Eteily Technologies India Pvt Ltd

Vidya Nagar, Bhopal, Madhya Pradesh

A 4G antenna kit that includes several key components:

1. 4G 10dBi Magnetic Antenna: This is a 4G antenna with a 10dBi gain. The 10dBi gain means this antenna is more powerful than one with a lower dBi rating, providing better signal reception and transmission. The "magnetic" part indicates that the base of the antenna has a magnet, allowing you to easily attach it to a metal surface, which can help in positioning the antenna for optimal signal strength.

2. RG174 Cable (L-3mtr): This is a coaxial cable that connects the antenna to your device. RG174 is known for its flexibility and is commonly used in situations where space is tight. The "L-3mtr" specifies that the cable is 3 meters long.

3. SMA (M) Straight Connector: This is a straight SMA male connector, used to connect the antenna to your device or other equipment that has a corresponding SMA female connector.

Summary:

• Antenna Type: 4G with 10dBi gain, magnetic base.
• Cable: RG174, 3 meters long.
• Connector: SMA male, straight.

This setup is useful for enhancing 4G signal strength in scenarios where you need to attach the antenna to a metal surface and have a flexible, yet relatively short cable length. The higher gain of the antenna (10dBi) means it will offer better performance compared to lower-gain antennas, especially in areas with weak signal.

• Ingenious structure
• Easy installation
• Good Anti-aging
• Good Anti-vibration ability

• Low VSWR
• Low Profile
• PCB Mount

A specific antenna setup designed for 3G networks. Heres a detailed overview of the components you mentioned:

1. 3G Screwable Puck Antenna:

   • Puck Antenna: This type of antenna is often compact and round, resembling a "puck." Its typically designed for ease of installation and can be mounted using screws or adhesive.
   • Screwable: This indicates that the antenna can be securely attached using screws, which is useful for ensuring a stable installation on a flat surface.

2. RG174 Cable (L-3MTR):

   • RG174: This is a thin, flexible coaxial cable designed for RF communications. Its suitable for applications where space and flexibility are important.
   • L-3MTR: This specifies that the cable is 3 meters long, providing some flexibility in positioning the antenna relative to your equipment.

3. SMA (M) St. Connector 46mm:

   • SMA (M): This refers to an SMA Male connector. SMA connectors are commonly used in RF applications for connecting antennas to devices.
   • St. (Straight): This means the connector is straight, as opposed to angled.
   • 46mm: This likely refers to the length of the SMA connector or the overall height of the puck antenna including the connector.

Summary:

This antenna setup is designed for use with 3G networks and includes:

• Puck-shaped Antenna: Compact and easy to mount.
• RG174 Cable: Flexible and suitable for shorter cable runs.
• SMA Male Connector: Commonly used for connecting antennas to devices.

This setup is ideal for improving 3G signal reception or transmission, especially in environments where you need a compact and easily mountable solution. Make sure to properly position the antenna for the best signal quality and ensure the connections are secure to avoid any signal loss.

Using a 5G internal PCB antenna with a 1.13mm cable and a U.FL (or IPEX) connector involves several components and considerations to ensure optimal performance and integration within your device. Heres a breakdown of what you need to know:

Components and Specifications

1. Antenna:

   • Type: Depending on your application, the antenna could be a monopole, dipole, patch, or another type suitable for 5G frequencies. Ensure its designed to handle both sub-6 GHz and potentially mmWave frequencies if needed.
   • Integration: The antenna needs to be designed for optimal placement on the PCB to minimize interference and maximize signal performance.

2. 1.13mm Cable:

   • Cable Type: The 1.13mm cable is a type of coaxial cable commonly used in RF applications due to its small size and low loss. Its suitable for connecting antennas to the main PCB but might not support extremely high frequencies as well as other cable types (e.g., 0.81mm or 0.6mm cables).
   • Length: The length of 10 cm (L-10CM) should be managed carefully to avoid excessive signal loss or reflection, especially at higher frequencies. Cable length and routing can impact signal integrity.

3. U.FL Connector:

   • Connector Type: U.FL connectors are compact RF connectors used for connecting antennas to PCBs. They are commonly used in small devices and are suitable for frequencies up to several GHz, which makes them suitable for 5G applications.
   • Installation: Ensure proper soldering of the U.FL connector to the PCB to avoid connection issues. The connector needs to be aligned precisely with the antenna cable for reliable performance.

The GSM Spiral Coil Antenna with RG178 Cable (10 cm) and SMA Male Straight Connector is designed for optimal performance in GSM and other wireless communication applications. Heres a detailed overview of its features and specifications:

Key Features:

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• Frequency Range: Specifically designed for GSM applications, typically covering frequencies from 850MHz to 1900MHz, making it suitable for various GSM networks.
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• Spiral Coil Design: The spiral coil configuration enhances gain and improves signal reception, providing better performance in compact spaces.
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• Cable Type: Includes a 10 cm RG178 cable, known for its low-loss transmission characteristics, facilitating efficient signal transfer.
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• Connector Type: Equipped with an SMA Male Straight connector for compatibility with a wide range of devices, ensuring secure connections.
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Applications:

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• GSM communication systems
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• Wireless data transmission
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• IoT devices
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• Remote monitoring systems
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Advantages:

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• Compact Size: The 10 cm length makes it ideal for installations where space is limited while still providing effective performance.
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• Versatile Installation: The SMA Male connector allows for easy attachment to various devices and systems.
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• Enhanced Performance: The spiral coil design improves gain and signal clarity, leading to more reliable communications.
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This GSM Spiral Coil Antenna is a great choice for users looking to improve the performance of their GSM devices while maintaining a compact and efficient setup.

