660-3800 MHz Multi-Band Antennas for LTE/5G, GSM-R & FRMCS

Multi-band antennas 660–3800 MHz for modern cellular networks and underground coverage. This catalog groups Protel solutions engineered for wideband operation across key mobile bands used worldwide for 2G / 3G / 4G LTE / 5G, including GSM-R railway services and the evolution toward FRMCS.

These antennas are typically selected for challenging propagation environments where reliability matters: road and motorway tunnels, railway tunnels, metro tunnels, underground stations and platforms, technical galleries and utility tunnels, as well as underground car parks and complex indoor infrastructures.

Tunnel & underground coverage: focused patterns, stable performance and robust mechanics.
DAS / repeaters / donor links: directional and compact solutions for indoor/outdoor coverage projects.
Protection options: available configurations with flame retardant fiberglass radome for demanding installations.

AR1070 Logperiodic antenna Gain: 680-1695 MHz 12.5 dBi / 1695-2490 MHz 13 dBi / 2490-2690 MHz 12.5 dBi 2G - 3G - 4G - 5G

PROTEL AR1070 680 2700 MHz logarithmic antenna full band

ANTENNA FOR MOBILE PHONE OPERATORS

Directional antenna with high gain broadband LTE, GSM, GSM-R, DCS,UMTS, 2G, 3G, 4G, 5G, 680÷2700 MHz with Vertical or +45° or -45° Polarization. Polar pattern with total absence of secondary lobes. Built as standard with fiberglass protection cover against shocks and strong atmospheric agents also in flame retardant version. All parts of the antenna are electrically grounded. Specially used for radio coverage in motorway, railway and underground tunnels. Also suitable for MIMO systems.

AR1032 Yagi antenna 790÷960 MHz 1710÷2170 MHz Gain 900 MHz 16 dBi Gain 1800 MHz 18 dBi Gain 2000 MHz 19.5 dBi LTE - GSM 900 - GSM-R GSM1800 - UMTS

AR1032 Directional Antenna Yagi High Gain, band 3G GSM-R umts dcs gsm lte 4g 760 - 960 MHz 1710 - 2170 MHz

ANTENNA FOR MOBILE PHONE OPERATORS

High gain cross polarized antenna -/+ 45° with Embedded Combinator and one output connector. The working frequency, 790÷960 MHz, is for the new LTE-UHF band applications. The Flame Retardant radome, is particularly useful for coverage in tunnels and subways.

AR1034 Yagi antenna 790÷960 MHz 1710÷2170 MHz Gain 900 MHz 12.5 dBi Gain 1800 MHz 15 dBi Gain 2100 MHz 16.5 dBi LTE - GSM 900 - GSM-R GSM1800 - UMTS

AR1034 Directional Antenna Yagi High Gain, band GSM-R umts dcs gsm lte 3g 4g 760 - 960 MHz 1710 - 2170 MHz

ANTENNA FOR MOBILE PHONE OPERATORS

High gain cross polarized antenna -/+ 45° with Embedded Combinator and one output connector. The working frequency, 790÷960 MHz 1710÷2170MHz, is for the new LTE-UHF band applications. The Flame Retardant radome, is particularly useful for coverage in tunnels and subways.

AR1033 Yagi antenna 750÷960 MHz 1710÷2170 MHz 2 CONNECTORS Pol. +/- 45° 16 dBi - 18 dBi - 19.5 dBi LTE - GSM 900 - GSM-R GSM1800 - UMTS

AR1033 Directional Antenna Yagi High Gain, band 3G GSM-R umts dcs gsm lte 4g 750 - 960 MHz 1710 - 2170 MHz

ANTENNA FOR MOBILE PHONE OPERATORS

High gain cross polarized antenna -/+ 45° with double output connector. The working frequency, 750÷960 MHz, is for the new LTE-UHF band applications. The Flame Retardant radome, is particularly useful for coverage in tunnels and subways.

AR1038 Yagi antenna 750÷960 MHz 1710÷2170 MHz 2 CONNECTORS Pol. +/- 45° 12.5dBi - 14.5dBi - 16.5dBi LTE - GSM 900 - GSM-R GSM1800 - UMTS

AR1038 Directional Antenna Yagi High Gain, band 3G GSM-R umts dcs gsm lte 4g 750 - 960 MHz 1710 - 2170 MHz

ANTENNA FOR MOBILE PHONE OPERATORS

AR1061 1710÷2700 MHz Gain 17 dBi

AR1061 Antenna Circular Polarization 1710 2700 MHz Protel

LTE - GSM DCS - UMTS

High-gain directional antenna with CIRCULAR polarization, for LTE GSM DCS UMTS 1710-2700 MHz.

