Combination Antenna

A 4G + Wi-Fi combo magnetic antenna is a versatile device designed to improve signal reception for both 4G LTE cellular networks and Wi-Fi networks. Here’s a breakdown of what you should know about this type of antenna:

Key Features:

1. Dual Functionality:

   • 4G LTE: Enhances cellular signal strength and data speeds for devices connected to 4G LTE networks.
   • Wi-Fi: Boosts the signal reception and transmission for Wi-Fi networks.

2. Magnetic Base:

   • Easy Placement: The magnetic base allows you to easily attach the antenna to metal surfaces, such as the top of a vehicle or a metal desk, for optimal positioning.
   • Stability: The magnetic attachment helps keep the antenna in place, even in moving environments.

3. Versatility:

   • Multiple Applications: Suitable for use in various settings, including vehicles, homes, and offices.
   • Compatibility: Often compatible with a wide range of routers, modems, and cellular devices.

4. Installation:

   • Simple Setup: Typically involves connecting the antenna to your device via coaxial cables or specific connectors designed for 4G and Wi-Fi frequencies.
   • Adjustable Positioning: The antenna can be repositioned to find the best signal reception.

Considerations:

1. Frequency Bands:

   • Ensure the antenna supports the specific frequency bands used by your 4G LTE and Wi-Fi networks. Most antennas cover a broad range, but it's good to confirm compatibility.

2. Performance:

   • The effectiveness of the antenna can vary based on location, signal strength, and environmental factors.

3. Size and Design:

   • Size: Larger antennas might provide better performance but may be less convenient to mount or place.
   • Design: Some antennas come with features like adjustable angles or extended cables to enhance flexibility.

4. Installation Location:

   • Positioning the antenna in a high, unobstructed area usually yields better results for signal reception.

Common Uses:

• In Vehicles: Improving connectivity while on the move, such as in RVs, trucks, or cars.
• In Remote Areas: Enhancing connectivity in locations with weak cellular or Wi-Fi signals.
• In Offices or Homes: Boosting signal strength for better internet performance.

Overall, a 4G + Wi-Fi combo magnetic antenna can be a valuable addition to your connectivity setup, offering improved signal strength and data speeds for both cellular and wireless networks.

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 GPS antenna combined with the 4G Cup Shape Screw Mount Antenna represents a compact solution that integrates both GPS and 4G technologies within a single unit. Engineered for external installation, it utilizes a screw-in mechanism and boasts a cup-shaped design. This RF antenna is essential in telecommunication systems, ensuring dependable GPS tracking and 4G connectivity across various applications.

Key Components:

• GPS: This part of the antenna receives signals from GPS satellites to determine location, speed, and time.
• 4G: This component enables the antenna to connect to a 4G cellular network for data transmission.
• Cup Shape: The physical design often improves signal reception and durability.
• Screw Mount: Allows for secure attachment to various surfaces.  
  1. 4G/LTE and GPS, Screw mount, 2in1 - Mobitron

   

Typical Applications:

• Vehicle tracking systems: Provides accurate location data and real-time communication.
• IoT devices: Enables remote monitoring and control.
• Outdoor surveillance systems: Offers reliable data transmission for live video feeds.
• Other applications requiring GPS and 4G connectivity.

GSM / GPS / Wi-Fi Combo Screwable Puck Antenna

A GSM / GPS / Wi-Fi combo screwable puck antenna is a compact, multi-functional device that combines three essential wireless technologies into a single, convenient package.

What it does:

• GSM: Provides cellular connectivity for voice calls, SMS, and data services.
• GPS: Enables accurate location tracking and navigation.
• Wi-Fi: Offers high-speed internet access.
   

Physical Characteristics:

• Puck-shaped: Small, circular design for easy mounting.
• Screwable: Allows for secure attachment to various surfaces.  
  1. GSM/WiFi/GPS GLONASS SCREW MOUNT ANTENNA IN INDIA - Eteily

   
• Compact: Takes up minimal space.

Typical Applications:

• Vehicles: Improves cellular signal, GPS reception, and Wi-Fi connectivity.
• Marine vessels: Offers reliable communication and navigation aids.
• Outdoor installations: Provides wireless connectivity in remote areas.
• IoT devices: Enhances data transmission and location tracking capabilities.

Key Features:

• Frequency bands: Supports various GSM, GPS, and Wi-Fi frequencies.  
  1. Combination Antennas Solution | GNSS/GPS/Cellular/2G/3G & Wi-Fi - Eteily

   
• Gain: Determines the antenna's ability to receive and transmit signals.
• Impedance: Matches the antenna to the device for optimal performance.
• Cable length and connector: Varies depending on the application.
• Weatherproofing: Ensures durability in harsh environments.

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. Here’s 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.

This versatile combination antenna is engineered to facilitate Wi-Fi, GPS, and 4G LTE connectivity within a single compact device. It is perfectly suited for Internet of Things (IoT) applications, intelligent vehicles, tracking systems, or any scenario that demands reliable wireless communication across various networks.

• Triple Functionality: Supports Wi-Fi (2.4/5GHz), GPS (L1 band), and 4G LTE (wideband).

• Mounting Options: Comes with both screw mount and adhesive backing for flexible installation on various surfaces (metal, plastic, glass, etc.).

• Compact Design: Low-profile and durable housing suitable for outdoor and mobile environments.

• Cable & Connector:

• Cable Type: RG178

• Cable Length: 20 cm

• Connector Type: U.FL (IPEX) – ideal for small PCB or module connections.

• Vehicle GPS trackers

• Industrial IoT gateways

• Remote monitoring systems

• Smart meters and kiosks

• Drones, robotics, and telemetry systems