The 915MHz LoRa 9dBi rubber magnetic antenna is designed for use with devices operating in the LoRa frequency range, commonly used for long-range, low-power wireless communication. Here are some key features and benefits:

1. Frequency: Optimized for 915MHz, making it suitable for LoRaWAN applications.
2. Gain: 9dBi gain, which enhances the range and signal quality, ideal for rural or expansive areas.
3. Magnetic Base: Allows for easy attachment to metal surfaces, providing stable mounting and flexibility in positioning.
4. Rubber Construction: Durable and weather-resistant, making it suitable for both indoor and outdoor applications.
5. Connector Type: Often comes with SMA or RP-SMA connectors, compatible with many LoRa devices.

• Improved Range: Higher gain means better signal strength over longer distances.
• Versatile Placement: The magnetic base allows for quick repositioning to find optimal signal reception.
• Durability: Rubber construction helps protect the antenna from environmental factors.

• IoT devices
• Smart agriculture
• Remote monitoring
• Smart cities

A GSM / Wi-Fi / 433MHz magnetic antenna is a specialized antenna designed to enhance signal reception across multiple frequency bands, specifically for GSM (Global System for Mobile Communications), Wi-Fi, and 433MHz communication systems. Heres a detailed look at this type of antenna:

Key Features:

1. Multiband Functionality:

   • GSM: Improves signal strength for GSM networks used in mobile phones and other cellular devices.
   • Wi-Fi: Enhances Wi-Fi signal reception and transmission, supporting standard Wi-Fi frequencies like 2.4 GHz.
   • 433MHz: Boosts signals for devices operating in the 433 MHz band, commonly used in wireless sensor networks, remote controls, and other low-power communication systems.

2. Magnetic Base:

   • Easy Mounting: The magnetic base allows the antenna to be easily attached to metal surfaces, such as vehicle roofs or metal frames, providing a stable and secure installation.
   • Flexible Positioning: The magnetic design enables simple repositioning for optimal signal reception.

3. Versatility:

   • Broad Application: Suitable for various applications, including mobile communication, home and office networking, and IoT (Internet of Things) devices.
   • Multi-Device Compatibility: Often compatible with a range of devices that operate on the supported frequency bands.

4. Design and Build:

   • Compact Size: Typically designed to be compact and unobtrusive while providing effective signal enhancement.
   • Durability: Usually built to withstand different environmental conditions, especially if used outdoors or in vehicles.

Considerations:

1. Frequency Coverage:

   • Ensure that the antenna covers the specific frequency bands you need. For example, GSM typically operates in bands such as 900 MHz and 1800 MHz, while Wi-Fi operates at 2.4 GHz (and sometimes 5 GHz), and 433 MHz is used for low-power communications.

2. Performance:

   • Signal Strength: The effectiveness of the antenna in boosting signal strength can vary based on factors such as the quality of the antenna, the environment, and the distance from the signal source.
   • Interference: Multi-band antennas might experience some interference between frequency bands, although well-designed antennas minimize this issue.

3. Installation Location:

   • Optimal Positioning: For best performance, the antenna should be placed in a location with minimal obstructions and interference. Higher placements usually improve reception.
   • Metal Surfaces: Since the antenna has a magnetic base, it should be mounted on a metal surface for the magnetic attachment to work effectively.

The 3G 3dBi Rubber Magnetic Antenna with RG174 Cable (L-3MTR) and SMA Male Straight Connector is a practical and compact solution for improving 3G signal reception. Heres a detailed overview of each component:

Components

1. 3G 3dBi Rubber Magnetic Antenna:

   • 3G: Optimized for 3G networks, suitable for enhancing signal strength and reception for 3G mobile connections.
   • 3dBi Gain: Provides a modest gain of 3dBi. This level of gain is lower compared to higher-gain antennas but can still improve signal strength in areas with weak signals.
   • Rubber: The antenna is covered in a rubberized material, which provides durability and makes it resistant to impacts and weather. This is useful for mobile or temporary setups.
   • Magnetic Mount: Allows for easy attachment to metal surfaces using a magnetic base. This feature makes it convenient to mount on vehicles or other metal structures without permanent installation.

2. RG174 Cable (L-3MTR):

   • RG174: A flexible coaxial cable suitable for short cable runs. Its thinner than other cables like RG58, making it more adaptable to tight spaces.
   • L-3MTR: Indicates the cable is 3 meters long (approximately 9.8 feet), providing some flexibility in positioning the antenna relative to your device.

3. SMA Male Straight Connector:

   • SMA Male: A common RF connector type used for connecting antennas to devices. The SMA male connector fits into an SMA female port on your equipment.
   • Straight (St.): This denotes that the connector is straight, as opposed to angled, which is standard and generally easy to connect and use.

Uses and Benefits

• Magnetic Mount: Allows for easy installation on metal surfaces. This feature is particularly useful for temporary installations or when a non-permanent mounting solution is needed.
• 3dBi Gain: Provides a small but useful boost in signal strength. While not as powerful as higher-gain antennas, its sufficient for enhancing signal in weaker areas or for improving connectivity in moderate signal conditions.
• Rubber Construction: Offers durability and resistance to impacts and weather conditions, making it suitable for various environments.

You're describing a compact and commonly used 4G antenna setup. Heres a breakdown of the components:

1. 4G 2.5dBi Rubber Duck Antenna: This is a 4G antenna with a 2.5dBi gain. The term "rubber duck" refers to the typical design of the antenna, which is often a flexible, rod-like structure encased in a rubber or plastic material. The 2.5dBi gain indicates a lower gain compared to higher-dBi antennas, so its suitable for situations where high signal gain is not as critical.

