A 915MHz 2.5dBi rubber duck antenna with an SMA (M) R/A (right angle) connector is a compact and versatile antenna suitable for various RF applications. Here’s a breakdown of its features and uses:

Key Features:

1. 915MHz Frequency:

   • The antenna is designed to operate at 915 MHz, which is commonly used in RF communication applications such as RFID, some IoT devices, and certain wireless systems.

2. 2.5dBi Gain:

   • Gain: The 2.5 dBi gain indicates a relatively low gain compared to higher gain antennas. This means the antenna provides a more omnidirectional radiation pattern, offering good coverage in all directions but with less focused signal strength.
   • Omnidirectional Pattern: Ideal for situations where you need a broad coverage area rather than focusing the signal in a specific direction.

3. Rubber Duck Design:

   • Material: Made from flexible and durable rubber or elastomer material, this design is resilient and can withstand some degree of physical stress.
   • Flexibility: The rubber duck design is often used in portable or mobile applications where flexibility and durability are important.

4. SMA (M) R/A Connector:

   • Connector Type: SMA (SubMiniature version A) is a commonly used RF connector type. The (M) denotes that it is a male connector, which has a center pin.
   • Right Angle (R/A): The right-angle configuration allows the antenna to be mounted in a way that doesn't require a lot of vertical space, making it suitable for tight or constrained spaces. It helps to reduce strain on the connector and cable.

Applications:

• Portable Devices: Ideal for portable or handheld devices where a durable, flexible antenna is needed.

• IoT Devices: Common in Internet of Things devices that operate in the 915 MHz band and require a compact, reliable antenna.

• RFID Systems: Used in RFID applications where space is limited, and a low-profile, flexible antenna is advantageous.

• Wireless Communication: Suitable for general wireless communication systems where omnidirectional coverage is needed.

Installation Considerations:

• Mounting: The right-angle SMA connector allows for flexible mounting options. Ensure the antenna is positioned in a way that provides optimal signal coverage for your application.

• Space Constraints: The compact size and flexible nature make it a good choice for devices with limited space or where the antenna needs to be oriented at a particular angle.

• Cable Management: If using with a coaxial cable, ensure that the cable and connector are compatible and securely connected to prevent signal loss or interference.

This description pertains to a specific type of antenna setup. Here’s a breakdown of each component:

1. 925MHz: This is the operating frequency of the antenna. It falls within the ISM band and is often used for various RF communications, including some RFID and IoT applications.

2. 5dBi: This indicates the gain of the antenna. A 5dBi gain means the antenna has a relatively high efficiency at focusing the signal in a specific direction, which helps to improve the range and signal quality compared to antennas with lower gain.

3. Rubber Magnetic Antenna: This refers to the antenna's design and mounting method. A rubber magnetic antenna is typically equipped with a magnetic base covered in a rubber coating. This design allows the antenna to be easily mounted on metal surfaces and provides some flexibility and protection. The rubber helps in absorbing shocks and vibrations, which makes it durable and suitable for various environments.

4. RG174 Cable: RG174 is a type of coaxial cable used for connecting antennas to other equipment. It’s relatively thin and flexible, making it suitable for applications where space is limited or where flexibility is required. It is commonly used in RF applications for connecting antennas to transceivers or other RF equipment.

In summary, this setup is designed for use at 925 MHz and includes a 5dBi gain antenna with a magnetic base covered in rubber, making it versatile and easy to mount. The RG174 cable provides the necessary connection between the antenna and your equipment. This combination is useful for applications that require stable performance in a compact, durable form factor.

