Tel:(+86) 0755-86525983
Fax:(+86) 0755-86525983
Mob:+86-18928437035
Email:oversea-sales@sz-bgs.com
Address:
Room 308, Block B, Sibiono Gene Therapy Park, NO.19, 1st Science &Technology Middle Road, Hi-Tech Industry Park(Middle), Nanshan District, Shenzhen, P.R.China.
Fast Response
Bogesi team is take fast action for customer experience. We guarantee to reply your email in less than 24 hours in working days.
Production Market
Bogesi had build a balanced long-term relationship though out trading with our clients.
Production Management
With advanced production testing equipments, the Production Base in Dongguan strictly control the production process and quality according to ISO9001:2001 standard.
Quality & Risk Management
We ensure the high quality standard by industry-specific expertise and execute sample approval for every new business.
Transportation Management
We have long-term logistic partner to enhance the stability of transportation and well manage potential shipment risk with China Sinosure.
Export & Import Management
Rich experience to operate export & import document and meet relevant government department requirements.
An outdoor antenna is a specialized type of transceiver designed for use in external environments, capable of withstanding various weather conditions such as rain, wind, snow, and temperature extremes. These antennas are engineered to maintain optimal performance despite exposure to the elements and are often made from durable materials like aluminum, stainless steel, or high-impact plastics.
The gain of the sucker antenna is relatively high and the communication distance is longer than that of the rubber duck antenna Strong magnetic base, easy fixed adsorption on metal objects, more convenient installation fixed SMA pure copper interface
Glass Fiber antenna
High receiving sensitivity
High transmission efficiency
1, Factory sell directly
2, 1 years quality warranty
3, Samples in stock will be shipped in 3 working days
A.Factory direct research and development to produce the latest wireless antenna products
B.Accept the custom logo and packaging and product modification
C.Most designs with stock, model and large cargo delivery stability
Better signal reception
Outdoor antennas are designed to capture signals from a wider area, which means they can pick up more channels and provide better reception quality compared to indoor antennas.
01
Cost-effective
Once installed, an outdoor antenna can provide free access to all the major local broadcast networks. This eliminates the need to pay for cable or satellite TV subscriptions.
02
High-definition programming
Many broadcast networks transmit their signals in high definition, which means viewers can access high-quality picture and sound without the need for a cable or satellite subscription.
03
No internet required
Unlike streaming services, an outdoor TV antenna does not require an internet connection, making it a good option for people who live in areas with limited internet connectivity.
04
Rural Vs Urban Areas
Most Americans have access to over-the-air broadcasts, but there are usually more channels available in more densely populated areas. If you live in an urban environment, you may have easier access to channels with an OTA setup compared to someone in a rural area.
Know Your Neighborhood Regulations
You may have read online that adding an antenna to your home could get you into trouble with your local homeowner’s association (HOA) or landlord. However, the Federal Communications Commission (FCC) has clear rules in place to protect your right to access over-the-air broadcasts.
Where To Place Your Antenna On Your Home
OTA antennas perform best when mounted as high as possible with few or no obstructions. Roofing, construction material, and household objects can all interfere with reception. Even if you buy the best TV antenna, it will only reach its peak performance at the top of your dwelling or in an upstairs window.
Uhf Vs Vhf
OTA broadcasts transmit in UHF, or ultra high frequency, and VHF, or very high frequency. Make sure to check the product specs to confirm that it supports your preferred frequency band. Some antennas support both UHF and VHF reception, if that’s your goal.
Indoor Vs Outdoor Antennas
Generally speaking, outdoor antennas provide better reception and video quality. This is particularly true for rural viewers, who need a bigger and better situated antenna to receive distant broadcasts.
Do You Want An Omnidirectional Model?
Also known as multidirectional antennas, these are antennas that don’t need to be pointed in a particular direction to get good reception. Omnidirectional antennas typically look more like a rounded dome than pronged antennas. That makes them easier to set up and troubleshoot, though they may not always provide the same range as a high-quality directional model.
Remember: Height And Size Can Be Important
Some situations don’t necessarily call for the largest antenna possible, but other times it’s a necessity. If you live in an isolated area, it’s worth investing in a good-sized model and mounting it at the highest point possible – inside or outside your home.
Aluminum tube or strip antenna. First use an aluminum tube or strip as the antenna base, and use hand pliers to bend both ends of the aluminum tube inward to keep the length consistent. Then peel off one end of the TV feeder cable to expose the copper wire and mesh inside. Connect two thin copper wires to the central copper wire and mesh wire respectively, and then connect the two copper wires to both ends of the aluminum tube. Note Do not let the two copper wires touch. Finally, find a suitable TV connector and connect the other end of the feeder cable to the TV.
Can antenna. First drill a hole in the center of the bottom of the can and cut off the bottom, then prepare several antenna connectors and secure the connectors to the can. Then take a TV antenna, break the outer cover and connect it to the can. The TV antenna at the other end is also connected to the can. Finally, solder tin at the marked position, use copper wire to break all the outer skin and cut it into several sections, and solder them to the cans respectively.
