens antennas.
How do base station antennas survive hurricanes? The answer, my friend, is blowing in the wind. The stakes are high. In this article, we dive into the wind loading of base station antennas, a key parameter of their ability to survive storms and extreme wind conditions.
With new opportunities opening up due to a massive infusion of 500 MHz of spectrum to the wireless industry, you need to be prepared to take full advantage. That means choosing the 3.5GHz antenna that best suits your needs.
