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Antennas

Standard Horn Antenna, 18-26GHz, Gain 20dBi,SMA Female Connector

Standard Horn Antenna, 18-26GHz, Gain 20dBi,SMA Female Connector

Elevate Your RF Solutions with Gwave Technology Inc.: Horn Antennas, Standard Gain Horn Antennas, Log-Periodic Antennas, and Ka-Band Antennas

Gwave Technology Inc. develops unique RF and microwave antennas. Our Log-Periodic, Ka-Band, and Horn Antennas meet the highest performance and reliability criteria.

The Horn Antenna

RF technology relies on horn antennas' high gain and directivity. We create our horn antennas to operate well across many frequencies at Gwave Technology Inc. We utilize these antennas for EMC testing, microwave radio relay systems, and satellite communication. Horn antennas reduce signal loss and maximize coverage due to their durable design and efficiency.

Standards Gain Horn Antennas

Our standard gain horn antennas are precisely calibrated for continuous gain and radiation. Calibration of other antennas and measurement equipment requires this antenna. For consistent test and measurement performance, Gwave Technology Inc.'s standard gain horn antennas are designed. We offer accurate and dependable standard gain horn antennas for research and communication system development.

Log-period antennas

Log-periodic antennas from Gwave Technology Inc. work well for broadband applications across several frequencies. These antennas are great for spectrum monitoring, EMC testing, and broadband. The log-periodic design maintains working band gain and impedance. Our log-periodic antennas are durable indoors and outdoors.

KA-band antennas

Satellites and high-frequency data lines use the Ka-band more. Gwave Technology Inc. Ka-band antennas have high gain and precise beam control. Satellite internet, military communications, and remote sensing use these antennas for high data throughput and low latency. Our Ka-band antennas meet modern communication system requirements for harsh condition reliability.

With our innovative antenna systems, Gwave Technology Inc. develops RF and microwave technology. Choose the correct horn, conventional gain, log-periodic, or Ka-band antenna. Expect project quality and performance from Gwave Technology Inc.

Discover High-Performance Antennas at Gwave Technology

At Gwave Technology, we have a wide range of high-performance antennas meant to satisfy current uses. From sophisticated RF systems to regular communication devices, our collection consists of precision-engineered antennas suited for a range of applications.

Elevate Your Connectivity with Our Premium Antennas

View our selection of innovative antennas that guarantee consistent transmission and reception of signals. Our products give unparalleled performance whether your needs are for compact antennas for mobile devices or strong solutions for challenging RF settings. Modern technologies used in each antenna guarantees excellent quality and longevity.

Why Choose Gwave Technology Antennas?

Experience best performance with our finely crafted antennas to exceptional signal clarity.

Perfect for many RF and communication requirements is versatility.

Designed to resist difficult surroundings, durability and dependability

Using Gwave Technology antennas will help you to upgrade your system and experience unmatched performance and connectivity. To identify the ideal solution for your requirements, explore our Antennas Collection now.

 

FAQ

Faqs

A horn antenna provides a high directivity and broadband frequency, and it is easy to construct. It is extensively used in RF and microwave applications in which high efficiency, low loss, and predictable patterns of radiation are essential, making the horn antenna preferably used in radar, testing, and communications systems.

In most calibration and testing environments, it finds its use because predictable performance and the radiation pattern make it perfect for the measurement of signal strength and performance of a system.

It has another notable feature-wide bandwidth, consistent performance over many frequencies, and high directivity. The design of an antenna that maintains its performance does not compromise it with regard to the bandwidth it covers; this is the reason it is most often used in the applications of communication, broadcasting, and RF testing.

It provides high-frequency range operations, because of which a Ka band antenna can be suitably used for satellite communications, radar, and wireless systems. It supports high rates of data transfer and is therefore desirable for applications requiring higher resolutions, such as military and space communications.

In addition, the higher signal quality of the Ka band antenna is established by proper alignment, minimum interference, low-loss cables, and connectors. Proper grounding, shielding, and maintenance also keep the signal strength high and at a point of lower degradation over time in high-frequency applications.