News and Solutions
As a leading 5G antenna manufacturer, RF element's blog serves as your premier destination for exploring the latest market trends, cutting-edge technologies, and groundbreaking products within the global wireless technology sector. We are dedicated to fostering industry dialogue and sharing insights on the future of wireless communications. Alongside these topics, we also keep you updated on our company's journey, showcasing our innovative antenna designs and wireless solutions tailored for our customers worldwide.
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RF element, The dual bands wifi indoor ceiling antenna solution
2017-02-20
A custom PCB design for a dual band WiFi indoor ceiling omni antenna: 3 dBi at 2.4GHz and 5 dBi at 5GHz from a single ceiling-mounted unit.
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900MHz Yagi Antenna: High-Gain Directional Solutions for Long-Range Communication
2017-01-28
In the realm of wireless communication, 900MHz Yagi antennas stand out as a cornerstone for applications requiring focused, long-range signal transmission. Operating within the 800–960 MHz spectrum, these antennas are pivotal for IoT networks, industrial telemetry, and rural connectivity. RF element, a leading antenna manufacturer and RF solution provider, specializes in low-PIM Yagi antennas tailored for 900MHz bands, combining durability, precision, and adaptability for global deployments.
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Unleashing the Potential of IoT with LoRa Antennas
2018-07-02
LoRa antennas chosen by sub-band, gain and mounting: 860-870, 902-928 and 824-960 MHz parts, panel and yagi options, and the mistakes to avoid.
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The Role of 4G LTE Sector Antennas in Enhancing Signal Coverage
2018-06-19
Why sector antennas beat omnis in dense urban coverage: beamwidth planning, cross-polarized MIMO, tilt, frequency reuse and rooftop mounting.
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4G LTE Antenna: A Complete Guide to Selection, Installation, and Signal Optimization
2020-05-15
How to choose, install and tune a 4G LTE antenna: frequency range and gain, mounting and cable practice, interference fixes, plus a rural coverage case.
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The Versatility of Dual Band WiFi Antennas
2019-05-15
Dual band WiFi antennas from 2dBi whips to 22dBi parabolic grids: 2.4/5GHz gains, ports and beamwidths, plus where each family is the wrong choice.
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Popular Antenna Design Guides
The articles above are listed by publish date. The table below groups 150+ guides by the design questions engineers ask most often - jump straight to the page that matches your project:
| Design topic | What the guides cover | Deep-dive page |
|---|---|---|
| 5G NR deployment | n78 beamwidth, MIMO panel layout and 617-3800MHz wideband consolidation | 5G antenna family |
| ISM and LoRa links | 433/915MHz fiberglass omni design, range planning and site installation | 915 MHz · 433 MHz |
| Point-to-point WiFi bridging | 5GHz panel and grid antennas for long-range wireless backhaul | 5 GHz WiFi antennas |
| PIM control in RF sites | Why passive intermodulation appears and how low-PIM sector antennas solve it | Low PIM sector antennas |
| Radiator and housing engineering | Element geometry, die-cast housings and radome material choices | Antenna elements |
| Harsh-environment deployments | Antennas for mining, agriculture and industrial wireless networks | Mining communication · All industries |
| Specifying an antenna | Filter by frequency band, gain, polarization and mounting position | Antenna selector tool |
| Custom antenna projects | Real customer projects from requirement to simulation to delivered product | Design cases |
Looking for a frequency or mounting option not covered above? Send us your requirements - samples ship in 3-5 days.
