Eteily Technologies India Pvt Ltd

Vidya Nagar, Bhopal, Madhya Pradesh

A 4G screw mount antenna that comes with an RG174 cable, specifically with a length of 3 meters (L-3MTR). Here’s a detailed breakdown of what you might be dealing with:

4G Screw Mount Antenna

• Design: This type of antenna is generally designed for robust outdoor or indoor use. The "screw mount" refers to how the antenna attaches—it typically screws into a mounting bracket or panel.
• Frequency: It’s optimized for 4G LTE frequencies, which means it’s designed to work with 4G networks, providing enhanced signal reception and transmission.
• Mounting: The screw mount feature makes it versatile for different installation locations, including vehicles, buildings, or other structures.

RG174 Cable

• Cable Type: RG174 is a coaxial cable known for its flexibility and is often used in applications where space is limited. It's suitable for higher frequency signals, like those used in 4G networks.
• Length (L-3MTR): The cable length is 3 meters (approximately 10 feet), which provides some flexibility in positioning the antenna away from the device it's connected to.

Connector Types

While the cable and antenna combination is often specified, the exact type of connector might vary. Common connectors include:

• SMA (Male or Female): Often used for connecting antennas to devices.
• TS9: Sometimes used in mobile broadband equipment.
• MCX or MMCX: Smaller connectors used in some specific applications.

Installation

1. Mounting: Secure the antenna to a suitable surface using the screw mount. Ensure it’s positioned where it can receive the best signal.
2. Cable Routing: Run the RG174 cable from the antenna to your device. Be mindful of cable routing to avoid kinks and ensure optimal signal transmission.
3. Connecting: Attach the cable to the device or router using the appropriate connector. Ensure a snug fit to avoid signal loss.

Applications

• Fixed Installations: Enhances signal strength in fixed locations, such as home or office setups.
• Vehicles: Provides better connectivity for mobile hotspots or other devices in vehicles.

A 4G screwable puck antenna that's designed for use with RG174 coaxial cable and has an SMA (Male) straight connector. Here’s a breakdown of the components:

1. 4G Screwable Puck Antenna: This type of antenna is typically used for mobile and fixed wireless communications. The "puck" shape often refers to its compact, circular design. The 4G designation means it's optimized for 4G LTE networks.

2. RG174 Cable (L-3MTR): RG174 is a type of coaxial cable that’s relatively thin and flexible. The "L-3MTR" indicates the length of the cable is 3 meters (approximately 10 feet).

3. SMA (M) Straight Connector: This is a common type of RF connector. The "M" stands for Male, meaning it has a protruding center pin. The straight design refers to the connector being linear, as opposed to angled.

4. 46mm: This could refer to the diameter of the antenna or a component of the connector.

This setup is often used in various wireless applications, including enhancing signal reception for 4G LTE devices or routers. If you have any specific questions or need help with installation, feel free to ask!

a 3G screw mount antenna system. Here’s a quick overview of the components and what they imply:

1. 3G Screw Mount Antenna: This type of antenna is often designed for mounting on surfaces like walls or poles, using screws. The "3G" indicates that it's optimized for 3G mobile network frequencies. The "cup shaped" part might refer to the design of the antenna, which can sometimes be a more compact, rounded form.

2. RG174 (L-3MTR) Cable: RG174 is a type of coaxial cable used for low-loss transmission in RF applications. It’s generally thinner and more flexible than RG58. The "L-3MTR" means the cable is 3 meters long, providing flexibility in positioning the antenna.

3. SMA Male St. Connector (Cup Shaped): The SMA (SubMiniature version A) connector is used to connect the coaxial cable to the antenna. The "Male St." (Straight) denotes the connector type, and "Cup Shaped" might refer to the physical design of the connector.

This setup is suitable for improving 3G signal reception or transmission. The screw mount allows for secure installation on various surfaces, and the RG174 cable offers flexibility and low-loss transmission over shorter distances. The SMA male connector ensures compatibility with devices that accept SMA connectors.

When installing, aim the antenna towards the strongest signal source and ensure that the cable and connector are properly connected to avoid signal loss.

A 915MHz screw mount antenna is designed for applications that operate at 915 MHz, a frequency commonly used in RF communications like RFID, IoT devices, and certain types of wireless systems. Here's a breakdown of the key features and what they mean:

1. 915MHz: This is the operating frequency of the antenna, suitable for devices that communicate at this specific UHF (Ultra High Frequency) range.

2. Screw Mount: This indicates that the antenna is designed to be secured with a screw or mounting hardware. It usually involves a threaded base or a mount that allows it to be attached to a panel or enclosure. This type of mount is beneficial for more permanent installations where a stable and secure connection is desired.

• Stable Mounting: The screw mount design ensures that the antenna is securely attached, reducing the risk of it becoming dislodged or shifting, which can impact performance.

• Durability: Often, screw mount antennas are built with more robust materials and are intended for more permanent installations compared to other types of mounts. This makes them suitable for industrial or outdoor environments.

• Customization: Screw mount antennas can often be customized or replaced without needing to replace the entire device. The threaded mount allows for different antennas to be used as needed for specific applications.

• Reduced Interference: A fixed, securely mounted antenna can provide better performance and reduced signal interference compared to more flexible or temporary mounting solutions.

• Industrial Equipment: Used in various industrial settings where reliable and stable RF communication is needed.

• RFID Systems: Common in RFID applications where a robust, permanent antenna setup is necessary.

• IoT Devices: Useful in Internet of Things devices that require consistent connectivity.

• Communications Systems: Suitable for systems where the antenna needs to be securely attached to ensure optimal signal reception and transmission.

When selecting a 915MHz screw mount antenna, ensure that it matches the connector type and mounting requirements of your device. This will help you achieve the best performance and reliability for your RF application.

Elevate your 5G connectivity with our high-performance 5G Screw Mount Puck Antenna, designed to deliver exceptional signal reception and durability. Ideal for both indoor and outdoor applications, this antenna provides reliable connectivity for a variety of 5G-enabled devices.

Key Features:

• 5G Connectivity: Optimized for 5G networks, this antenna ensures robust signal strength and high-speed data transfer, enhancing the performance of your 5G applications.
• Screw Mount Design: The puck-style antenna features a secure screw mount, providing stable installation on any flat surface. This design ensures optimal signal reception and minimizes interference.
• RG141 Cable: Comes with a 3-meter RG141 cable, known for its low signal loss and high durability. The cable's length offers flexibility in antenna placement and installation.
• SMA (M) Straight Connector: Includes an SMA male straight connector for a secure and reliable connection to your device or system. This connector ensures easy integration and robust signal integrity.
• Durable Construction: The 80mm diameter puck antenna is built to withstand harsh environmental conditions, making it suitable for a wide range of installations, from outdoor setups to industrial environments.

Applications:

• 5G Network Equipment
• Cellular Routers and Modems
• IoT Devices
• Wireless Communication Systems
• Remote and Outdoor Installations

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.