PVC threaded pipe antenna. Prepare 40 or 50 PVC threaded pipe, aluminum wire, hose clamp and other materials, cut the threaded pipe to a suitable length, wind the coil, then drill holes in the plug to fix the screw, connect the coil, install the adjusting hose clamp, weld the connecting wire, and The connecting wire is fixed on the bottom screw through a welding lug.
Simple antenna. Use two cans or metal sheets (rods), fixed on an insulator, 40 cm apart, connect the radio frequency line, and connect both ends to the TV.
Determine The Direction Of Your Local Broadcast Towers
The first step in installing an outdoor TV antenna is to determine where your local broadcast towers are located.You will need to enter your zip code and it will provide you with the direction and distance of the broadcast towers in your area.
Choose the right antenna
Once you know where the broadcast towers are located, you can choose the right antenna. There are many different types of antennas available on the market, so make sure to choose one that is designed to receive signals from the direction of your local broadcast towers.
Gather your tools and equipment
Before you start installing your outdoor TV antenna, you will need to gather all the necessary tools and equipment. These may include a ladder, mounting hardware, coaxial cable, grounding wire, and a grounding rod.
Mount the antenna
Once you have your tools and equipment ready, it’s time to mount the antenna. Choose a spot on your roof or in your yard where you can get the best signal. The antenna should be mounted as high as possible and in a clear line of sight to the broadcast towers. Make sure to use sturdy mounting hardware to secure the antenna in place.
Connect the coaxial cable
Once the antenna is securely mounted, you will need to connect the coaxial cable to the antenna and run it into your home. It is recommended to use a grounded coaxial cable to reduce the risk of electrical damage.
Ground the antenna
In order to protect your home and TV equipment from lightning strikes, it is important to ground the antenna. To do this, connect a grounding wire from the antenna to a grounding rod that is at least eight feet long and buried in the ground.
Test the signal
Once the antenna is installed and grounded, it’s time to test the signal. Connect the coaxial cable to your TV and use the TV’s built-in signal strength meter to determine if the signal is strong enough. If the signal is weak, try adjusting the antenna’s direction or height until you get a better signal.
Choose the location: A rooftop or a tall pole is a good choice;
Assemble the antenna: Make sure you follow the manufacturer’s instructions and that you have all the necessary hardware;
Mount the antenna: This may involve drilling holes into the roof, attaching the antenna to a pole or chimney, or using a mount (make sure the mount is stable and secure);
Ground the antenna: It’s important to protect it against electrical shock and lightning strikes. Connect the grounding wire to the grounding block on the antenna and run it to a nearby metal rod or grounding source;
Run the coaxial cable: Run the cable from the antenna down to the ground and, then, run it to the TV location;
Connect the coaxial cable: Connect it to the antenna and to your TV;
Test the signal: Turn on your TV and rescan for channels to see if you’re getting a good signal.
Secure the cable: If you’re getting a good signal, secure the cable and connectors to have a reliable connection.
When receiving wireless signals, the antenna will sense the surrounding electromagnetic waves and convert them into current for use by the device. The antenna at this time is similar to a filter and only responds to signals of specific frequencies. The material and structure of the antenna will affect the degree of signal response.
When a signal needs to be sent, the antenna will convert the transmitted electrical energy into a signal that can be radiated in the form of electromagnetic waves (also called a signal carrying information), and then send it into the air through the transmitter.
The quality of connecting components such as antennas and feeders will also affect the performance and working efficiency of outdoor antennas. The matching of these components requires proper tuning and maintenance to ensure optimal performance.
Metal materials
Metal materials are one of the most common materials for outdoor antennas, mainly including aluminum alloy, stainless steel, copper, iron, etc. These materials have high corrosion resistance and strength and can meet the needs of use in different climate environments.aluminum alloy antennas are lightweight, durable, and relatively affordable; stainless steel antennas have strong corrosion resistance and are suitable for harsh environments such as the seaside; copper antennas have more stable signal transmission and are less susceptible to interference.
Plastic materials
Outdoor antennas made of plastic materials are lighter and more affordable than metal materials. Widely used materials include ABS plastic, PC materials, etc. These materials are waterproof and insulating and are often used in fresh and stylish outdoor antenna designs.
Composite materials
Composite materials are composed of two or more different materials, and their performance is superior to that of a single material. Commonly used composite materials include carbon fiber, glass fiber, organic composite materials, etc. These materials have the advantages of high strength, light weight, and good corrosion resistance, and are especially suitable for use in high-end villas, luxury hotels and.
Which apply to mobile phones, tablet PC, financial electronic terminals, wireless medical terminals, security monitoring, smart home, and automotive electronics. Products could be involved in all kinds of standards of wireless applications such as cellular networks (2G/2.5G/3G/4G/5G), Wi-Fi, Bluetooth, RFID, 433M, GPS and Compass, etc. The Antenna R&D Center is located in Shenzhen High-Tech Industrial Park, near by the Financial Science and Technology Building and Financial Base. By the excellent location we can better provide customers with convenient and efficient service.
