Distributed antenna systems (DAS) for indoor coverage of mobile communication voice and data traffic have to cover an ever wider range of requested services. For this, Luxun Antenna offers the matching antenna portfolio.Our antenna families cover the frequency range from 380 MHz to 6 GHz. Thanks to these extremely broadband radiation properties, cost-intensive and space-wasting installation of separate antennas for individual applications is unnecessary, facilitating the integration of distributed antenna systems in existing buildings with reasonable material and installation expense and simultaneously enabling an aesthetic design. Excellent PIM behaviour makes these antennas deeply interesting for DAS in a multi-operator environment.

PMRExpo 2023 from November 28th to 30th in Cologne, where Europe’s leading security communications exhibition will once again take center stage.    This event will showcase renowned exhibitors from around the globe, displaying their cutting-edge products, solutions, and innovative achievements in the field of secure communications and professional mobile radio. From telecommunications to application solutions, control centers and security technology, infrastructure components, equipment accessories, and service providers, exhibitors of various industries will present their expertise in the field.   PMRExpo is internationally recognized as a top-tier event that brings together users from security services, critical infrastructures, logistics, industry, professional trade, and other sectors. Here, authorities and organizations gather to stay at the forefront of new trends, exchange technical know-how, and establish valuable domestic and international connections.

The choice between omni-directional and directional antennas is case-specific. If you just want to cover all directions and connect with multiple service providers in your area, an omni-directional antenna is the best for you. But if your priority is a strong signal in only one direction, you can go for a directional antenna. Although here you will have to identify the location of the nearest cellular base station to place the antenna in the same direction. Directional antennas are also recommended for rural regions as the distance between cellular stations is more when compared to urban areas.

Omni-directional antenna, that is, in the horizontal direction of the map shows 360 ° are uniform radiation, that is, usually called non-directional, in the vertical direction of the map shows that there is a certain width of the beam, in general, the smaller the width of the wave flap, the greater the gain. Omni-directional antenna in the mobile communication system is generally used in suburban area system station type, large coverage area.

As an important part of the network, the base station antenna is the entrance and exit of the wireless communication base station system, and only through the antenna can the transmission of signals be realized and the mobility of the terminal can be supported. In the 5G era, under the new requirements of frequency, power consumption, coverage, etc., active antennas and MassiveMIMO antennas required by 5G base stations have gradually become the main players in the base station market. Looking at the centralized procurement of antennas in 2022, China Mobile purchased a total of 20.6752 million indoor distribution system equipment centralized procurement projects in 2022-2023, accounting for 94% of the total statistical procurement volume, and the strong demand for deep coverage and application drove the unprecedented growth of room branch antenna demand. In the face of new opportunities for the development of 5G digital intelligence society, the antenna market is expanding while the differentiation is also intensifying. The regionalization of markets and the specialization of products also bring more development opportunities to some suppliers in specific regions or with special products

An antenna is a metallic structure that captures and/or transmits radio electromagnetic waves. Antennas come in all shapes and sizes from little ones that can be found on your roof to watch TV to really big ones that capture signals from satellites millions of miles away. The antennas that Space Communications and Navigation (SCaN) uses are a special bowl shaped antenna that focuses signals at a single point called a parabolic antenna. The bowl shape is what allows the antennas to both capture and transmit electromagnetic waves. These antennas move horizontally (measured in hour angle/declination) and vertically (measured in azimuth/elevation) in order to capture and transmit the signal. SCaN has over 65 antennas that help capture and transmit data to and from satellites in space.  

The parabolic antenna, often referred to as the “big pot” antenna due to its shape, is a widely used technology in telecommunications and satellite communications. In this blog post, we will explore the various applications of parabolic antennas. Satellite Communication: Parabolic antennas serve a crucial role in satellite communication systems. They are used to transmit and receive signals between ground stations and satellites. These antennas provide high gain and directional properties, enabling long-distance and reliable communication for applications such as broadcasting, internet connectivity, and remote sensing. Wireless Networking: In wireless networking, parabolic antennas are used to establish long-range links between devices. They are commonly employed in point-to-point connections to achieve high data transmission rates over extended distances. This makes them ideal for connecting remote locations, such as rural areas or isolated buildings, to the internet or local networks. Radio Astronomy: Parabolic antennas play a significant role in radio astronomy. These antennas are used to receive weak radio signals from celestial objects, helping scientists explore and study the universe. By capturing and focusing radio waves, parabolic antennas enhance the sensitivity and resolution of astronomical observations. The parabolic antenna, with its distinctive shape resembling a big pot, has proven to be a valuable technology in various fields. From satellite communication to wireless networking and radio astronomy, its reliable long-range capabilities have been instrumental in enabling global connectivity and scientific exploration.

