Important Tips: There have more than 600 models antennas in our factory, In order to offer the optimum models and reasonable prices, please kindly let us know the frequency range, gain, connector style and cable length(if available), and if here this showed model is your required, that can be the best thus we can respond directly.
And please let us know whether your antenna should be passed 3rd intermodulation LOW PIM(IM3) standard OR common standard, that is there have different relevant prices between them.
Ameison High Performance Dual Polarized 2.4GHz WiFI Outdoor directional flat patch 3x3 MIMO access point antenna
Model No.: AMXW-2425VH-D15L65X3
The Ameison AMXW-2425VH-D15L65 X3 WiFi Mimo Antenna combines vertical and horizontal polarization
with high gain in a single enclosure.
It is a professional quality antenna designed primarilyfor MIMO point-to-multipoint and point-to-point applications in the 2.4 GHz frequency band.
This antenna incorporates advanced dual polarization technology that allows for the interoperabilityof two radios to transmit and receive paths.
This technology allows for the attenuation of unwanted signals from adjacent channels and/or co-located equipment.
Features:
MIMO - Multiple-Input and Multiple-Output
Dual Polarity feed system in single enclosure
High gain operation
Three (3) integrated diversity antennas, single package
UV-resistant radome for all-weather operation
AMXW-2425VH-D15L65X3 Electrical Specifications | |
Frequency range(MHz) | 2400~2500 |
Polarization | 2×Vertical + 1×Horizontal |
Gain(dBi) | 3×15 |
Half-power beam width(°) | H:65 V:14 |
Front-to-back ratio(dB) | ≥25 |
Input Impedance(Ω) | 50 |
VSWR | ≤1.5 |
Isolation between ports | ≥28dB |
Cross-polar ratio | ≥15dB@0º ≥10dB@+/-60º |
Sidelobe suppression for first sidelobe above horizon | 15 dB |
Maximum input power(W) | 200 |
Lightning protection | DC Ground |
Mechanical Specifications | |
Input connector type | 3-N Female |
Dimensions-mm (Height/Width/Depth) | 450*253*35 |
Packing size(mm) | 485*280*70 |
Antenna weight (kg) | 1.5 |
Radome material | ABS |
Radome color | White |
Mechanical tilt(°) | 0~10 |
Operating temperature(°c) | -40~60 |
Rated Wind Velocity(m/s) | 60 |
Waterproof Standard | IP54/ IP65/ IP67 |
Mounting way | Wall-mounted/ Pole-holding |
Mounting hardware(mm) | 35~50 |
Ameison promises all our issued products pictures on the internet are shot by our professional photographers, and these are real existence, NO duplication/ stolen figures/ infringement of intellectual property rights/ PS technical means etc.
The ownership of pictures and tests are owned by Ameison, if without permission and usurp unauthorized, Ameison will pursue legal liabilities according to laws and regulations and ask for economic compensation.
Due to there appears technical data is unreal even fake on the market, Ameison always sticks to the facts but not tell stories, all our technical specifications are real and tested by ourselves, welcome to request our related test reports and samples for compared and distinguishing the true from the false.
Genuine Quality Assured
It’s Your Excellent Choice High Quality Products.
Ameison is TOP2 professional communication and wireless antennas industry manufacturer enterprise in Shenzhen, we hope to establish long-term business relationship with you.
More items want to know, please visit our official company website to request the catalog, we warmly welcome you to schedule a visit to our factory anytime.
If you have any questions regarding our products, including pricing, or to order, please contact us, by phone, email and one of our friendly staff will be happy to answer your query. We can arrange delivery throughout the world.
Attention Please!!(To our all distinguished guests)
Our company has never officially authorized any party through the Internet or B2B online website to sale "AMEISON®" brand products, also without any cooperation relationship.
Where there are counterfeit our products sales and our samples room pictures, all is cheating, our company will reserve the right to shall be investigated according to law.
In order to share our good products and services and may also take the appropriate measures to avoid incurring losses, please directly visit our official company website or contact our sales team via real time Video Monitoring System to distinguish the truth and falsity for your specific requests.
Good Reputation and Credibility of A Good Guarantee
First business is a trial order, opportunity and luck, permanent commercial intercourse depends on price, quality and prestige.
Long-term business cooperation is our ultimate goal, making high quality products and considerate service is our top priority.
your choice + our products > win-win situation
We are a manufacturer, NOT trading company.
Per our factory always tell our customers all along: you win, Ameison factory will win, we do win-win long-term business, NOT one-shot deal.
We welcome you to schedule a visit our factory anytime and consult with us for more business when you feel free.
How do I choose the best WiFi antenna?
The two main types of antennas are Omni-directional and directional.
Omnidirectional antennas radiate RF signal in a 360 degree pattern and directional antennas emit the RF signal in a focused beam similar to the headlight of a car.
If your application is a point to point WiFi link like from one building to another you would use a Directional antenna. If you need to send the WiFi signal 360 degrees then you would use and Omni directional antenna.
If you have a point to multi point application, such as a campus environment then you would use a combination of Omni directional and Directional antennas.
What is MIMO (Mutiple Input, Mutiple output) antenna?
MIMO (multiple input, multiple output) is an antenna technology for wireless communications in which multiple antennas are used at both the source (transmitter) and the destination (receiver).
The antennas at each end of the communications circuit are combined to minimize errors and optimize data speed. MIMO is one of several forms of smart antenna technology, the others being MISO (multiple input, single output) and SIMO(single input, multiple output).
In conventional wireless communications, a single antenna is used at the source, and another single antenna is used at the destination.
In some cases, this gives rise to problems with multipath effects. When an electromagnetic field (EM field) is met with obstructions such as hills, canyons, buildings, and utility wires, the wavefronts are scattered, and thus they take many paths to reach the destination.
The late arrival of scattered portions of the signal causes problems such as fading, cut-out (cliff effect), and intermittent reception (picket fencing). In digital communications systems such as wireless Internet, it can cause a reduction in data speed and an increase in the number of errors.
The use of two or more antennas, along with the transmission of multiple signals (one for each antenna) at the source and the destination, eliminates the trouble caused by multipath wave propagation, and can even take advantage of this effect.
MIMO technology has aroused interest because of its possible applications in digital television (DTV), wireless local area networks (WLANs), metropolitan area networks (MANs), and mobile communications.