2. SMA (M) R/A Connector: This is a Right-Angle (R/A) SMA male connector. The right-angle design allows the antenna to be connected in a way that can fit into tight spaces or make for a neater setup, minimizing stress on the connector and cable.

Summary:

• Antenna Type: 4G with 2.5dBi gain, rubber duck design.
• Connector: SMA male, right-angle (R/A).

This setup is commonly used in applications where space is limited or where a more compact and flexible antenna is needed. The lower gain (2.5dBi) means it might not perform as well in weak signal areas compared to higher-gain antennas, but it is typically sufficient for average signal conditions and more portable or space-constrained environments.

The 868 MHz 2.5dBi rubber duck antenna is a type of antenna commonly used in wireless communication systems, particularly in the ISM (Industrial, Scientific, and Medical) band, which is used for various wireless applications like IoT devices and telemetry.

Heres a quick rundown of its features and uses:

• Frequency Range: The antenna is designed for the 868 MHz frequency, which is often used in Europe for LPWAN (Low Power Wide Area Network) technologies like LoRaWAN.
• Gain: The 2.5 dBi gain refers to the antenna's ability to direct or concentrate the radio signal in a particular direction. A 2.5 dBi gain provides a moderate increase in signal strength compared to an isotropic radiator, which can improve communication range and signal quality.
• Design: The term "rubber duck" refers to the antenna's shape and construction. These antennas are usually compact, flexible, and rugged, making them suitable for portable or industrial applications where durability and ease of use are important.
• Application: This antenna is often used in devices such as remote sensors, monitoring systems, and other wireless equipment operating in the 868 MHz band.

If you're selecting an antenna for a specific application, make sure it matches the frequency requirements and provides the coverage you need.

a specific type of antenna. Here's a breakdown of the components and their meaning:

1. 4G: Indicates that the antenna is designed for use with 4G LTE networks, which are commonly used for mobile data communications.

2. 2.5dBi: This refers to the antenna's gain, which is a measure of its ability to direct radio waves in a particular direction. A 2.5 dBi gain is relatively low, meaning the antenna provides broad coverage but might not be as effective at focusing signal strength in a specific direction.

3. Rubber Duck Antenna: This is a type of antenna that is flexible and typically has a rubber or plastic coating. It's called a "rubber duck" because of its shape, which resembles the neck of a rubber duck toy. These antennas are popular for their durability and ease of use.

4. SMA (M): This indicates the type of connector used. SMA stands for SubMiniature version A, and the (M) denotes that it is a male connector. SMA connectors are commonly used in RF applications for connecting antennas to devices.

5. St. Connector: This might be a typo or misinterpretation. It’s likely intended to refer to a standard connector, but SMA is the specific type being used here.

GSM Ceiling Antenna for Superior Signal Reception and Enhanced Performance

GSM ceiling antennas are a type of wireless antenna designed to be mounted on a ceiling to enhance indoor coverage for Global System for Mobile Communications (GSM) networks. These antennas offer a discreet and effective solution for improving signal strength in areas with poor reception, such as basements, large buildings, or remote locations.

Key Features and Benefits:

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• Discreet Installation: Ceiling antennas can be easily concealed, providing a clean and unobtrusive appearance.
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• Improved Indoor Coverage: These antennas help to boost GSM signal strength within buildings, reducing dropped calls and improving overall reception.
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• Wide Frequency Range: Most GSM ceiling antennas are designed to operate across a wide range of GSM frequencies, ensuring compatibility with various network operators.
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• Easy Installation: These antennas typically come with mounting brackets and accessories, making them relatively easy to install.
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• Weatherproofing: Ceiling antennas are often weatherproofed, allowing for outdoor installation in certain scenarios.
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Common Applications:

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• Residential Homes: Improving signal strength in basements, attics, or rooms with poor reception.
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• Commercial Buildings: Enhancing coverage in large buildings, such as offices, hotels, or shopping malls.
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• Remote Locations: Providing reliable GSM connectivity in areas with limited outdoor coverage.
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• Public Spaces: Improving signal quality in public areas, such as airports, train stations, or stadiums.
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Factors to Consider When Choosing a GSM Ceiling Antenna:

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• Gain: The antenna\'s gain determines its efficiency in transmitting and receiving signals. Higher gain antennas can improve coverage but may also be more susceptible to interference.
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• Frequency Band: Ensure the antenna is compatible with your specific GSM frequency band (e.g., 850 MHz, 900 MHz, 1800 MHz, 1900 MHz).
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• Polarization: Most GSM antennas are vertically polarized, but some applications may require horizontally polarized antennas.
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• Cable Length: Choose a cable length that is appropriate for your installation needs.
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• Weatherproofing: If the antenna will be installed outdoors, ensure it is adequately weatherproofed.
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• This antenna does ship with suitable RF Cable Assembly and RF Adapter are options also available to suit your device end. This antenna includes 2 U bolts and mounting bracket.

The 5.8GHz 8dBi Rubber Duck Paddle Antenna is a type of antenna designed for wireless communication at the 5.8 GHz frequency, which is commonly used for:

• FPV (First-Person View) Systems: In drone and RC vehicle applications for video transmission.
• Wi-Fi: Some high-frequency Wi-Fi applications or specialized wireless communication systems.
• Other Wireless Systems: For devices operating in the 5.8 GHz band.