Maniron experienced a busy and happy week. Firstly,we warmly welcome friends come from a far far away area.Customers visit our factory,production line,inspection area and other parts.They are all happy and satisfied with our professional technology,good quality and fast service.We are sincerely put every customers' satisfication as our first mission. Furthermore,Maniron also attends EUMW 2023 in Berlin Germany.We meet lots of customers from all over the world.It's a wonderful and successful exhibition. Welcome to inquire for more microwave products.  

What is MIMO Omni antenna? Omni-directional antenna products specifically designed for use with multi-port MIMO / MANET radio systems. These products feature multiple discrete antennas within the radome, each with its own RF connector.698-4000MHz Mimo OMNI Antenna is popular in 5G market. Does MIMO antenna really work? MIMO antennas will help condition the outdoor signal and get you better data rates. But if the signal outside your building isn't usable to begin with, MIMO antennas might not help. You can certainly still give the MIMO antenna a shot, but you may still be unable to connect. What are the disadvantages of MIMO? The main disadvantage of MIMO system is that the multiple antennas required extra high cost RF modules. The extra RF modules increase the cost of wireless communication systems. In this research, the antenna selection techniques are proposed to minimize the cost of MIMO systems.

Antennas can be classified according to different situations as follows: Classified according to the nature of work: it can be divided into transmitting antenna, receiving antenna and transceiver shared antenna. According to the use classification: there are communication antenna, broadcasting antenna, TV antenna, radar antenna, navigation antenna, direction-finding antenna and so on. Classified by antenna characteristics: From directionality: there are strong directional antenna, weak directional antenna, directional antenna, omni-directional antenna, needle beam antenna, fan beam antenna and so on. From the polarisation characteristics: there are line polarised antennas, circular polarised antennas and elliptical polarised antennas. Among them, the line polarised antenna is divided into vertical polarised and horizontal polarised antenna. From the frequency band characteristics: there are narrow band antennas, wide band antennas and ultra-wide band antennas. In addition, there are yagi antennas, logarithmic periodic antennas, array antennas. Array antenna and linear array antenna, planar array antenna, attached to the surface of some carriers, such as conformal array antenna. According to the classification of current distribution on the antenna: there are travelling wave antenna, standing wave antenna. According to the use of band classification: long wave, ultra-long wave antenna, medium wave antenna, short wave antenna, ultra-short wave antenna and microwave antenna. According to the carrier: there are vehicle-mounted antenna, airborne antenna, star-carried antenna, bullet-carried antenna and so on. Classified by antenna shape: whip antenna, T-shaped antenna, Γ-shaped antenna, V-shaped antenna, diamond-shaped antenna, loop antenna, helical antenna, waveguide antenna, waveguide slit antenna, horn antenna, reflective surface antenna and so on. According to the use of frequency: 2/3/4/5G/Wi-Fi/Bluetooth/GNSS/ROLA/RFID antennas and so on. Divided by different materials: FPC, PCB, stainless steel, white copper, phosphor bronze, LDS and so on.

Anhui Luxun will attend the exhibition show of PMRExpo 2023,which will take place again in Cologne from 28 to 30 November 2023. On three days,we will present Omni Ceiling Antennas,Directional Panel Antenna,VHF UHF components and other RF parts.Exhibitors include companies from the fields of rf telecommunication parts, application solutions, rf passive parts,control centre and security technology, infrastructure elements, rf equipment accessories and service providers. PMRExpo is an international top event. Users from authorities and organisations with security tasks, critical infrastructure, logistics, industry, specialist trade and other sectors meet here to find out about new trends, exchange know-how and make new national and international contacts. We expect you to visit our booth.

A dipole antenna is a type of antenna that is widely used in RF (Radio Frequency) communications and wireless systems. It is a basic form of antenna that consists of two conductive elements (usually metal rods) positioned parallel to each other and separated by a small gap. The length of the elements is typically half the wavelength of the desired radio frequency. The dipole antenna can be oriented horizontally or vertically, depending on the specific application and antenna design. When driven by an RF signal, the current alternates back and forth, creating an oscillating electromagnetic field around the antenna. This field radiates energy into space, allowing the antenna to send or receive radio waves. Dipole antennas are commonly used in various RF applications, including: Radio broadcasting: Dipole antennas are used to transmit and receive radio signals for radio stations, enabling the broadcast of audio content. Wireless communication: They are employed in wireless systems such as Wi-Fi, Bluetooth, and cellular networks for transmitting and receiving data between devices. TV reception: Dipole antennas, often called "rabbit ears," are frequently used for receiving over-the-air television signals. Amateur radio: Dipole antennas are popular among amateur radio enthusiasts due to their simplicity and efficiency in transmitting and receiving signals. Radar systems: Dipole antennas are utilized in radar systems for detecting and tracking objects by transmitting and receiving radio waves. Dipole antennas offer a relatively simple and cost-effective solution for RF communication systems. However, their performance and efficiency depend on factors such as the antenna design, frequency of operation, and environmental conditions. More complex antenna designs, such as yagi antennas and phased array antennas, have been developed to enhance directional properties and achieve specific radiation patterns.