The 4G 6dBi Rubber Duck Whip Type Antenna with an SMA (Male) Connector (Movable Body) is a versatile antenna designed to enhance 4G LTE signal strength. Here’s a detailed look at its features and uses:

• 4G: This antenna is specifically designed to operate with 4G LTE networks, providing better signal reception and transmission for 4G devices.
• 6dBi Gain: The 6dBi gain indicates that the antenna can amplify the signal significantly. This higher gain compared to 5dBi antennas offers improved range and signal strength, making it suitable for situations where better connectivity is needed.
• Rubber Duck: The term "rubber duck" refers to the antenna's flexible and durable design, usually covered with a rubber or plastic casing. This provides both physical protection and flexibility.
• Whip Type: This describes the antenna's form factor. Whip antennas are long and slender, and they are known for their durability and effective performance in various conditions. The whip design typically provides a good balance between size and signal strength.

• SMA Connector: This is a common RF connector used to connect antennas to devices. The "Male" SMA connector has a center pin that fits into an SMA (Female) connector on the device or cable.
• Movable Body: The movable or adjustable body means that the antenna can be angled or positioned to optimize signal reception. This feature allows for flexible placement and adjustment to achieve the best performance.

• Flexible Positioning: The movable body allows you to adjust the antenna to the best angle for optimal signal reception. This flexibility is useful for fine-tuning the antenna's position to maximize signal strength.
• Mounting Options: Depending on the design, you can typically mount this antenna on various surfaces or use a compatible base for attachment. Ensure it is securely mounted and in a location that minimizes obstructions and interference.

• SMA (Male) Connector: Connect the antenna to your device using the SMA connector. Make sure the connection is snug to prevent signal loss or disconnection.

• Angle and Position: Use the movable body feature to adjust the antenna’s angle. Experiment with different positions to find the one that provides the best signal strength and stability for your setup.

• Home and Office: Improves signal strength for routers, modems, or other 4G LTE devices, enhancing data speeds and connectivity.
• Vehicles: Can be used in cars or trucks to boost mobile data connections, providing better internet access while on the move.
• Remote Locations: Suitable for use in areas with weak signal reception where a stronger, more flexible antenna is needed.

• Enhanced Signal: The 6dBi gain provides stronger and more stable connectivity, especially useful in areas with poor reception.
• Durability: The rubber duck design offers protection against physical damage and environmental factors.
• Flexibility: The movable body allows for easy adjustment, helping to find the optimal signal reception angle.

The 3G 2.5dBi Rubber Duck Antenna you're referring to is a compact, omnidirectional antenna designed for use with 3G cellular networks. Here’s a breakdown of its components:

1. 3G Antenna: Specifically tuned to enhance signal reception and transmission for 3G networks.

2. 2.5dBi Gain: The 2.5dBi gain indicates a lower level of signal enhancement compared to higher-gain antennas. It provides a decent performance for close-range or less demanding applications but might not offer as much range as higher-gain antennas.

3. Rubber Duck: This term refers to the antenna’s design, which is typically a small, flexible, and durable antenna that’s easy to mount. It’s often used in portable or compact devices.

4. SMA (M) St. Connector: This stands for SMA Male Straight Connector. SMA connectors are standard in many RF applications, and the “male” connector has a pin that fits into a corresponding female connector. "St." indicates it's a straight connector, as opposed to an angled one.

This type of antenna is commonly used in various devices like routers, modems, and other 3G-enabled equipment where space is limited and moderate signal gain is sufficient. The rubber duck design is particularly suitable for portable or indoor use where a more robust and flexible antenna is advantageous.

The 4G 5dBi Waterproof Rubber Duck Antenna with an N (Male) Straight Connector is a specialized antenna setup designed for robust performance in various environments. Here’s a detailed look at each component:

• 4G: Designed for use with 4G LTE networks, which are standard for high-speed mobile data and internet connections.
• 5dBi Gain: This indicates the antenna’s ability to amplify signals. A 5dBi gain provides a good balance between signal range and coverage, making it suitable for most general use cases where enhanced signal strength is needed.
• Waterproof: The antenna is designed to withstand exposure to water, making it suitable for outdoor or harsh environments where moisture could be a concern. Waterproofing ensures durability and reliable performance in various weather conditions.
• Rubber Duck: The antenna has a flexible, rubberized casing. This design is not only durable but also helps protect the antenna from physical damage and environmental elements.