Designed and mainly used for railway, underground and motorway tunnels radio coverage. Created with a protective cover in fiberglass to shield the antenna against shocks and atmospheric agents, *cover also available in a flame retardant version. All metallic parts of the antenna are electrically grounded

AR1025 Yagi antenna 790÷960 MHz 1710÷2170 MHz Gain 16.5 dBi Gain 17 dBi LTE - GSM 900 - GSM-R GSM1800 - UMTS

AR1025 Directional Antenna Yagi High Gain, band GSM-R umts dcs gsm lte 4g 790 - 960 MHz 1710 - 2170 MHz

ANTENNA FOR MOBILE PHONE OPERATORS

Directional TRI-BAND antenna. Especially suitable for tunnels coverage.

AR1026. Z Log Periodic antenna 870÷2170 MHz Gain 12 dBi GSM 900 - GSM-R GSM1800 - LTE - UMTS

AR1026 log periodic Logarithmic Directional antenna High Gain, band GSM-R umts dcs gsm lte 4g 870 - 2170 MHz

ANTENNA FOR MOBILE PHONE OPERATORS

Logarithmic TRI-BAND antenna, especially suitable for tunnel broadband coverage. Supplied with fiberglass radome.

AR1045.1 Log Periodic antenna 690÷2700 MHz Gain 12.5 dBi LTE - GSM 900 - GSM-R GSM1800 - DCS - UMTS - WI-FI

AR1045.1 Logarithmic broadband antenna High Gain, band 2G 3g 4G GSM-R umts dcs gsm lte 690-2700 MHz Protel

TELEPHONE REPEATER - MICRO REPEATER

Logarithmic periodic antenna for the telephone bands LTE-GSM-DCS-UMTS 690-2700 Mhz.

Extreme cleaning of radiation pattern and total absence of secondary lobes. Excellent for use in installations of telephone micro-repeaters and radio links

ARP700XZ 790÷960MHz 1710÷2700 MHz Gain 9.5 - 12 dBi LTE - GSM 900 - GSM-R GSM1800 - UMTS - WI-FI

ARO68913.2 antenna radio modem, micro repeater, anti-drone jammers

TELEPHONE REPEATER - MICRO REPEATER

High gain directional panel antenna for all 2G, 3G, 4G, LTE, GSM, EDGE, DCS and UMTS telephone mobile bands. The UPVC protective radome makes the antenna particularly suitable even in very difficult climatic areas.

ARO1037 690÷2700 MHz OMNIDIRECTIONAL BROADBAND ANTENNA LTE GSM GSM-R DCS1800 UMTS 5G WI-FI

PROTEL ARO1037 omnidirectional broadband antenna LTE UMTS GSM GSM-R DCS FRMCS 690 2700 MHz

TELEPHONE REPEATER - MICRO REPEATER

Broadband omnidirectional antenna for frequencies 690÷2700 MHz. The good impedance matching and excellent reliability across the entire operating band, allows this antenna to be used for all 2G-3G-4G-5G LTE UMTS GSM GSM-R FRMCS telephone services with 360° coverage.

ARO68913.5XZ 850÷3000 MHz Gain 3.5 dBi ULTRA WIDEBAND micro repeaters anti-drone jammers and anti-interception systems

ARP700XZ Directional Panel Antenna 790-960Mhz 1710-2700Mhz Protel High Gain, band 2G 3g 4G GSM-R umts dcs LTE GSM

MULTIBAND ANTENNA

Omnidirectional MULTIBAND antenna for frequencies 850 ÷ 3000 MHz for fixed or mobile uses, in combination with radio-modems, micro repeaters, anti-drone jammers and anti-interception systems.

Fiberglass protection radome.

ARP689416XZ Panel antenna 690÷960 MHz 1710÷2700 MHz Gain 7/8 dBi 2G - 3G - 4G - 5G - Wi-Fi

PROTEL ARP689416XZ Broadband Panel Antenna VH 690-2700MHz Indoor-Outdoor Rotatable Tiltable

ARP689416XZ is a compact broadband directional panel antenna for indoor/outdoor telecom coverage across 690–960 / 1710–2700 MHz. It offers switchable V/H polarization, a full radome design, and practical on-site aiming thanks to rotatable and tiltable mounting. Recommended for DAS (in-building coverage) and BTS donor / repeater applications where stable coverage and quick installation adjustments are needed.

ARP689417XZ Panel antenna 870÷960 MHz 1710÷2500 MHz Gain 7 dBi Gain 10 dBi GSM 900 - GSM-R GSM1800 - UMTS - WI-FI

ARP689417 directional Panel antenna High Gain, band 3g GSM-R umts dcs gsm lte 4g 698 - 960 MHz 1710 – 2700

CELLULAR ANTENNA

Directional MULTI-BAND panel antenna especially suitable for simultaneous GSM-DCS-UMTS-WIRELESS-LTE application in the 900/1710/2700 MHz bands. Bracket for wall or pole internal installation included.

