GSM Sticker Antenna

The GSM Sticker Antenna is a compact and convenient antenna designed for use with GSM (Global System for Mobile communications) devices. It's a self-adhesive antenna that can be easily attached to a device's surface, providing improved signal reception and transmission.

Key Features:

• GSM Compatible: Optimized for use with GSM networks and devices.
• Cost-Effective: A more affordable alternative to external antennas or antenna extensions.
• Compact and Lightweight: Small and lightweight design, making it easy to install and use.
• Self-Adhesive: Features an adhesive backing for simple attachment to any surface.
• Weather Resistant: Designed to withstand outdoor conditions and maintain performance in various weather conditions.
• Improved Signal Reception: Can enhance signal strength and reception quality, especially in areas with weak coverage.

Applications:

• IoT Devices: Improve connectivity for Internet of Things devices.
• GPS Devices: Improve accuracy and reliability of GPS navigation.
• Tablets: Enhance connectivity for tablets in areas with weak coverage.
• M2M Devices: Enhance communication for machine-to-machine applications.
• Mobile Phones: Improve signal strength and reception on smartphones and feature phones.

Specifications:

• Gain: Typically 2-3 dBi
• Material: Plastic or metal
• Dimensions: Varies depending on the specific model
• Frequency Range: 850/900/1800/1900 MHz (GSM bands)

DATA SHEET AND USECASE

Typical Specifications:

• Impedance: Standard 50 Ω, compatible with most GSM devices.
• Polarization: Vertical, suitable for standard GSM communication orientations.
• Connector: Varies; common types include SMA male or uFL connectors.
• Gain: Typically around 3 dBi, enhancing signal reception and transmission.
• Mounting: Equipped with adhesive backing for easy installation on various surfaces.
• Dimensions: Sizes vary; for example, some antennas measure approximately 22 x 115 mm.
• Frequency Range: Commonly supports GSM bands such as 824–960 MHz and 1710–2170 MHz.
• VSWR (Voltage Standing Wave Ratio): Generally less than 2.0, indicating efficient power transfer and minimal signal reflection.