• N Connector: A type of RF connector used for connecting antennas to devices. The N (Male) connector has a protruding pin that fits into an N (Female) connector on the device or cable.
• Straight Connector: Refers to the connector being linear, as opposed to an angled version. This means the connection will be in a straight line, which is typically used where a direct, unobstructed connection is needed.

1. Mounting the Antenna:

   • Outdoor Use: The waterproof feature allows for outdoor installation. Mount the antenna in a location where it can receive the best signal, and ensure it is securely fastened to prevent movement or damage.
   • Indoor Use: While designed for outdoor use, it can also be used indoors in environments that might be damp or require a rugged antenna.

2. Connecting the Antenna:

   • N Connector: Attach the N (Male) connector to the corresponding N (Female) port on your device or cable. Ensure a secure connection to avoid signal loss or interference.

3. Cable:

   • If you're using this antenna with a cable, ensure that the cable is of high quality and suited to the frequencies you're working with. The RG174 cable is commonly used for such connections, but verify compatibility with your setup.

4. Positioning:

   • For optimal performance, position the antenna in an area with minimal obstruction and away from sources of interference. The antenna's waterproof design allows for flexible installation options, even in less sheltered locations.

• Outdoor Installations: Ideal for environments where the antenna will be exposed to the elements, such as on rooftops, outdoor walls, or in remote locations.
• Vehicles: Suitable for mounting on vehicles, providing a durable and weather-resistant solution for mobile data needs.
• Industrial or Harsh Environments: Can be used in industrial settings where robust and reliable antenna performance is required, even in challenging conditions.

• Durability: The waterproof and rubberized design enhances the antenna's lifespan and performance in various environmental conditions.
• Enhanced Signal: The 5dBi gain provides a strong and stable signal, improving connectivity and data speeds.

A high-gain antenna setup for improving your wireless signal. Here’s a breakdown of the components:

1. 4G 9dBi Rubber Magnetic High Gain Router Antenna: This antenna is designed to enhance the signal strength of a 4G LTE router. The 9dBi gain indicates that it provides a higher signal gain compared to standard antennas, which can improve both reception and transmission range. The rubber design suggests it’s durable and can withstand some environmental factors.

2. Magnetic Base: This allows the antenna to be easily mounted on metal surfaces, which helps in positioning it for optimal signal reception. It’s a convenient feature if you need to place the antenna in different locations to find the best signal.

3. RG174 Cable (L-3Mtr): The RG174 is a type of coaxial cable used for connecting antennas. The “L-3Mtr” indicates the length of the cable, which is 3 meters (approximately 10 feet). This length provides some flexibility in positioning the antenna away from the router.

4. SMA (M) St. Connector: This is a type of connector commonly used in RF applications. The “SMA (M)” indicates that the connector is male and is used to connect the antenna to your router.

Overall, this setup should help boost your 4G signal strength and improve connectivity. Just ensure that your router has a compatible SMA connector and that the placement of the antenna is optimized for the best signal reception.

The 868 MHz 5dBi rubber duck antenna is a more advanced version of the 868 MHz antenna, offering enhanced performance compared to lower-gain models. Here’s a detailed look at its features and advantages:

1. Frequency Range: Designed for operation at 868 MHz, suitable for wireless communication in the ISM band used in Europe. This frequency is commonly utilized in technologies like LoRaWAN, remote sensing, and various IoT applications.

2. Gain:

   • 5 dBi Gain: This indicates a higher gain compared to a 2.5 dBi antenna. A 5 dBi gain antenna has a better ability to focus and direct the radio signal, which translates to a stronger signal and potentially greater communication range.
   • Directional Characteristics: Higher gain antennas like this one often have more focused radiation patterns, which can improve performance in specific directions.

