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 antenna, 3.5 GHz Wimax antenna, Dual or multiple polarized MIMO Antenna, broadband antenna, In-building DAS antenna, CDMA/GSM/3G/4G LTE/5G Antenna, Base station antenna, RFID Antenna, ISM/LoRa/LoRaWAN Antenna, VHF/UHF Antenna, Helium antenna, GPS Antenna, etc and more.
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
As people’s demand for high-speed, stable, and large-capacity communications continues to grow, 5G technology has emerged. In 5G communications, RF antennas are key components, and their welding process faces unprecedented challenges and opportunities. Traditional manual welding methods are not only inefficient, but also difficult to ensure welding quality and stability under high-frequency and high-speed signal transmission, which is directly related to the coverage and communication quality of 5G networks. Therefore, the application of laser soldering technology is particularly important. The Importance of 5G RF Antennas The emergence of 5G technology not only brings higher data transmission rates, but also enables wider connectivity and lower latency. To achieve these goals, 5G RF antennas need to meet a series of stringent requirements. 5G communications use higher frequency bands, which requires antennas to have higher gain and directivity to ensure signal transmission quality. 5G networks need to support more antenna arrays to implement multiple-input multiple-output (MIMO) technology and improve data transmission rates and
An antenna plays a major role in communication systems as the main component that is responsible for transmitting and receiving signals between the source and the destination. Antennas basically convert electric power into electromagnetic waves and vice versa. There are many types of antennas in different sizes, shapes and performance parameters. The overall performance of a communication system will be heavily dependent on the performance of the antenna and hence it is crucial to select a suitable antenna for the system. This article provides an overview on two of the most common types of antennas, LPDA antennas and Yagi antennas. What is a LPDA antenna? LPDA stands for Logic Periodic Dipole Antenna and is called as such due to the fact that the impedance of this antenna is a logarithmically periodic function of frequency. LPDA antennas are composed of dipole elements that are mounted closely together, parallel, and on either side of the feedline with alternating phase, at specific intervals
Antennas are at the foremost and center of any communication system. They play the key role of transmitting and receiving signals between the source and the destinations. There are many types of antennas in different sizes and unique performance characteristics. This article aims to provide a thorough understanding of omnidirectional antennas and yagi antennas and how they compare against each other. Overview of Antennas An antenna is a device used for converting electric power into electromagnetic waves and vice versa. They transmit and receive signals and act as the linking devices in communication systems. The antenna plays a major role in determining the performance of a communication system. Antennas are found with different physical structures, working frequency ranges, gain, directivity, polarity, etc., and are classified into different types based on them. A few of the most common types of antennas are described briefly below. Log periodic antenna: This type of antenna is made of a series of dipoles placed along the
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