ARO589XZ Omni antenna 700÷960 MHz 1710÷2700 MHz 3300÷3800 MHz Gain 3/4.5 dBi GSM 2G 3G 4G 5G WI-FI

ARO589XZ_ Omnidirectional indoor ultra slim antenna 700 3800 mhz 2G 3G 4G 5G protel

CELLULAR ANTENNA

Low profile indoor omnidirectional antenna. Designed to operate in all 2G/3G/4G/5G and wi-fi telephone bands. The thickness of only 8 mm, makes the antenna perfectly usable in all those situations where it is necessary to mask the broadcast antennas as much as possible within residential or hospitality structures.

GPS-PR1 GPS antenna 1558÷1605.89 MHz Gain 26/27 dBi GPS GLONASS GALILEO

Protel GPS-PR1 Antenna for receiving signals from GPS GLONASS GALILEO satellites

GPS GALILEO GLONASS ANTENNA

Antenna for receiving the L1 navigation signal transmitted by GPS, Glonass and Galileo satellites. The shape and construction of the entire antenna is perfectly waterproof and suitable for extreme weather conditions. The radome completely covers the entire antenna with a profile that prevents the accumulation of snow and completely protects the inside of the support pole and the power connector.

ARW100 Special fixing bracket Tunnel - High Speed

ARW100 Special Fixing Bracket TUNNEL and HIGH SPEED

Mounting support, designed for installations in railway tunnels or in underground lines with high-speed trains. It can also be used in situations where the antenna must remain immune to accidental displacements or oscillations. Clamp made of fiberglass reinforced also in the flame retardant version that does not compromise the electrical characteristics and the radiation pattern of the antenna on which it is mounted.

In multi-operator projects, the 660–3800 MHz range is often the “workhorse” for coverage plans that must combine multiple services in one installation: legacy and migration scenarios (2G/3G), high-capacity LTE/4G layers, and 5G expansions. In railway environments, the same infrastructure may support GSM-R today while preparing the path for FRMCS.

For tunnels and underground sites, antenna choice is usually driven by the geometry of the space and the deployment model: long straight sections, curves and junctions, cross-passages, technical niches, stations, underpasses and service corridors. Depending on the target area and link budget, a solution may involve high-gain directional antennas, broadband log-periodic designs, or compact directional panels for DAS and donor / repeater architectures (indoor and outdoor).

When required by the installation context, protection can be specified with a flame retardant fiberglass radome, supporting long-term reliability in harsh underground conditions (mechanical shocks, dust, humidity and maintenance operations).

For a broader overview of this frequency range and its main LTE / UMTS, 4G / 5G, Wi-Fi, DAS and tunnel applications, see the technical insight on multi-band antennas 660–3800 MHz for LTE, UMTS, 4G, 5G, Wi-Fi, DAS and tunnel coverage .

GSM-R / FRMCS
Railways / tunnels / high-speed / DAS

Frequently asked questions about 660-3800 MHz multi-band antennas

Below are common questions about selecting multi-band antennas for LTE/5G, GSM-R and FRMCS deployments in tunnels, underground areas and mixed indoor/outdoor coverage projects.

Which services are typically covered in the 660-3800 MHz range?

The range can include key cellular layers used worldwide for 2G/3G/4G LTE/5G, with specific configurations for GSM-R and the migration toward FRMCS in railway environments.

Why are multi-band antennas common in tunnels and underground installations?

Underground projects often require stable coverage for multiple operators and services with limited installation points. Multi-band solutions help reduce hardware count and simplify alignment while meeting coverage targets.

Which underground environments are typically addressed?

Road and motorway tunnels, railway tunnels, metro tunnels, underground stations, underpasses, service and utility tunnels, technical galleries, and underground car parks are common scenarios, each requiring tailored antenna patterns and mounting.

What is the role of donor antennas and DAS in this band range?

In donor/repeater and DAS architectures, directional and compact antennas are used to capture or distribute cellular signals for indoor and underground coverage, including technical rooms, basements and complex facilities.

When should a flame retardant fiberglass radome be specified?

When the installation environment requires enhanced protection and safety-oriented materials (typical in tunnels, metro areas and underground infrastructures), a flame retardant fiberglass radome option can be selected where available.

Which information is most useful to select the correct antenna?

Frequency bands/services to cover, site type (road/rail/metro tunnel, underground parking, etc.), installation points, required polarization (V/H or +/-45), link budget constraints, and the preferred architecture (direct coverage, donor/repeater, DAS).

660-3800 MHz Multi-Band Antennas for LTE/5G, GSM-R & FRMCS - Protel Antennas - Professional Antennas for Telecomunications

660-3800 MHz Multi-Band Antennas for LTE/5G, GSM-R & FRMCS

Frequently asked questions about 660-3800 MHz multi-band antennas

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