3. Design:

   • Rubber Duck Shape: Retains the flexible, durable design characteristic of rubber duck antennas. This shape allows for easier handling and installation, as well as resilience in harsh environments.
   • Material: Typically constructed from durable rubber or similar materials, which provide flexibility and impact resistance.

• Improved Range: With a gain of 5 dBi, this antenna offers a better range and signal strength compared to lower gain antennas. This is beneficial for applications requiring extended communication distances.

• Enhanced Signal Quality: The higher gain improves the signal-to-noise ratio, which can result in more reliable and higher-quality communication.

• Durability and Flexibility: The rubber duck design ensures that the antenna can withstand physical stress and environmental factors, making it suitable for both industrial and consumer applications.

• IoT Devices: Ideal for devices that require extended communication range and reliability, such as smart meters, environmental sensors, and industrial monitoring systems.

• Remote Communication: Used in systems where long-range communication is essential, such as remote sensing and telemetry applications.

• Wireless Networks: Suitable for enhancing performance in wireless networks operating in the 868 MHz band.

A 4G 5dBi Rubber Duck Antenna with an RG174 cable (L - 3Mtr) is a specific type of antenna setup used to enhance 4G LTE signal reception and transmission. Here’s a breakdown of the components and their characteristics:

• 4G: This indicates that the antenna is designed to work with 4G LTE networks, which are commonly used for mobile data and high-speed internet connections.
• 5dBi: The dBi value represents the antenna's gain, which is 5 decibels over an isotropic radiator. Higher dBi values generally mean better signal strength and range. A 5dBi antenna offers a good compromise between range and coverage.
• Rubber Duck Type: This refers to the antenna's shape and construction. Rubber duck antennas are typically compact, flexible, and durable. They are often used in a variety of applications due to their ease of use and effectiveness. The rubber or plastic casing provides protection and flexibility, making them suitable for both indoor and outdoor use.

• RG174: This is a type of coaxial cable used for its flexibility and relatively low signal loss at higher frequencies. It is suitable for use with antennas in various communication systems.
• L - 3Mtr: Indicates that the cable length is 3 meters (approximately 10 feet). This length provides some flexibility in positioning the antenna relative to the device it is connected to.

• Installation:

  • Mounting: Rubber duck antennas are typically easy to install. For the 5dBi version, you might mount it directly on a surface or use a magnetic or adhesive base if it’s for mobile use.
  • Cable Routing: Run the RG174 cable from the antenna to your device, ensuring it is not kinked or sharply bent, as this could affect performance.
  • Connection: Attach the RG174 cable to the antenna and the device. Ensure the connectors are firmly attached to avoid signal loss.

• Performance:

  • Coverage: The 5dBi gain offers a balance between long-range and broad coverage. It’s suitable for environments where you need reliable signal strength without going for more specialized high-gain antennas.
  • Flexibility: The rubber duck design makes it resilient to mechanical stress, which is beneficial for both indoor and outdoor installations.

1. Positioning: Place the antenna in a location that minimizes obstacles and interference. Elevation and orientation can impact performance, so experiment to find the best position.
2. Testing: After installation, check the signal strength and quality to ensure the antenna is performing as expected. Adjust the positioning if needed.
3. Weatherproofing: If used outdoors, ensure that the antenna and cable are weatherproofed or protected from environmental factors to avoid damage.

• Home and Office: Enhances signal reception for 4G LTE routers or modems, improving data speeds and connectivity.
• Vehicles: Can be used in vehicles to boost mobile data connections, useful for mobile hotspots or in-vehicle internet systems.
• Remote Locations: Ideal for areas with weak signal reception where a boost is needed to maintain a stable connection.

A 915MHz 2.5dBi rubber duck antenna with an SMA (M) R/A (right angle) connector is a compact and versatile antenna suitable for various RF applications. Here’s a breakdown of its features and uses:

Key Features:

1. 915MHz Frequency:

   • The antenna is designed to operate at 915 MHz, which is commonly used in RF communication applications such as RFID, some IoT devices, and certain wireless systems.

