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Poynting 5 G LTE Antenna M2M IoT A-PANL-0401-V1-01 Black 2 m SMA M (A-PANL-0401-V1-01) 5G/LTE M2M/IoT
5G LTE Antenna MIMO 8x8 4x4 Panel Outdoor GPS 410-6000 MHz SKU: A-PANL-0401-V1-01. Key Features: 5in1: Supports 5G/LTE, Wi-Fi and GPS in one compact housing; Frequency range 410 6000 MHz: Versatility of use; Gain 7.8 dBi: High performance, signal strength and stability; MIMO technology: High connection quality and data throughput; Durable construction: Weatherproof, for outdoor and industrial use; Wide compatibility: Works with routers, modems and IoT systems; 5-in-1 Multifunctionality The versatile panel antenna combines 5 functions in one compact housing. Supports 5G/LTE, Wi-Fi and GPS. MIMO technology for improved data transmission quality, minimizing signal loss and interference. Ideal for. professionals; companies; users who expect a stable connection in various conditions; Application 5G/LTE signal amplification: Improving the quality of mobile connections in homes, offices and vehicles; Monitoring and security: For CCTV systems and IP cameras; In-vehicle connectivity: For cars, trucks, caravans and emergency vehicles; IoT and M2M solutions: For smart industrial systems, automation and resource monitoring; Wi-Fi and network hotspots: Signal range and stability in public places and commercial buildings.; Rural connectivity: Strong signal where network infrastructure is limited; Multiple mounting options Surface Mount: On flat surfaces using adhesive mounting; Window Mount: In a window using adhesive strips or adhesive tape; Indoor and outdoor mounting: Low profile IP65 weatherproof housing; Voltage Standing Wave Ratio (VSWR) VSWR is a measure of the efficiency with which radio frequency power is transmitted from the power source, through the transmission line, to the load. In an ideal system, 100% of the power is transmitted, which corresponds to a VSWR of 1:1. The Poynting PANL-401 provides excellent performance in all bands and maintains a VSWR of 2.5:1, which minimizes signal loss and increases connection efficiency. Gain in dBi Vertical polarization for mobile networks. 7.8 dBi represents peak gain in all bands from 410 6000 MHz. Gain at 410 470 MHz: 0.5 dBi; Gain at 617 960 MHz: 4 dBi; Gain at 1427 1517 MHz: 4 dBi; Gain at 1710 2700 MHz: 5 dBi; Gain at 3300 4200 MHz: 7.8 dBi; Gain at 4400 6000 MHz: 7 dBi; Horizontal polarization for mobile networks. 7.8 dBi represents the peak gain in all bands from 410 6000 MHz. Gain at 410 470 MHz: 0.5 dBi; Gain at 617 960 MHz: 4 dBi; Gain at 1427 1517 MHz: 4 dBi; Gain at 1710 2700 MHz: 5 dBi; Gain at 3300 4200 MHz: 7.8 dBi; Gain at 4400 6000 MHz: 7 dBi; Wave radiation patterns in the Poynting PANL-401 antenna Vertical polarization (Vertical Polarization). Efficient signal transmission in a wide frequency range; Cross-polarized (cross-polarized) introducing both vertical and horizontal polarization improves performance in 5G, 4G LTE and IoT networks; Uniform radiation coverage ensures stable connections in urban, industrial and traffic environments; Horizontal Polarization (Horizontal Polarization). Optimized radiation patterns improve multi-directional communication; 4x4 MIMO technology increases signal stability and improves network throughput; Proven in stationary and mobile communication; Wi-Fi radio. Supports frequencies from 410 MHz to 6000 MHz, but is not optimized for classic Wi-Fi bands (2.4 GHz and 5 GHz); It achieves the best parameters in the range of 4400-6000 MHz, which can be used in modern industrial applications and wireless networks; The radiation characteristics in this regard ensure a stable connection, but do not cover traditional Wi-Fi routers for home users; Animals from the presented patterns The radiation patterns for individual polarizations reveal the versatility of the Poynting PANL-401 antenna. Vertical polarization: Provides broadband transmission in the 5G/LTE range, which allows a stable connection over longer distances.; Horizontal polarization: Increases the performance of omnidirectional communication and optimizes data throughput in 4x4 technology.

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