Heres a breakdown of the components and characteristics:

Key Features:

1. Frequency Range:

   • Operates at 5.8 GHz, which is within the UHF band and is used for high-speed wireless data transmission.

2. Gain:

   • 8dBi: This is a measure of the antennas directional gain. An 8dBi gain indicates that the antenna has a relatively high gain, which means it can provide better signal strength and range compared to antennas with lower gain.

3. Rubber Duck:

   • The term "rubber duck" refers to the antennas flexible, often rubberized exterior. This makes it durable and resistant to physical damage, ideal for environments where the antenna might be subjected to movement or impacts.

4. Paddle Design:

   • The "paddle" design typically refers to the shape and form factor of the antenna, which is often rectangular or paddle-like in appearance. This design helps in improving performance by directing the signal in a more controlled manner.

868 MHz 5 dBi Rubber Duck Antenna SMA Male RP Movable

An 868 MHz 5 dBi rubber duck antenna with an SMA male RP (Right-Hand Polarization) connector and a movable element is a versatile wireless communication component designed for various applications operating in the 868 MHz frequency band.

Key Features and Benefits:

• 868 MHz Frequency: Specifically designed for wireless communication in the 868 MHz band, commonly used for IoT devices, wireless sensors, and other low-power applications.
• 5 dBi Gain: Provides a moderate boost in signal strength, improving coverage and range compared to lower gain antennas.
• Rubber Duck Design: The flexible rubber duck design allows for easy positioning and installation, making it suitable for various devices and environments.
• SMA Male RP Connector: The SMA male RP connector is a popular type used in many wireless devices, ensuring compatibility with a wide range of equipment.
• Movable Element: The movable element allows for adjustable antenna orientation, enabling users to optimize signal reception and transmission based on their specific needs.

Common Applications:

• IoT Devices: Connecting IoT sensors, actuators, and gateways to wireless networks.
• Wireless Sensors: Used in environmental monitoring, asset tracking, and industrial automation.
• Remote Controls: Enhancing the range and reliability of remote control devices.
• Amateur Radio: Providing a convenient and portable antenna for low-power radio communication.
• Wireless Security Systems: Used in security cameras, alarm systems, and access control devices.

Considerations:

• Antenna Orientation: Proper antenna orientation is crucial for optimal performance. Experiment with different angles to find the best position for your application.
• Environmental Factors: Be aware of environmental factors that may affect antenna performance, such as obstructions, interference, and weather conditions.
• Regulatory Compliance: Ensure that the antenna complies with relevant regulatory standards for wireless devices in the 868 MHz band.

Enhance your 5G connectivity with this versatile 5dBi Rubber Duck whip antenna. Designed for flexibility and portability, this antenna is perfect for a wide range of applications, providing reliable performance in various environments.

Key Features:

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• Frequency Range: Optimized for 5G networks, ensuring compatibility with the latest mobile technology for faster data speeds.
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• Gain: 5dBi gain provides a good balance of range and coverage, making it ideal for urban and suburban use.
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• Whip Design: The rubber duck whip design allows for a compact and lightweight antenna, making it easy to transport and install.
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• Movable Body: The flexible design enables adjustments for optimal positioning, enhancing signal reception and transmission.
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• Connector: Features an SMA (M) connector for seamless integration with a variety of devices and systems.
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Applications:

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• 5G mobile devices and hotspots
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• IoT applications requiring stable 5G connectivity
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• Automotive and portable communication systems
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• Wireless routers and modems
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Installation Tips:

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• Position the antenna vertically for optimal performance.
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• Adjust the angle as needed to align with the strongest signal source.
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• Ensure a secure connection to prevent signal loss during movement.
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Upgrade your 5G experience with this efficient Rubber Duck whip antenna, designed for both mobility and performance!

The 3G 6dBi Rubber Duck Whip Type Antenna with SMA Male Connector and Movable Body is a specific type of antenna designed for enhancing 3G signal reception and transmission. Heres a breakdown of its features and benefits:

Components

1. 3G 6dBi Rubber Duck Whip Type Antenna:

   • 3G: Optimized for use with 3G mobile networks, designed to improve signal strength and reception in that frequency range.
   • 6dBi Gain: Provides a moderate level of gain, offering a significant boost in signal strength compared to antennas with lower gain. This can help improve connectivity in areas with weak signals.
   • Rubber Duck Design: The term "rubber duck" typically refers to an antenna with a flexible, rubber-coated whip. The rubber coating protects the antenna and makes it durable. The "whip" part indicates that the antenna has a flexible, often vertically oriented element.
   • Whip Type: A whip antenna is generally a long, thin antenna that can be flexible and may extend or retract, providing good omnidirectional performance.

2. SMA Male Connector:

   • SMA Male: This type of connector is used to connect the antenna to an SMA female port on your device. SMA connectors are common in RF applications and are known for their reliability and ease of use.
   • Straight Connector: Indicates that the connector is straight, rather than angled, which ensures a straightforward connection without bending the cable.

3. Movable Body:

   • Movable Body: This feature allows the whip antenna to be adjusted or positioned as needed. This can help in optimizing signal reception by changing the orientation of the antenna for better alignment with the signal source.

Uses and Benefits

• 6dBi Gain: Offers a significant enhancement in signal strength compared to antennas with lower gain, improving performance in areas with weak coverage.
• Rubber Coating: Provides protection against impacts and environmental factors, making the antenna durable and suitable for various conditions.
• Whip Type: Offers flexibility and good omnidirectional reception. The whip can be adjusted to optimize signal strength and is resilient against physical impacts.
• Movable Body: Allows for easy adjustment and positioning, which can be crucial for achieving the best signal reception depending on the placement and orientation.

