4G LTE 4dBi Screw Mount Duck Type Antenna with RG174 (L-3Mtr) Cable + SMA (M) St. Connector

4G LTE 4dBi screw mount duck-type antenna with an RG174 cable and an SMA (Male) straight connector. Here's a detailed breakdown of each component and what it means:

• 4G LTE: The antenna is designed to operate on 4G LTE networks, enhancing signal reception and transmission for devices that use this technology.
• 4dBi: This refers to the antenna's gain, which is 4 decibels relative to an isotropic radiator (dBi). The gain indicates how well the antenna can amplify the signal; in general, a higher dBi means better performance and signal reach. A 4dBi antenna provides a good balance between signal range and coverage.
• Screw Mount: This design allows the antenna to be securely attached to a mount or surface via a screw. This can be useful for fixed installations where stability is crucial.
• Duck Type: This describes the antenna's shape, which resembles a duck's head. Duck-type antennas are compact and often used for their ease of installation and decent performance in a variety of applications.

• RG174: This is a type of coaxial cable known for its flexibility and suitability for higher frequency signals. It's often used in applications where space constraints are a consideration.
• L-3MTR: Indicates that the cable length is 3 meters (approximately 10 feet), providing some flexibility in positioning the antenna relative to the device.

• SMA (Male): This connector type has a protruding center pin and is commonly used in RF applications. It’s designed to connect the antenna to a device with an SMA (Female) port.
• Straight Connector: The connector is straight rather than angled, which typically means it provides a direct connection with no bend or curve.

1. Mounting the Antenna: Secure the screw mount antenna to a stable surface using the provided screw or mounting hardware. Ensure it’s placed in a location that maximizes signal reception.

2. Connecting the Cable: Attach one end of the RG174 cable to the antenna and the other end to the device. Ensure the connections are tight to avoid signal loss.

3. Positioning: The performance of the antenna can be affected by its positioning. Ideally, place it in a location with minimal obstructions and where it can receive the best possible signal.

4. Testing: After installation, test the signal strength and performance to ensure the antenna is functioning optimally. Adjust the placement if necessary.

• Fixed Installations: Enhances signal strength for stationary devices such as routers, modems, or network equipment.
• Vehicles: Can be used in vehicles to improve connectivity for mobile internet devices or other communication systems.