How do you choose the best wireless antenna? You’re at the point in your research where you’ve narrowed down your options to two or three antennas, and now you need to make a decision. Here are nine factors to consider when buying an antenna so that you can be sure it will last you years of use without issue.

1) Know The Basics

A wireless antenna is used for broadcasting wireless signals. There are two basic kinds of antennas: Directional and Omni-directional. A directional antenna broadcasts a focused, narrow beam of energy in one direction. It can be used for point-to-point links or as part of an array (such as those used in satellite TV). An omni-directional antenna transmits energy equally in all directions.

2) Which Frequency Range?

The first thing you should know about wireless antenna is that there are different types. Those types are broken down by frequency range, with each having its pros and cons. If you’re trying to cut out any extra costs, for example, it might be best to purchase one that does not operate in all frequencies. The best way to figure out which one is right for your requirement is by figuring out what frequency range you need and what your expected results will be from it.

3) Connector Types

You’ll find two primary types of connectors used with wireless antennas: N-type and U-type. N-type connectors are standard coaxial cable connectors while U-type connectors feature an SMA jack at one end and F connector at the other. The easiest way to determine which type of connector you need is by looking for an N or F marking on your cable. If you don’t see one, you’ll have to check your antenna user manual for more information.

4) Size and Shape

A wireless antenna’s size and shape affects performance. The larger an antenna, typically, the better its range. However, as you might imagine, as they get bigger, they’re also harder to install. We recommend talking with your provider about what kind of range will be most important for you (i.e., inside or outside) before choosing an antenna style that fits in your home.

5) Cable Length

The length of coaxial cable between your wireless antenna and receiver should be roughly 20% longer than your distance from any obstructions, such as mountains or buildings. If your receiver is on top of your roof, for example, try to find an antenna that can send a signal up from 100 feet away. A good rule of thumb is that each dB of signal loss represents an additional 20% loss in range.

6) Quality and Manufacturer’s Reputation

Some manufacturers are better than others, and if you read reviews from previous buyers, you’ll get an idea of who makes high-quality products. 

Checking out recommendations from colleagues or speaking with a sales representative will also give you some good information about which manufacturers offer quality products that won’t let you down. Another good way to get an idea of how well a company’s antennae perform is by reading reviews online by customers who have purchased them in stores like Excel Wireless.

7) Durability

Durable materials are crucial. If you’re buying an antenna for your roof, then you’ll want something that will hold up to harsh conditions and weather. But if it is for a car, you may only have one chance at installing it properly; choose your material wisely. Look for antennas that have UV-resistant coatings or are made of metal, rather than plastic. It’s important not to make any compromises here!

Final word

It’s pretty hard to be fully objective when you’re shopping for an antenna. You may want one that gets great signal in your bedroom, but not if it also picks up local radio stations. Depending on where you live and what devices you use, you may need an omnidirectional antenna or something else entirely. It’s worth shopping around and taking notes on what each vendor offers before making a decision—you might need more than one type of antenna depending on your house layout.

Talk to our experts to know more about buying the best wireless antenna for your requirement. We understand what you want! So, we deliver quality components at cost-effective prices.