weBoost Office 200 Signal Booster (50 Ohm) | 472047

Outside Antenna Options

Different situations require different types of outside antennas. The weBoost Office 200 can be configured with one of three different outside antennas to accommodate pretty much any scenario. Read below to determine the best type of outside antenna for your situation.

The Office 200 kit can be configured with one of the following three types of outside antenna:

Omni Antenna

The Omni antenna is the default option with the Office 100 and is good for hilly or mountainous areas. It is the weakest type of outside antenna, but can send and receive in all directions, so it does not require any aiming to function.

The Omni antenna has 4 dB of gain and will send and receive in all directions. Since it sends it all directions instead of just one, Omni antennas are not as powerful as directional antennas, so you'll generally get less inside coverage.

Yagi Directional Antenna

The Yagi directional antenna is the outdoor antenna option that can handle the majority of the situations that require a cell phone signal booster. It is directional, which means that it needs to be aimed towards the cell towers of the carrier(s) that you're trying to boost. Our guide on how to aim a directional antenna will walk you through the steps to do that.

The Yagi directional antenna has 10 dB of gain and can cover about 75 degrees of the horizon in one direction, so any carrier towers that fall within that area will be boosted. The Yagi antenna is not going to be a good option for scenarios where there are large hills, mountains, valleys or canyon walls that prevent line of sight to the cell tower. If this is your situation, then please see below for better options.

Since a directional antenna can only cover a portion of the horizon, you may only be able to cover the carrier(s) with towers in the direction that the Yagi antenna is pointing. The advantage is that because they are aimed, they're much more powerful so you'll get more coverage area inside of the building with a directional antenna.

High Gain LPDA Antenna

The Wilson High Gain Wide Band LPDA Antenna is one of the most powerful outside antennas that we offer. It's ideal for situations where you have a very weak existing outside signal and need the maximum antenna gain or for when you have a poor quality signal environment (low RSRQ and SINR) and need pinpoint accuracy to target the best nearby cell tower and improve those quality metrics.

The LPDA Antenna provides between 11 to 13 dBi of gain for all of the frequency bands currently used by the major cell carriers. It is about 3.5 feet (44 inches) long, so it requires a very sturdy mast as a mounting point.

Please Note: Due to its high directionality and narrow beam width, you must have a direct line of sight to the cell tower that you're targeting for the LPDA antenna to work properly. It will not work well in areas where you're getting signal bounce or do not have direct line of sight to the tower.

Inside Antenna Options

The right number of inside antennas depends on how large the space is and how many walls or other obstacles are in the space. In general, we recommend one antenna for every 750 to 1,500 sq ft in a normal home and every 1,500 to 2,500 sq ft in more open spaces like offices with cubicles.

The Wilson Office 200 kit is available with three types of inside antennas:

Panel Antenna

Panel antennas are a type of directional indoor antenna. They can be mounted to a wall or to a ceiling. The signal comes out the front of the antenna so it must be mounted in a place where it is aimed at the area where you need coverage. A short pigtail cable comes out of the bottom of the antenna, so you do not need access to behind a wall or ceiling to install a panel antenna.

In multi-story homes, panel antennas can be located in the attic pointing down to cover the floors below without any part of the system being visible.

The panel antenna has an average gain of 7 dBi on the low frequencies and 10 dBi on the high frequencies. This makes it more powerful than the dome antennas, but that is because it is a directional antenna, so it sends all of its signal in one direction instead of all directions.

Standard Dome Antenna

A standard dome antenna mounts to the ceiling and covers in all directions around the antenna. A dome antenna must be installed horizontally, it cannot be mounted vertically to a wall. When using a dome antenna, you must be able to run cables on the backside of the ceiling, so it works best below an attic or in commercial spaces with ceiling tiles.

Standard domes work well in single story homes and offices where you have access to the backside of the ceiling to run cables and make connections.

The standard dome has an average gain of 2 dBi on the low frequencies and 5 dBi on the high frequencies.

Ultra-Thin Dome Antenna

The ultra-thin dome antenna is a very low profile version of the standard dome antenna. The ultra thin dome mounts to the ceiling and covers in all directions around the antenna. A dome antenna must be installed horizontally and cannot be mounted vertically to a wall. When using a dome antenna, you must be able to run cables on the backside of the ceiling, so it works best below an attic or in commercial spaces with ceiling tiles.

Ultra thin domes work well in situations where aesthetics are important but they also are more powerful to give you a larger coverage area. They are significantly less noticeable than the standard dome once installed.

The ultra thin dome has an average gain of 4 dBi on the low frequencies and 6 dBi on the high frequencies.

Need Help?

Deciding on the right antenna style and number can be difficult. If you’re not sure what’s best for your situation, give us a call and one of our signal booster experts would be happy to recommend a solution for you.

The total coverage area depends on several factors, including your outside signal strength, building materials, and layout. This booster supports all major U.S. carriers and many smaller providers that use their networks. Use the guide below to estimate potential indoor coverage and verify carrier compatibility.

Estimated Coverage Based on Outside Signal Strength

• Excellent Outside Signal (5 Bars): Up to 20,000 sq. ft. indoors (may require multiple inside antennas).
• Good Outside Signal (3-4 Bars, -90 dB): Up to 5,000 sq. ft. indoors, depending on building materials and layout.
• Weak Outside Signal (1-2 Bars, -100 dB): Up to 2,000 sq. ft. indoors, depending on structural and environmental factors.

Actual coverage depends on factors like outside signal strength, obstacles such as trees and buildings, construction materials, and the layout of your space. If you're uncertain whether this system will work for you, contact us for expert assistance.

Supported Carriers

• Major U.S. Carriers: Verizon Wireless, AT&T, T-Mobile, UScellular
• Smaller Providers: Many smaller carriers, called MVNOs (Mobile Virtual Network Operators), use the same towers as major carriers. This means your service is supported as long as your provider operates on one of these networks.

Important Note: This booster only works with U.S.-based carriers and is not compatible with European or Asian carriers due to different frequency bands.

• weBoost Office 200 Amplifier with Power Supply
• Outside Antenna Options (Omni, Yagi, LPDA)
• Inside Antenna Options (Panel, Dome, Ultra-Thin Dome)
• 75 ft of 400 Series Cable for Outside Antenna Run
• 60 ft of 400 Series Cable for Each Inside Antenna Run
• Lightning Protector with 2 ft Cable
• 2, 3, or 4-Way Splitter for Multiple Inside Antennas

Depending on the complexity of your building and the configuration of antennas that you chose, installing the weBoost Office 200 can be easy or fairly challenging. Fortunately, our team is here to help you with anything you need.

Here is a brief overview of how to install the components of the system:

• Mount the Outside Antenna: Install the antenna in the location with the strongest signal, typically on the roof or an exterior wall. For directional antennas like Yagi or LPDA, aim the antenna toward the nearest cell tower.
• Install the Lightning Protector: Attach the outside antenna cable to the lightning protector and ground it properly to safeguard the system from electrical surges.
• Run Cables to the Amplifier: Use the included 400 Series cables to connect the outside antenna to the amplifier, ensuring secure and weather-resistant connections.
• Mount the Inside Antenna(s): Place inside antennas where coverage is needed most, such as ceilings or walls. Use multiple antennas for large or multi-room spaces.
• Connect and Power On: Link all components, plug in the amplifier, and check the LCD screen for real-time performance updates and troubleshooting tips.

We recommend working with our expert team for large or complex setups to design the right solution and help you optimize your system.