868 MHz 5dBi rubber duck antenna with an SMA male movable connector.

Here's a quick summary of the key features and applications:

• Frequency: 868 MHz
• Gain: 5 dBi
• Type: Rubber duck antenna
• Connector: SMA male (movable)

Applications:

• IoT devices
• Wireless sensors
• Remote controls
• Amateur radio
• Wireless security systems

Considerations:

• Antenna orientation: Proper orientation is crucial for optimal performance.
• Environmental factors: Be aware of factors that may affect antenna performance.
• Regulatory compliance: Ensure the antenna complies with relevant standards.

A 433 MHz Horn Antenna with 3M Sticker is a type of antenna designed for use with communication systems that operate on the 433 MHz frequency band. This antenna is often used in applications like RFID systems, remote control systems, wireless sensor networks, and other low-power communication devices. The 433 MHz frequency is commonly used in the ISM (Industrial, Scientific, and Medical) band.

Heres a brief overview of the product:

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  Frequency Range: Operates at 433 MHz, which is popular for various short-range wireless communication applications.

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  Horn Antenna Design: The horn antenna is known for its high directivity and gain. It is often used in systems where a focused beam of radio waves is needed for transmitting or receiving signals. The horn shape helps direct the signal in a specific direction, making it ideal for long-range communication in certain conditions.

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  3M Sticker: This indicates that the antenna comes with a 3M adhesive backing, which makes it easy to mount the antenna to surfaces without needing screws or bolts. This feature makes it convenient for installations where you need a quick, secure, and removable solution.

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  Applications: This antenna would be useful for projects or devices that need to transmit or receive signals at 433 MHz, especially in systems like:

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    RFID systems

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    Remote control devices

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    Security and alarm systems

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    IoT (Internet of Things) devices

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Overall, this antenna combines a practical design with ease of installation, making it a popular choice for various wireless communication needs.

The 4G MIMO Screw Mount Puck Antenna is a compact RF antenna designed to enhance cellular signals through MIMO technology, specifically for 4G LTE networks. Its low-profile, screw-mount configuration guarantees a secure installation in vehicles, marine settings, and remote areas, providing enhanced signal strength, increased data speeds, and dependable connections for telecommunications applications.

Key Features:

• MIMO (Multiple Input Multiple Output): Uses multiple antennas to enhance signal quality and data throughput.
  
  
• Screw Mount: Provides a secure and stable installation on various surfaces.
  
  
• Puck Design: Low-profile and discreet, ideal for various applications.
• 4G Compatibility: Supports 4G LTE networks for fast data speeds.
  
  

Benefits:

• Improved signal strength: Enhances cellular reception in weak signal areas.
  
  
• Faster data speeds: Delivers higher download and upload speeds.
  
  
• Reliable connection: Reduces dropped calls and buffering.

Easy installation:

• Secure screw mount for various surfaces.

• Low profile: Discreet and aesthetically pleasing.

Typical Applications:

• Vehicles: Cars, trucks, RVs.
  
  
• Marine applications: Boats, yachts
  
  
• Outdoor installations: Campgrounds, remote locations
  
  
• Indoor use: Basements, offices, homes

Important Considerations:

• Frequency bands: Ensure the antenna supports the frequency bands used by your cellular provider.
  
  
• Gain: Higher gain antennas typically provide better performance but may have a narrower coverage area.
  
  
• Cable length: Choose an appropriate cable length for your installation.
  
  
• Connector type: Ensure the connector is compatible with your device.

The 3G 10dBi Outdoor Fiberglass Antenna with an N Male Straight Connector is a specific type of antenna designed to enhance 3G signal reception and transmission. Here's a breakdown of the key components and their functions:

Components

1. 3G 10dBi Outdoor Fiberglass Antenna:

   • 3G: Indicates that the antenna is designed for use with 3G mobile networks.
   • 10dBi Gain: This specifies the antennas gain, which is a measure of its ability to focus energy in a particular direction. A gain of 10dBi means the antenna provides a moderate level of signal boost and can improve signal strength over a longer distance compared to antennas with lower gain.
   • Outdoor: This suggests that the antenna is built to withstand outdoor conditions and is suitable for use outside your building, often with weather-resistant features.
   • Fiberglass: This material is used for the antenna's housing, making it durable and resistant to environmental conditions such as UV rays and moisture.

2. N Male Straight Connector:

   • N Male: Refers to the type of connector used on the antenna. The "N" connector is a standard RF connector known for its durability and ability to handle high-frequency signals.
   • Straight (St.): Indicates that the connector is straight, as opposed to angled, which can affect how the antenna is positioned and connected to other equipment.

Uses and Benefits

• Outdoor Use: The fiberglass construction and weather-resistant design make it suitable for installation in outdoor environments where it can be exposed to various weather conditions.
• 10dBi Gain: Provides a boost in signal strength, making it ideal for areas where the signal is weak or where you need to extend the coverage range of your 3G network.
• Durability: The fiberglass construction ensures that the antenna can withstand harsh environmental conditions, such as rain, wind, and extreme temperatures.

Installation Tips

• Mounting: Ensure the antenna is mounted securely in a location where it has a clear line of sight to the signal source (e.g., a cell tower). Avoid obstructions that might block or weaken the signal.
• Orientation: The antenna should be oriented correctly to maximize signal reception. This often means aiming it towards the direction of the nearest cell tower.
• Connector: Make sure the N Male connector is properly attached to the coaxial cable and that all connections are tight and secure to avoid signal loss.