2. 2.5dBi Gain:

   • Gain: The 2.5 dBi gain indicates a relatively low gain compared to higher gain antennas. This means the antenna provides a more omnidirectional radiation pattern, offering good coverage in all directions but with less focused signal strength.
   • Omnidirectional Pattern: Ideal for situations where you need a broad coverage area rather than focusing the signal in a specific direction.

3. Rubber Duck Design:

   • Material: Made from flexible and durable rubber or elastomer material, this design is resilient and can withstand some degree of physical stress.
   • Flexibility: The rubber duck design is often used in portable or mobile applications where flexibility and durability are important.

4. SMA (M) R/A Connector:

   • Connector Type: SMA (SubMiniature version A) is a commonly used RF connector type. The (M) denotes that it is a male connector, which has a center pin.
   • Right Angle (R/A): The right-angle configuration allows the antenna to be mounted in a way that doesn't require a lot of vertical space, making it suitable for tight or constrained spaces. It helps to reduce strain on the connector and cable.

Applications:

• Portable Devices: Ideal for portable or handheld devices where a durable, flexible antenna is needed.

• IoT Devices: Common in Internet of Things devices that operate in the 915 MHz band and require a compact, reliable antenna.

• RFID Systems: Used in RFID applications where space is limited, and a low-profile, flexible antenna is advantageous.

• Wireless Communication: Suitable for general wireless communication systems where omnidirectional coverage is needed.

Installation Considerations:

• Mounting: The right-angle SMA connector allows for flexible mounting options. Ensure the antenna is positioned in a way that provides optimal signal coverage for your application.

• Space Constraints: The compact size and flexible nature make it a good choice for devices with limited space or where the antenna needs to be oriented at a particular angle.

• Cable Management: If using with a coaxial cable, ensure that the cable and connector are compatible and securely connected to prevent signal loss or interference.

This description pertains to a specific type of antenna setup. Here’s a breakdown of each component:

1. 925MHz: This is the operating frequency of the antenna. It falls within the ISM band and is often used for various RF communications, including some RFID and IoT applications.

2. 5dBi: This indicates the gain of the antenna. A 5dBi gain means the antenna has a relatively high efficiency at focusing the signal in a specific direction, which helps to improve the range and signal quality compared to antennas with lower gain.

3. Rubber Magnetic Antenna: This refers to the antenna's design and mounting method. A rubber magnetic antenna is typically equipped with a magnetic base covered in a rubber coating. This design allows the antenna to be easily mounted on metal surfaces and provides some flexibility and protection. The rubber helps in absorbing shocks and vibrations, which makes it durable and suitable for various environments.

4. RG174 Cable: RG174 is a type of coaxial cable used for connecting antennas to other equipment. It’s relatively thin and flexible, making it suitable for applications where space is limited or where flexibility is required. It is commonly used in RF applications for connecting antennas to transceivers or other RF equipment.

In summary, this setup is designed for use at 925 MHz and includes a 5dBi gain antenna with a magnetic base covered in rubber, making it versatile and easy to mount. The RG174 cable provides the necessary connection between the antenna and your equipment. This combination is useful for applications that require stable performance in a compact, durable form factor.

The 4G 6dBi Rubber Duck Whip Type Antenna with an SMA (Male) Connector (Movable Body) is a versatile antenna designed to enhance 4G LTE signal strength. Here’s a detailed look at its features and uses:

• 4G: This antenna is specifically designed to operate with 4G LTE networks, providing better signal reception and transmission for 4G devices.
• 6dBi Gain: The 6dBi gain indicates that the antenna can amplify the signal significantly. This higher gain compared to 5dBi antennas offers improved range and signal strength, making it suitable for situations where better connectivity is needed.
• Rubber Duck: The term "rubber duck" refers to the antenna's flexible and durable design, usually covered with a rubber or plastic casing. This provides both physical protection and flexibility.
• Whip Type: This describes the antenna's form factor. Whip antennas are long and slender, and they are known for their durability and effective performance in various conditions. The whip design typically provides a good balance between size and signal strength.

