Waterproof High Gain Omnidirectional Antenna Models

　　Full analysis of waterproof high-gain omnidirectional antenna models

　　**

　　In complex and changing environments, mobile devices have increasingly stringent requirements for antenna performance. Waterproof high-gain omnidirectional antennas have become an ideal choice for many scenarios due to their excellent waterproof performance and powerful signal enhancement capabilities. Next, let's take a closer look at several highly anticipated waterproof high-gain omnidirectional antenna models.

　　ED-ACC-ANT-G4G25-L10/L20

　　This antenna from Edatec is designed for industrial automation and IoT applications. It has a gain of 7 dBi in the 4G band and can also achieve a gain of 5 dBi in the 2.4G and 5.8G bands. This means that whether in a vast smart factory workshop or in a remote area that requires remote monitoring, it can ensure stable signal transmission and wide coverage. Its operating frequency band covers the mainstream 4G and dual-band Wi-Fi bands, which can meet a variety of communication needs. In addition, the vertically polarized omnidirectional radiation pattern reduces signal blind spots, even if the device location changes. It is worth mentioning that it has good durability, an operating temperature range of - 30°C to 70°C, and is waterproof and dustproof, and can easily cope with harsh industrial environments such as chemical plants and mines.

　　CT RF - Antenna - FRP - 0433 - 201200 - NK - 0.5M

　　This antenna produced by C&T RF Antennas Inc operates in the 433MHz frequency band with a gain of up to 8dBi. It is a long-distance and high-gain LoRa antenna. It uses a fiberglass antenna cover with a size of 20x1200mm, a 0.5-meter RG cable antenna extension cable and a standard N-type female connector for easy installation on the terminal device. This model is suitable for outdoor applications with high requirements for signal transmission distance, such as offshore operations, LoRa Internet of Things, and M2M communications, and can maintain stable signal transmission in complex outdoor environments.

　　Proxicast - Pro - Gain 4G/5G/Wi - Fi Marine Antenna

　　This is an ultra-wideband omnidirectional antenna suitable for marine and corrosive environments. With a peak gain of 8.5 dBi, it can effectively improve signal strength and network speed. It is suitable for 4G LTE and 5G sub-6 cellular broadband services of many global operators such as Verizon, AT&T, T-Mobile, etc. It can also be used as a Wi-Fi antenna (operating frequency 600-6000 MHz). The antenna is compact and lightweight, easy to install, and uses an all-stainless steel mounting bracket, U-bolts, nickel-plated N-type connector and ABS antenna cover. It has excellent corrosion resistance and can be perfectly used whether it is installed on the deck of a ship for marine network connection or on outdoor equipment in coastal areas, providing users with stable signal transmission.

　　HX - CA7618A Aviation Antenna

　　Although the HX - CA7618A of Huaxin Antenna is mainly used in the aviation field, its waterproof performance and high gain characteristics are also worth paying attention to. This is a three-system, seven-band external antenna with small size, exquisite appearance, high sensitivity, and low power consumption. It has a patented waterproof and breathable process with an IP67 protection level, which can effectively resist dust, ultraviolet rays and water erosion, ensuring long-term reliable operation in complex high-altitude environments. It plays an important role in navigation scheduling, tracking monitoring, measurement and control, and other fields with extremely high positioning accuracy and speed requirements. It is especially suitable for high-speed civilian drones and vehicle-mounted high-precision application scenarios.

　　Taoglas Barracuda OMB.445

　　This Taoglas antenna is designed to meet the long-distance coverage requirements of 4G and sub 6 GHz 5G bands. It has a peak gain of 5.5 dBi, an omnidirectional radiation pattern, and an efficiency of up to 88%, which can ensure stable and reliable signal reception and transmission, and is very suitable for private LTE or CBRS networks and public safety applications. Its UV-resistant fiberglass antenna cover ensures that the appearance and mechanical properties of the antenna will not deteriorate during long-term outdoor use. The antenna can be installed flexibly, either by pole mounting or wall mounting, and it has an IP65 waterproof rating, and can work normally in a variety of outdoor environments.

　　Shipborne 4G/5G high-gain omnidirectional antenna (China Unicom Air America)

　　This antenna is designed for ship network connection. It receives the signal from the shore operator base station, and then converts it into an IP network signal through a 4G/5G router to access the ship's LAN. Its signal oscillator uses a PCB Rogers board, which is faster and more stable than traditional metal oscillators. The product is small in size and light in weight, weighing only about 6 kg, making it easy to install on board. The outer cover is made of the same grade ASA material as imported satellite antennas, which is waterproof, moisture-proof, sturdy and reliable, with strong signal penetration and easy daily maintenance. In addition, the antenna host is built-in, which solves the problem of signal attenuation caused by too long a connection line, while avoiding the influence of harsh outdoor sea climate, and extending its service life under the protection of a waterproof and moisture-proof outer cover.

　　Different waterproof high-gain omnidirectional antenna models have their own characteristics in terms of gain, working frequency band, applicable scenarios and waterproof level. When choosing, users need to comprehensively consider their actual needs, such as the equipment usage environment (indoor and outdoor, at sea, industrial sites, etc.), the required frequency band, requirements for signal strength and coverage, etc., and select the most suitable antenna model to give full play to its advantages and ensure that mobile devices can achieve stable and efficient communication connections in complex environments.