An ISO 9001:2015 certified antenna manufacturer, antennas covered 300MHz to 7125MHz frequency band for WiFi, RFID, IoT, Cellular, VHF/UHF, etc.
Provides innovative, industry leading sub 6GHz 5G antennas designing solutions for global customers.
Tesswave provides high performance & cost-effective 2.4GHz and 5GHz WiFi antenna for indoor or outdoor, including the types of panel, yagi, omni, parabolic, dipole and magnetic mount.
MIMO antenna features multiple input multiple output with multiple ports to maximize the data throughput, we provide omni-directional and directional outdoor MIMO antennas
Tesswave technology is one of the famous wireless antenna designer, manufacturers and solution providers in China. Located in Shenzhen China, the coastal area of south China which enables us to enjoy convenient transportation links to the world. Since established in 2010, Tesswave has a strong R&D team and rich manufacturing experience in the antenna industry.
Tesswave specialized in designing and manufacturing 2.4/5GHz Bluetooth & WiFi antennas, Wimax 3.5 GHz antennas, MIMO Antennas, broadband antennas, In-building DAS antennas, CDMA/GSM/3G/4G LTE/5G Antennas, Base station antennas, RFID Antennas, ISM/LoRa/LoRaWAN Antennas, VHF/UHF Antennas, Helium antennas, GPS Antennas, etc.
We have more than 10 years of R&D experience on antennas and 6 years’ OEM experience for overseas customers. As an ISO 9001:2015 certified antenna manufacturing enterprise, providing good quality products always be our mission.
Tesswave has a number of skilled RF antenna engineers, all of whom have more than 20 years of experience in the antenna field, and are proficient in using mainstream simulation and design software such as HFSS, AWR, PRO-E and CAD, etc. Our engineers can independently complete a series of work from antenna design to sample completion.
More than 10 years of experience in the antenna industry, recognized by famous companies such as UBNT, MikroTik, TP-Link, etc.
We have a wide range of antennas that covers the 380MHz-6GHz frequency band for applications such as WiFi, MIMO, 4G, 5G, RFID, UHF, IoT, etc.
Provide 7*24 hours of high-quality pre-sales and after-sales services with our professional technical team.
All of our antennas enjoy a three-year warranty, if there is any quality problem within the warranty period, please contact us for after-sales.
We have stable logistics partners who can provide you with the most favorable freight and shortest shipping time.
With first-class R&D capabilities, we can provide various customized antennas according to your needs
Passive antennas, simple yet efficient in their design, are able to receive and transmit signals when appropriately configured, relying entirely on their structural design without an external power supply. This article explores their design considerations, operating frequency ranges, and advantages over active antennas. By elaborating on these fundamental concepts related to Passive antennas, the article aims to assist users in making informed decisions on selecting passive antennas for both every day and specialized uses. Understanding Passive Antennas Passive antennas operate without the need of an external power source, as they do not employ integrated signal amplifiers. Entirely dependent on their structural design, these antennas are simple yet efficient solutions for signal transmission across a variety of applications ranging from television reception to satellite communication. Unlike active antennas which use active components such as crystal diodes, transistors and beam diodes, passive antennas employ their antenna elements such as loops and dipoles for effective transmission. When an electromagnetic signal passes through its elements
Antenna technology has advanced significantly with active antennas, which integrate active electronic components including amplifiers, filters, and signal processing units to provide improved performance. Active antennas are more successful in situations when signal strength is an issue because they employ their integrated electronics to enhance signals, as opposed to passive antennas, which only use their physical design to capture signals. Active antennas support effective signal reception across a broader frequency range due to integrated amplifiers; however, the extra boost may cause the signal level to be sent at a higher output power than that allowed. This is why active antennas are usually used to receive signals, not transmitting them. Moreover, since some directional antennas add a built-in gain already, the extra gain on an active antenna may be unnecessary, and even harmful to some systems. This article explores the types, functions, benefits, uses, and difficulties of active antennas. It also compares them to passive antennas and includes pertinent case studies.
In this modern, technology driven, fast moving world, communication is vital not only on land but on water as well. It is crucial for marine devices and vessels to have a proper antenna to transmit and receive signals effectively over long distances in the harsh conditions of marine environments to ensure safety and reliable communication between other ships and shore stations. This article will provide an overview of marine antennas, their operating principles, different types, etc. It will also briefly guide on the factors to consider when selecting the best antenna for a specific use case and the best practices for the installation and maintenance of marine antennas. This article will provide you with a thorough understanding of the basics of marine antennas. What is a Marine Antenna and How it Works A marine antenna is a device specifically designed to be used on marine vessels to establish communication. These devices are used on various marine vehicles such as sailboats
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