When should I choose a Yagi antenna versus a panel antenna?

Yagi antennas are preferred when maximum gain and a narrower beam are needed for long corridors and point-to-point links. Panel antennas are often selected for compact installations and controlled coverage where a wider, more uniform pattern is required.

What does MIMO and dual polarization (+/-45°) provide in this band?

MIMO with dual polarization (+/-45°) supports modern LTE and 5G deployments by improving throughput and link stability, especially in reflective environments such as tunnels and underground infrastructures.

Wireless Yagi and Panel Antennas 2200-2700 MHz for LTE, 5G, Wi-Fi and WiMAX

Q: Can these antennas be used as donor antennas for repeaters or DAS?

Yes. Selected high-gain directional antennas in 2300-2700 MHz can be used as donor antennas to feed repeaters or DAS architectures, where controlled reception and strong directivity are needed to improve system stability.

Wireless Yagi and Panel Antennas 2200-2700 MHz for LTE, 5G, Wi-Fi and WiMAX

2300 - 5850 MHz

Wireless antennas 2200-2700 MHz (Yagi, panel and MIMO) for LTE and 5G capacity layers, Wi-Fi/WLAN and WiMAX services. High-gain solutions engineered for critical infrastructures such as railway tunnels, motorway and road tunnels and metro tunnels, including portals and radio corridors.

AR1030XZ Yagi antenna 2400÷2500 MHz Gain 18 dBi WIRELESS

AR1030XZ High gain yagi directional antenna for 2400 MHz Wireless Band 18 dBi

High gain directional antenna for 2400 MHz Wireless Band with radome, sturdy, low air resistance. Especially suitable for point-to-point con- nection, tunnels coverage, highways.

ARB9210 Yagi antenna 2300÷2600 MHz Gain 10 dBi +/- 45° MIMO 2 CONNECTORS WIRELESS

ARB9210 MIMO Directional antennas with double independent feeding +- 45° 2300 - 2600 MHz 10 dBi

BROADBAND SPECIAL DIRECTIONAL ANTENNAS TYPE ARB9210

Directional antennas with double independent feeding and possibility of using both polarization at the same time, especially suitable for tunnels coverage.

ARB91816.1 Yagi antenna 2300÷2690 MHz Gain 16 dBi +/- 45° MIMO 2 CONNECTORS WIRWLESS

ARB91816.1 Independent Dual Feed Directional MIMO Yagi Antenna +-45° 2300 2690 MHz 16dBi

BROADBAND SPECIAL DIRECTIONAL ANTENNAS TYPE ARB91816

Directional antenna with high gain broadband 5G-4G-LTE-IMT‑E-WCS-MMDS-WIRELESS BAND-30-38-40-41-53-69-n7-n30-n38-n41-n90-2300÷2700 MHz with +/-45° polarization. All parts of the antenna are electrically grounded. Specially used for radio coverage in motorway, railway, underground tunnels and point to point radio link. Suitable for MIMO systems.

ARB92417.1 Yagi antenna 2300÷2690 MHz Gain 18 dBi +/- 45° MIMO 2 CONNECTORS WIRELESS

ARB92417.1 Independent Dual Feed Directional MIMO Yagi Antenna +-45° 2300 2690 MHz 18dBi

BROADBAND SPECIAL DIRECTIONAL ANTENNAS TYPE ARB92417

Directional antenna with high gain broadband 5G-4G-LTE-IMT‑E-WCS-MMDS-WIRELESS BAND-30-38-40-41-53-69-n7-n30-n38-n41-n90-2300÷2700 MHz with +/-45° polarization. All parts of the antenna are electrically grounded. Specially used for radio coverage in motorway, railway, underground tunnels and point to point radio link. Suitable for MIMO systems.

AR1031.1 Log Periodic antenna 700÷960 MHz 1710÷2700 MHz Gain 900 MHz 7 dBi Gain 1800 MHz 8 dBi Gain 2100 MHz 9.5 dBi LTE - GSM 900 - GSM-R GSM1800 - UMTS - WI-FI

AR1031.1 Logarithmic broadband antenna High Gain, band 3g GSM-R umts dcs gsm lte 4g 700 - 960 MHz 1710 - 2700 MHz

CELLULAR ANTENNA

Logarithmic broadband antenna to be used for LTE/GSM/DCS/UMTS/WIRELESS services. For microcells and repeaters. The fiberglass radome allows to use the antenna even in severe weather conditions.

