Latest Products – New Products – TETRA antennas 350–470 MHz (TETRA/TETRAPOL UHF)
NEW PRODUCTS – TETRA / TETRAPOL ANTENNAS (UHF)
Latest Protel antennas for TETRA/TETRAPOL professional networks in the 350÷470 MHz UHF window, including rugged solutions for fixed sites and infrastructure coverage.
The catalogue includes directional families (log-periodic/logarithmic and Yagi, with fiberglass radome options) and omnidirectional dipole/collinear systems for uniform 360° service where required.
ARL3A1011.Z 350÷470 MHz Gain 13 dBi Log-Periodic Antenna TETRA TETRAPOL
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AR1048R 380÷470 MHz Max Gain 12 dBi Yagi Antenna TETRA TETRAPOL
High gain broadband directional antenna designed for professional applications of fixed radio stations in the UHF and TETRA 380÷470 MHz band. The antenna is electrically grounded. Extremely robust, built in stainless steel. Excellent linearity and clean radiation pattern on both polarizations.
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ARDU.01 380÷470 MHz Gain 3.2 dBi Dipole Antenna TETRA TETRAPOL
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ARDU.02 380÷470 MHz Gain 6.5 dBi OMNIDIRECTIONAL COLLINEAR BROADBAND
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ARDU.04 380÷470 MHz Gain 9.2 dBi OMNIDIRECTIONAL COLLINEAR BROADBAND
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ARP400 380÷600 MHz Gain 10 dBi PANEL ANTENNA TETRA - TETRAPOL
Broadband panel antenna for civil, military, and TETRA use.
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AR1049.1XI 380÷470 MHz Max Gain 13 dBi YAGI ANTENNA TETRA - TETRAPOL
4 different models from 10.5 - 11 - 12- 13 dBi
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ARYCKM-E-610XA4345 430÷450 MHz Gain 10.5 dBi DIRECTIONAL BROADBAND ANTENNA
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ARYCKM-E-1213XA4345 430÷450 MHz Gain 13 dBi DIRECTIONAL BROADBAND ANTENNA
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How to select antennas for TETRA/TETRAPOL UHF deployments. The 350÷470 MHz area covers the most common UHF ranges used by professional trunked radio networks (frequency plans vary by country). These services are typically deployed for mission-critical communications in public safety and civil services, as well as for industrial and infrastructure operators where resilient voice/data coverage is required.
Bands, uses and services. In practice, TETRA/TETRAPOL networks concentrate around 380÷470 MHz, with some solutions addressing extended portions down to 350 MHz and certain broadband variants covering wider spans depending on the antenna family. This catalogue is therefore useful for planning radio coverage in open areas, dense urban sites, and complex infrastructures where UHF propagation and site geometry drive antenna choice.
Directional vs omnidirectional architectures. Directional antennas (log-periodic/logarithmic, Yagi, panels) are typically chosen to concentrate energy and shape coverage along corridors and critical paths — including railway and highway tunnels — while omnidirectional dipole and collinear systems are selected when uniform 360° azimuth coverage is required around the mast.
Reliability features for real sites. New-product models in this category highlight practical, deployment-oriented construction choices such as fiberglass radomes, stainless-steel mechanical structures, waterproof assemblies (on selected models) and electrically grounded designs to support stable operation in harsh climatic conditions and long-term outdoor installations.
Antennas designed and manufactured in Italy.
Frequently asked questions about new TETRA antennas (350–470 MHz)
Quick answers to help select antenna families for TETRA/TETRAPOL UHF deployments.
What is included in this “New Products” TETRA catalogue?
Which services typically operate in these bands?
When should I choose a directional antenna?
What is the advantage of dipole/collinear systems?
Are there rugged options for harsh environments?
Related topics and searches
Typical queries related to TETRA/TETRAPOL UHF antennas and new product releases:
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