This type of antenna is well-suited for boosting 3G signal strength and improving connectivity in challenging signal areas, especially in outdoor settings.

This 5G antenna is designed for high-performance wireless communication in the 5G frequency bands, supporting modern 5G networks with enhanced signal strength and coverage. Its flexible PCB (Printed Circuit Board) design allows for easy integration into a variety of devices, including smartphones, IoT devices, and 5G routers, ensuring reliable and high-speed connectivity.

Key Features:

• Frequency Range: Optimized for 5G networks, covering various 5G frequency bands. It is compatible with Sub-6 GHz 5G frequencies, providing robust signal reception and transmission for next-generation wireless applications.
• Antenna Type: Flexible PCB design, which is lightweight and offers durability while being adaptable for integration into compact or curved spaces within electronic devices.
• Gain: 10dBi, a high-gain antenna that significantly improves signal reception and transmission range. This makes it ideal for environments where high-speed, low-latency communication is crucial.
• Cable: 1.13mm diameter cable (10 cm length), a flexible and compact solution that ensures minimal signal loss and supports easy placement in tight spaces while maintaining signal integrity.
• Connector Type: UFL (Ultra Miniature Flexible) connector, a low-profile connector commonly used in mobile devices and small electronics. The UFL connector ensures a secure and efficient connection to the devices wireless module or transceiver.
• Shape: Round-shaped PCB antenna, optimized for maintaining a compact and efficient form factor, which is ideal for integration into devices that require a balance of performance and space-saving design.

Applications:

• 5G-enabled smartphones and mobile devices
• IoT devices and 5G-based smart systems
• 5G routers and wireless gateways
• Consumer electronics requiring high-speed 5G connectivity
• Industrial automation and smart city infrastructure

Advantages:

• High gain (10dBi) for improved signal quality and coverage
• Flexible and space-saving design for easy integration into devices
• UFL connector ensures secure and reliable connection
• Optimized for 5G networks, ensuring compatibility with future-proof wireless technologies
• Ideal for environments demanding high data throughput and low latency

This 5G 10dBi flexible PCB round antenna is a high-performance solution that guarantees superior wireless connectivity for a wide range of devices and applications, enabling fast, reliable 5G communication.

Boost your GSM signal with this high-quality 15dBi Yagi antenna, designed for optimal performance in mobile communication. With its robust construction and directional capabilities, this antenna is perfect for enhancing connectivity in areas with weak signal reception.

Key Features:

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• Frequency Range: Specifically designed for GSM applications, ensuring compatibility with common mobile networks.
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• Gain: 15dBi gain significantly enhances signal strength, providing clearer calls and faster data speeds.
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• Directional Design: The Yagi configuration focuses the signal in a specific direction, reducing interference and maximizing range.
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• Cable: Comes with a 3-meter RG58 coaxial cable, allowing flexible placement for the best signal reception.
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• Connector: Equipped with a standard N (M) connector for easy attachment to a variety of devices and systems.
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Applications:

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• Mobile communication enhancement
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• GSM-based remote monitoring systems
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• Rural or low-signal areas
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• IoT applications requiring stable connectivity
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Installation Tips:

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• Position the antenna towards the nearest cell tower for optimal signal capture.
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• Ensure the installation location is clear of obstructions for maximum effectiveness.
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• Use secure mounting methods to withstand environmental factors.
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Improve your GSM connectivity with this efficient 15dBi Yagi antenna, and enjoy enhanced communication quality wherever you are!

The 433MHz 8dBi Spring Magnetic Antenna with RG174 Cable (3 meters) and SMA Male Straight Connector is designed to enhance the performance of wireless communication systems operating at 433MHz. Heres a detailed overview of its features and specifications:

Key Features:

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• Frequency Range: Optimized for 433MHz, commonly used in applications such as remote controls, RFID systems, and IoT devices.
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• Antenna Gain: 8dBi gain provides improved signal strength and extended range, enhancing overall communication performance.
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• Magnetic Base: The spring magnetic base allows for easy mounting on metal surfaces, providing stability and flexibility in positioning.
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• Cable Type: Includes a 3-meter RG174 cable, offering low-loss transmission and flexibility for installation in various settings.
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• Connector Type: Equipped with an SMA Male Straight connector for compatibility with a wide range of devices.
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Applications:

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• Remote control systems
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• Wireless sensor networks
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• RFID applications
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• IoT and smart home devices
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Advantages:

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• Enhanced Range: The high gain design helps improve the effective communication distance.
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• Flexible Installation: The magnetic base and long cable enable easy placement and adjustment of the antenna position.
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• Durability: Built to withstand various environmental conditions, making it suitable for both indoor and outdoor use.
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This 433MHz 8dBi Spring Magnetic Antenna is an excellent choice for users looking to boost the performance of their wireless systems with a reliable and efficient antenna solution.

The 2.4GHz Wi-Fi 3dBi Rubber Duck Antenna with 1.13mm cable (length: 10 cm) and UFL connector is a compact and efficient antenna designed for improving Wi-Fi signal strength. Operating at the 2.4GHz frequency band, this antenna provides a 3dBi gain, which enhances the overall performance of wireless communication by ensuring a stronger and more stable connection.

Key features include:

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  3dBi gain for better signal reception and transmission.

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  Rubber duck design for durability and flexibility.

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  1.13mm cable (10 cm) for easy integration with various devices.

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  UFL connector for secure and reliable connection to compatible devices.

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This antenna is ideal for use in Wi-Fi modules, routers, and IoT devices, providing reliable performance in wireless networking applications.