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

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

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.

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.

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.

2300-2700 MHz: services, use cases and tunnel-driven design criteria

The 2300-2700 MHz range is widely adopted worldwide for wireless broadband: it is commonly used for LTE/TD-LTE capacity layers, private LTE/5G networks, and legacy or regional WiMAX deployments. In parallel, adjacent wireless applications such as Wi-Fi/WLAN (especially around 2.4 GHz) are frequently integrated into the same engineered infrastructures to deliver hotspot services, operational connectivity and industrial links.

In tunnel projects, performance is not only about frequency: the key is controlled radiation and repeatable coverage along confined corridors. High-gain directional antennas help shape stable radio corridors in railway tunnels, motorway and road tunnels and metro tunnels, supporting portals and transition areas (end-over / pick-up points) where precise control of the serving zone is required.

High gain and directivity to extend coverage and improve link robustness in reflective environments.
MIMO / dual polarization (+/-45°) to support modern LTE and 5G architectures where throughput and stability are priorities.
Donor antenna role for repeater or DAS systems, where controlled reception reduces unwanted coupling and improves system stability.
Mechanical protection with fiberglass radomes and, where required by specifications, flame retardant options for critical infrastructures.

This catalog groups solutions typically selected by system integrators and operators for wireless coverage, tunnel corridors and broadband radio links in the 2200-2700 MHz range.

For a broader overview of this frequency range and its main LTE, WiMAX, Wi-Fi and broadband radio applications, see the technical insight on microwave and wireless antennas 2300-5850 MHz for LTE, WiMAX, Wi-Fi and broadband links .

Frequently asked questions about 2200-2700 MHz wireless antennas

Quick answers for system designers and integrators working with LTE/5G, Wi-Fi/WLAN and WiMAX deployments in tunnel environments and broadband radio links.

Which services typically use the 2300-2700 MHz band?

Depending on national allocations, 2300-2700 MHz is widely used for LTE/TD-LTE capacity layers, private LTE/5G networks, WiMAX deployments and wireless broadband links. Adjacent 2.4 GHz services are also commonly used for Wi-Fi/WLAN and ISM applications in industrial and public environments.

Why are high-gain directional antennas important for tunnels?

In railway, motorway, road and metro tunnels, directional control helps create stable radio corridors, reduces unpredictable reflections and improves link robustness. High gain supports longer sections and more repeatable coverage at portals and transition zones.

Yagi or panel: how do I choose?

Choose a Yagi when maximum gain and a narrower beam are needed for long corridors and point-to-point links. Choose a panel when you need a compact solution with controlled coverage and an easier mechanical integration on walls or masts.

What does MIMO / dual polarization (+/-45°) provide in this band?

Dual polarization (+/-45°) supports MIMO operation, improving throughput and stability for LTE and 5G deployments. It is particularly valuable in reflective environments such as tunnels and underground infrastructures where multipath is significant.

Can these antennas be used as donor antennas for repeaters or DAS?

Yes. Selected high-gain directional antennas can be used as donor antennas to feed repeaters or DAS architectures, where controlled reception and strong directivity improve system stability and reduce unwanted coupling.

Do you offer protective radomes for harsh environments?

Many solutions can be equipped with fiberglass radomes. When required by technical specifications, flame retardant radome options can be selected for installations in critical infrastructures.

Wireless Yagi and Panel Antennas 2200-2700 MHz for LTE, 5G, Wi-Fi and WiMAX - Protel Antennas - Professional Antennas for Telecomunications

Wireless Yagi and Panel Antennas 2200-2700 MHz for LTE, 5G, Wi-Fi and WiMAX

2300-2700 MHz: services, use cases and tunnel-driven design criteria

Frequently asked questions about 2200-2700 MHz wireless antennas

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