• SMA Connector: This is a common RF connector used to connect antennas to devices. The "Male" SMA connector has a center pin that fits into an SMA (Female) connector on the device or cable.
• Movable Body: The movable or adjustable body means that the antenna can be angled or positioned to optimize signal reception. This feature allows for flexible placement and adjustment to achieve the best performance.

• Flexible Positioning: The movable body allows you to adjust the antenna to the best angle for optimal signal reception. This flexibility is useful for fine-tuning the antenna's position to maximize signal strength.
• Mounting Options: Depending on the design, you can typically mount this antenna on various surfaces or use a compatible base for attachment. Ensure it is securely mounted and in a location that minimizes obstructions and interference.

• SMA (Male) Connector: Connect the antenna to your device using the SMA connector. Make sure the connection is snug to prevent signal loss or disconnection.

• Angle and Position: Use the movable body feature to adjust the antenna’s angle. Experiment with different positions to find the one that provides the best signal strength and stability for your setup.

• Home and Office: Improves signal strength for routers, modems, or other 4G LTE devices, enhancing data speeds and connectivity.
• Vehicles: Can be used in cars or trucks to boost mobile data connections, providing better internet access while on the move.
• Remote Locations: Suitable for use in areas with weak signal reception where a stronger, more flexible antenna is needed.

• Enhanced Signal: The 6dBi gain provides stronger and more stable connectivity, especially useful in areas with poor reception.
• Durability: The rubber duck design offers protection against physical damage and environmental factors.
• Flexibility: The movable body allows for easy adjustment, helping to find the optimal signal reception angle.

The 3G 2.5dBi Rubber Duck Antenna you're referring to is a compact, omnidirectional antenna designed for use with 3G cellular networks. Here’s a breakdown of its components:

1. 3G Antenna: Specifically tuned to enhance signal reception and transmission for 3G networks.

2. 2.5dBi Gain: The 2.5dBi gain indicates a lower level of signal enhancement compared to higher-gain antennas. It provides a decent performance for close-range or less demanding applications but might not offer as much range as higher-gain antennas.

3. Rubber Duck: This term refers to the antenna’s design, which is typically a small, flexible, and durable antenna that’s easy to mount. It’s often used in portable or compact devices.

4. SMA (M) St. Connector: This stands for SMA Male Straight Connector. SMA connectors are standard in many RF applications, and the “male” connector has a pin that fits into a corresponding female connector. "St." indicates it's a straight connector, as opposed to an angled one.

This type of antenna is commonly used in various devices like routers, modems, and other 3G-enabled equipment where space is limited and moderate signal gain is sufficient. The rubber duck design is particularly suitable for portable or indoor use where a more robust and flexible antenna is advantageous.

The 4G 5dBi Waterproof Rubber Duck Antenna with an N (Male) Straight Connector is a specialized antenna setup designed for robust performance in various environments. Here’s a detailed look at each component:

• 4G: Designed for use with 4G LTE networks, which are standard for high-speed mobile data and internet connections.
• 5dBi Gain: This indicates the antenna’s ability to amplify signals. A 5dBi gain provides a good balance between signal range and coverage, making it suitable for most general use cases where enhanced signal strength is needed.
• Waterproof: The antenna is designed to withstand exposure to water, making it suitable for outdoor or harsh environments where moisture could be a concern. Waterproofing ensures durability and reliable performance in various weather conditions.
• Rubber Duck: The antenna has a flexible, rubberized casing. This design is not only durable but also helps protect the antenna from physical damage and environmental elements.