The GSM 3dBi Magnetic Antenna with RG174 Cable (L-3Mtr) is designed to enhance mobile communication by providing improved signal reception. Here are some key features of this product:

Features:

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  Antenna Gain: The 3dBi gain boosts signal strength, helping to improve connectivity in areas with weak reception.

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  Magnetic Base: The magnetic base allows for easy mounting on metal surfaces, providing stability and flexibility in placement.

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  Cable Length: The RG174 cable is 3 meters long, allowing for convenient positioning of the antenna to optimize signal reception.

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  Connector Type: Comes with an SMA (Male) straight connector, ensuring compatibility with various GSM devices and routers.

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  Durability: Designed for both indoor and outdoor use, the antenna is built to withstand various weather conditions.

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Applications:

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• Ideal for GSM communication, including mobile phones, routers, and IoT devices.
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• Suitable for enhancing signal strength in vehicles, homes, or office environments.
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This antenna is a reliable solution for those seeking to boost their GSM signal strength effectively.

Compact Good performance Omni Directional Antenna

Eteilys Rubber Duck Antenna is high performance, Omni-directional providing broad coverage with a Strong and Stable Signal. It is ABS enclosed antenna with IP65 Rated Enclosure. It is ideally suited for all RF Cellular Devices. This antenna features a rugged composite random with SMA Male connector. It is compact, lightweight and easy to install.

The 915MHz 5dBi Rubber Duck Antenna, equipped with a 3-meter RG174 cable and an SMA (Male) Straight Connector (including an L Bracket), is engineered for high-performance in wireless communication systems, particularly within the 915 MHz frequency spectrum. This antenna is particularly well-suited for applications involving LoRa (Long Range) and various IoT communication technologies. Below are the primary features:

• Frequency Range: Functions at 915 MHz, making it appropriate for ISM band communications in designated areas.

• Antenna Type: The rubber duck design ensures both durability and flexibility, striking an effective balance between performance and resilience.

• Gain: With a gain of 5 dBi, this antenna enhances both signal reception and transmission, leading to improved range and signal clarity.

• Cable: The 3-meter RG174 cable provides versatility in positioning the antenna in relation to the device.

• Connector: It features an SMA (Male) Straight connector, widely utilized for linking antennas to devices such as radios, routers, or modems.

• L Bracket: The included L bracket facilitates straightforward mounting of the antenna, ensuring optimal positioning for maximum signal strength.

This antenna is commonly employed in outdoor or industrial wireless communication environments, where a reliable connection is essential over medium to long distances. It is particularly effective for applications such as IoT networks, remote sensor systems, or wireless data transmission.

The 3G 9dBi Magnetic Antenna with RG174 Cable (L-3MTR) and SMA Male Straight Connector is a specific setup designed to improve 3G signal reception. Heres a detailed overview of its components and their uses:

Components

1. 3G 9dBi Magnetic Antenna:

   • 3G: This antenna is tailored for use with 3G mobile networks, enhancing signal reception and transmission within that frequency range.
   • 9dBi Gain: The antenna provides a gain of 9dBi, which indicates a high level of signal boost compared to antennas with lower gain. This gain is useful for extending the range and improving signal strength in areas with weak reception.
   • Magnetic Mount: The antenna features a magnetic base, allowing it to be easily attached to any metal surface. This provides flexibility in mounting and makes it suitable for temporary or mobile installations.

2. RG174 Cable (L-3MTR):

   • RG174: A type of coaxial cable that is thinner and more flexible than RG58, making it ideal for short cable runs and flexible installations.
   • L-3MTR: Indicates the cable is 3 meters (approximately 9.8 feet) long, offering some flexibility in positioning the antenna relative to your device.

3. SMA Male Straight Connector:

   • SMA Male: This connector type is used to connect the antenna to the device. The SMA male connector fits into an SMA female port on your equipment.
   • Straight Connector: A standard, straight connector that provides a direct connection without any angle, simplifying installation.

Uses and Benefits

• 9dBi Gain: Provides a substantial boost in signal strength, improving reception and transmission in areas with weak signal coverage. This higher gain allows the antenna to capture signals from a greater distance.
• Magnetic Mount: Facilitates easy installation on metal surfaces, making it suitable for temporary setups or locations where drilling or permanent mounting is not possible. It also allows for easy repositioning of the antenna.
• Flexible Cable: The RG174 cable is flexible and easy to route, which is useful for managing installation in tight spaces or when connecting to devices that are not in a fixed location.

Installation Tips

• Mounting: Attach the magnetic base to a clean, flat metal surface to ensure a strong hold. The surface should be free of debris to maintain good magnetic contact.
• Positioning: Place the antenna where it has the best line of sight to the signal source, such as a cell tower. The magnetic base allows for easy adjustments in position to optimize signal reception.
• Cable Management: Route the RG174 cable carefully to avoid sharp bends or kinks, which can cause signal loss or damage. Secure the cable to prevent it from moving or getting snagged.
• Connector: Ensure the SMA male connector is firmly attached to the SMA female port on your device. A secure connection is crucial for maintaining signal integrity.

This antenna setup is ideal for improving 3G signal strength, particularly in environments where signal is weak or inconsistent. Its combination of high gain, flexible mounting options, and durable construction makes it a versatile choice for enhancing mobile network performance.

Enhance your wireless communication with this high-performance 915MHz Yagi antenna, boasting a powerful 18dBi gain. Designed for optimal directionality, this antenna is ideal for applications requiring long-range transmission and reception.

