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    GSM TD-SCDMA sucker Antenna - 1.5m SMA male
    GSM TD-SCDMA sucker Antenna - 1.5m SMA male - Image 2
    1. GSM TD-SCDMA sucker Antenna - 1.5m SMA male
    2. GSM TD-SCDMA sucker Antenna - 1.5m SMA male - Image 2

    GSM TD-SCDMA sucker Antenna – 1.5m SMA male

    KSh 420.00


    Only 2 left in stock

    The GSM CDMA WCDMA TD-SCDMA 3G/4G Disk Antenna with 3m Cable and 1.5m SMA male connector is a versatile antenna solution for cellular connectivity projects that require compatibility with multiple network types. Here’s a breakdown of its specifications and functionalities:

    Supported Networks:

    • GSM: Stands for Global System for Mobile Communications, a widely used standard for mobile voice and text services.
    • CDMA: Stands for Code Division Multiple Access, another mobile network technology used for voice and data transmission.
    • WCDMA: Stands for Wideband Code Division Multiple Access, a 3G cellular network technology offering faster data speeds than GSM or CDMA.
    • TD-SCDMA: Stands for Time Division Synchronous Code Division Multiple Access, a 3G cellular network technology primarily used in China.
    • 3G/4G: Indicates compatibility with both 3G and potentially 4G networks (depending on the specific antenna model). Not all antennas within this category might support all 4G bands.

    Form Factor:

    • Disk Antenna: This refers to the antenna’s flat, disc-shaped design. These antennas are generally known for their omnidirectional radiation pattern, meaning they receive signals equally well from all directions.

    Cable and Connector:

    • 3m Cable: Provides flexibility in positioning the antenna for optimal signal reception.
    • 1.5m SMA Female Connector: SMA is a common type of connector for RF (radio frequency) devices. The female connector allows you to attach the antenna to a device with a male SMA connector.

    Applications:

    • Cellular signal boosting for mobile phones, cellular hotspots, or IoT devices in areas with weak signal strength.
    • Projects requiring cellular connectivity for data transmission or remote control (e.g., robotics, industrial automation).

    Advantages:

    • Wide Network Compatibility: Supports a broad range of cellular networks, making it suitable for various projects.
    • Omnidirectional Radiation Pattern: Provides signal reception from all directions, eliminating the need for precise antenna orientation.
    • Convenient Cable Length: The 3m cable offers placement flexibility for finding the best signal location.

    Considerations:

    • Gain Rating: The gain rating (not specified) is a crucial factor in signal strength improvement. Higher gain antennas are better for weaker signals, but might require proper positioning for optimal performance.
    • 4G Compatibility: While labeled 3G/4G, verify if the specific antenna model supports the 4G bands you need (e.g., LTE bands used by your carrier). Consult the product specifications or datasheet for details.
    • Directional Needs: Omnidirectional antennas are great for general use, but if you have a strong signal coming from a specific direction, a directional antenna might be more effective.

    If you can provide more information about your project’s specific cellular network requirements and signal strength needs, I can help you assess if this antenna is a good fit.

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