• N Connector: A type of RF connector used for connecting antennas to devices. The N (Male) connector has a protruding pin that fits into an N (Female) connector on the device or cable.
• Straight Connector: Refers to the connector being linear, as opposed to an angled version. This means the connection will be in a straight line, which is typically used where a direct, unobstructed connection is needed.

1. Mounting the Antenna:

   • Outdoor Use: The waterproof feature allows for outdoor installation. Mount the antenna in a location where it can receive the best signal, and ensure it is securely fastened to prevent movement or damage.
   • Indoor Use: While designed for outdoor use, it can also be used indoors in environments that might be damp or require a rugged antenna.

2. Connecting the Antenna:

   • N Connector: Attach the N (Male) connector to the corresponding N (Female) port on your device or cable. Ensure a secure connection to avoid signal loss or interference.

3. Cable:

   • If you're using this antenna with a cable, ensure that the cable is of high quality and suited to the frequencies you're working with. The RG174 cable is commonly used for such connections, but verify compatibility with your setup.

4. Positioning:

   • For optimal performance, position the antenna in an area with minimal obstruction and away from sources of interference. The antenna's waterproof design allows for flexible installation options, even in less sheltered locations.

• Outdoor Installations: Ideal for environments where the antenna will be exposed to the elements, such as on rooftops, outdoor walls, or in remote locations.
• Vehicles: Suitable for mounting on vehicles, providing a durable and weather-resistant solution for mobile data needs.
• Industrial or Harsh Environments: Can be used in industrial settings where robust and reliable antenna performance is required, even in challenging conditions.

• Durability: The waterproof and rubberized design enhances the antenna's lifespan and performance in various environmental conditions.
• Enhanced Signal: The 5dBi gain provides a strong and stable signal, improving connectivity and data speeds.

A high-gain antenna setup for improving your wireless signal. Here’s a breakdown of the components:

1. 4G 9dBi Rubber Magnetic High Gain Router Antenna: This antenna is designed to enhance the signal strength of a 4G LTE router. The 9dBi gain indicates that it provides a higher signal gain compared to standard antennas, which can improve both reception and transmission range. The rubber design suggests it’s durable and can withstand some environmental factors.

2. Magnetic Base: This allows the antenna to be easily mounted on metal surfaces, which helps in positioning it for optimal signal reception. It’s a convenient feature if you need to place the antenna in different locations to find the best signal.

3. RG174 Cable (L-3Mtr): The RG174 is a type of coaxial cable used for connecting antennas. The “L-3Mtr” indicates the length of the cable, which is 3 meters (approximately 10 feet). This length provides some flexibility in positioning the antenna away from the router.

4. SMA (M) St. Connector: This is a type of connector commonly used in RF applications. The “SMA (M)” indicates that the connector is male and is used to connect the antenna to your router.

Overall, this setup should help boost your 4G signal strength and improve connectivity. Just ensure that your router has a compatible SMA connector and that the placement of the antenna is optimized for the best signal reception.

Eteily manufactures a wide range of Rubber Duck Antennas covering a wide range of frequencies supporting all applications. Our antennas are designed to work in rugged environment yet durable providing promising and satisfied customer needs.

This 3dBi high performance, omnidirectional antenna provides broad coverage. It is ideally suited for GSM GPRS band applications as well as cellular applications.

• Ground-plane Independent 
• Cellular Applications
• Tilt and swivel design
• Routers and Gateways

The 868 MHz 5dBi rubber duck antenna is a more advanced version of the 868 MHz antenna, offering enhanced performance compared to lower-gain models. Here’s a detailed look at its features and advantages:

1. Frequency Range: Designed for operation at 868 MHz, suitable for wireless communication in the ISM band used in Europe. This frequency is commonly utilized in technologies like LoRaWAN, remote sensing, and various IoT applications.