Key Features:

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• Frequency: Specifically tuned for the 915MHz band, making it suitable for various industrial, scientific, and medical (ISM) applications.
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• Gain: High 18dBi gain for improved signal strength and extended range, ensuring reliable connectivity.
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• Design: Yagi configuration provides excellent directivity and gain, minimizing interference from unwanted signals.
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• Cable: Includes a 20cm RG58 coaxial cable for flexible installation and reduced signal loss.
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• Connector: Features a standard N (F) connector for easy integration with most devices and systems.
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Applications:

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• Wireless sensor networks
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• Remote control systems
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• IoT devices
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• Amateur radio
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• Communication links over long distances
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Installation Tips:

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• Ensure proper alignment for maximum gain.
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• Install in an open area away from obstructions for optimal performance.
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• Use appropriate mounting hardware to secure the antenna in place.
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Upgrade your connectivity with this reliable 915MHz Yagi antenna and experience enhanced signal quality and range!

GSM 3dBi Rubber Duck Antenna SMA Male Straight

A GSM 3dBi rubber duck antenna with an SMA male straight connector is a compact and versatile wireless device designed for improving signal reception and transmission in Global System for Mobile Communications (GSM) networks.

Key Features and Benefits:

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• GSM Frequency Band: Specifically designed for GSM networks, ensuring optimal performance.
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• 3dBi Gain: Provides a moderate boost in signal strength, improving coverage and reducing dropped calls.
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• Rubber Duck Design: The flexible rubber duck design allows for easy positioning and installation, making it suitable for various devices and environments.
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• SMA Male Straight Connector: The SMA male straight connector is a popular type used in many wireless devices, ensuring compatibility with a wide range of equipment.
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• Compact Size: The small size of rubber duck antennas makes them ideal for portable devices and applications with limited space.
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Common Applications:

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• Mobile Phones: Enhancing signal reception in areas with poor coverage.
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• Portable Devices: Improving connectivity for tablets, laptops, and other mobile devices.
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• Vehicle Installations: Boosting signal strength in cars, trucks, and RVs.
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• Indoor Coverage: Enhancing signal quality in buildings, homes, and offices.
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• Outdoor Applications: Providing reliable GSM connectivity in outdoor settings.
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Factors to Consider:

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• Frequency Band: Ensure the antenna is compatible with your specific GSM frequency band (e.g., 850 MHz, 900 MHz, 1800 MHz, 1900 MHz).
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• Gain: Higher gain antennas can improve signal strength but may also be more susceptible to interference.
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• Connector Type: Ensure the SMA male straight connector is compatible with your device or equipment.
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• Weatherproofing: If the antenna will be used outdoors, consider a weatherproofed version.
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GSM 3dBi Rubber Duck Antenna

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.

Features & Application

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• Ground-plane Independent
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• Cellular Applications
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• Tilt and swivel design
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• Routers and Gateways
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A 10dBi rubber duck paddle antenna is a type of antenna commonly used in radio communications. Here's a breakdown of what that means:

1. 10dBi: The "dBi" stands for decibels relative to an isotropic radiator, which is a theoretical antenna that radiates power equally in all directions. A 10dBi gain means that the antenna is 10 decibels more effective at focusing energy in a particular direction than an isotropic antenna. Higher dBi values generally indicate a more directional antenna with increased range and performance.

2. Rubber Duck: The term "rubber duck" refers to a type of antenna that is often used in portable or handheld devices. These antennas are named for their shape, which can resemble a duck's head. They are typically flexible and have a simple, compact design.

3. Paddle: In this context, "paddle" usually means the antenna has a more rigid, paddle-like shape compared to the more flexible "rubber duck" antennas. The paddle design can offer better performance and durability, especially in fixed or semi-fixed installations.

4. Antenna: This is the component used to transmit or receive radio waves. It converts electrical signals into electromagnetic waves (and vice versa) and is a critical part of any radio communication system.

Combining these elements, a 10dBi rubber duck paddle antenna would be a high-gain, somewhat directional antenna with a design that balances the flexibility of a rubber duck with the rigidity of a paddle. It's suitable for applications where you need enhanced performance in a compact and durable package, like in certain fixed or portable radio setups.

If youre considering using or purchasing one, make sure it matches your specific needs in terms of frequency range, mounting options, and intended application.

868 MHz Internal Flexible PCB Antenna

868 MHz internal flexible PCB antennas are compact and versatile components designed to be integrated directly into electronic devices for wireless communication. These antennas offer a convenient and space-saving solution for applications operating in the 868 MHz frequency band.

Key Features and Benefits:

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• Compact Size: Internal flexible PCB antennas have a small form factor, making them ideal for devices with limited space, such as wearable electronics, IoT devices, and remote controls.
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• Flexibility: The flexible nature of PCB antennas allows for easy integration into various device designs and shapes.
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• Durability: These antennas are typically constructed to withstand mechanical stress and environmental factors, ensuring long-term reliability.
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• Cost-Effective: Internal flexible PCB antennas are generally more cost-effective compared to external antenna solutions.
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• Wide Range of Applications: They can be used in various applications that require wireless communication in the 868 MHz band, including IoT devices, remote controls, wireless sensors, and asset tracking systems.
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Considerations:

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• Antenna Design: The specific design of the antenna can affect its performance, including radiation pattern, gain, and efficiency.
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• Device Integration: Proper integration of the antenna into the device is crucial for optimal performance and to avoid interference from other components.
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• Regulatory Compliance: Ensure that the antenna complies with relevant regulatory standards for wireless devices in the 868 MHz band.
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