2. Gain:

   • 5 dBi Gain: This indicates a higher gain compared to a 2.5 dBi antenna. A 5 dBi gain antenna has a better ability to focus and direct the radio signal, which translates to a stronger signal and potentially greater communication range.
   • Directional Characteristics: Higher gain antennas like this one often have more focused radiation patterns, which can improve performance in specific directions.

3. Design:

   • Rubber Duck Shape: Retains the flexible, durable design characteristic of rubber duck antennas. This shape allows for easier handling and installation, as well as resilience in harsh environments.
   • Material: Typically constructed from durable rubber or similar materials, which provide flexibility and impact resistance.

• Improved Range: With a gain of 5 dBi, this antenna offers a better range and signal strength compared to lower gain antennas. This is beneficial for applications requiring extended communication distances.

• Enhanced Signal Quality: The higher gain improves the signal-to-noise ratio, which can result in more reliable and higher-quality communication.

• Durability and Flexibility: The rubber duck design ensures that the antenna can withstand physical stress and environmental factors, making it suitable for both industrial and consumer applications.

• IoT Devices: Ideal for devices that require extended communication range and reliability, such as smart meters, environmental sensors, and industrial monitoring systems.

• Remote Communication: Used in systems where long-range communication is essential, such as remote sensing and telemetry applications.

• Wireless Networks: Suitable for enhancing performance in wireless networks operating in the 868 MHz band.

A 4G 5dBi Rubber Duck Antenna with an RG174 cable (L - 3Mtr) is a specific type of antenna setup used to enhance 4G LTE signal reception and transmission. Here’s a breakdown of the components and their characteristics:

• 4G: This indicates that the antenna is designed to work with 4G LTE networks, which are commonly used for mobile data and high-speed internet connections.
• 5dBi: The dBi value represents the antenna's gain, which is 5 decibels over an isotropic radiator. Higher dBi values generally mean better signal strength and range. A 5dBi antenna offers a good compromise between range and coverage.
• Rubber Duck Type: This refers to the antenna's shape and construction. Rubber duck antennas are typically compact, flexible, and durable. They are often used in a variety of applications due to their ease of use and effectiveness. The rubber or plastic casing provides protection and flexibility, making them suitable for both indoor and outdoor use.

• RG174: This is a type of coaxial cable used for its flexibility and relatively low signal loss at higher frequencies. It is suitable for use with antennas in various communication systems.
• L - 3Mtr: Indicates that the cable length is 3 meters (approximately 10 feet). This length provides some flexibility in positioning the antenna relative to the device it is connected to.

• Installation:

  • Mounting: Rubber duck antennas are typically easy to install. For the 5dBi version, you might mount it directly on a surface or use a magnetic or adhesive base if it’s for mobile use.
  • Cable Routing: Run the RG174 cable from the antenna to your device, ensuring it is not kinked or sharply bent, as this could affect performance.
  • Connection: Attach the RG174 cable to the antenna and the device. Ensure the connectors are firmly attached to avoid signal loss.

• Performance:

  • Coverage: The 5dBi gain offers a balance between long-range and broad coverage. It’s suitable for environments where you need reliable signal strength without going for more specialized high-gain antennas.
  • Flexibility: The rubber duck design makes it resilient to mechanical stress, which is beneficial for both indoor and outdoor installations.

1. Positioning: Place the antenna in a location that minimizes obstacles and interference. Elevation and orientation can impact performance, so experiment to find the best position.
2. Testing: After installation, check the signal strength and quality to ensure the antenna is performing as expected. Adjust the positioning if needed.
3. Weatherproofing: If used outdoors, ensure that the antenna and cable are weatherproofed or protected from environmental factors to avoid damage.

• Home and Office: Enhances signal reception for 4G LTE routers or modems, improving data speeds and connectivity.
• Vehicles: Can be used in vehicles to boost mobile data connections, useful for mobile hotspots or in-vehicle internet systems.
• Remote Locations: Ideal for areas with weak signal reception where a boost is needed to maintain a stable connection.