GL-DY1727S46513 1.71-2.7GHz 4×7/16DIN Female Mimo Antenna

The GL-DY1727S46513 is a 4×4 MIMO directional panel antenna for 1.71–2.7 GHz, delivering 13 dBi gain with ±45° dual-slant polarization across four 7/16 DIN ports. It concentrates energy into a 65° horizontal by 25° vertical beam and rejects backward signal at ≥25 dB front-to-back, so it pulls clean, high-throughput cellular links from a known base station. It is built for 4G LTE and 5G mid-band fixed wireless, base-station MIMO, and 2G/3G/WLAN systems within the 1.71–2.7 GHz range.

What this antenna is for

This high-gain directional panel antenna suits operators and integrators that need stable, high-throughput cellular links at a fixed location:

• 4G LTE and 5G NR mid-band (1.71–2.7 GHz) fixed wireless access and CPE
• Base-station 4×4 MIMO sectorized coverage with ±45° dual-slant ports
• 2G/3G, WLAN/WiFi (2.4 GHz edge) multi-system links within band
• Industrial routers and gateways that expose four antenna ports

If your radio has four ports and you need to reach a tower in the 1.71–2.7 GHz range, this directional panel is the right form factor. For background, see what is a 5G MIMO antenna.

Why a 4×4 MIMO panel antenna

A single antenna carries a single stream. MIMO uses multiple antennas and polarizations to send several data streams at once over the same channel, raising throughput and resilience to fading. This panel packs four ±45° polarization-diverse elements into one directional housing, so you get:

• Higher throughput from four spatial streams instead of one or two.
• Better link stability because ±45° dual-slant diversity rides out multipath and fading.
• Directional gain (13 dBi, 65°×25° beam) that pulls a usable signal from a distant tower.
• One clean install instead of mounting and aligning four separate antennas.

For how the directional pattern concentrates energy toward the tower, see the radiation pattern of a directional panel antenna.

Applications

• 4G LTE / 5G mid-band fixed wireless access (FWA) and CPE
• Base-station 4×4 MIMO sector coverage (1.71–2.7 GHz)
• Industrial cellular routers and M2M gateways
• 2G/3G and WLAN multi-system links within band
• Rural and edge-of-coverage installations

How to choose and what to confirm before ordering

1. Match the bands. This panel covers 1710–2700 MHz. Confirm your carrier’s bands fall in that range; for low band or 3.5 GHz C-band, choose a different model or request a custom build.
2. Check the ports and connectors. Four 7/16 DIN female ports suit base-station radios; confirm your radio’s connector and add jumpers if needed.
3. Confirm polarization. ±45° dual-slant is standard for 4×4 MIMO and diversity — this panel provides it.
4. Set gain against beamwidth. 13 dBi with a 65°×25° beam is a sector-style coverage shape; aim it at the tower and use the 0–12° downtilt to manage overshoot.
5. Confirm environment. Outdoor UPVC radome, −40°C to +65°C, 60 m/s wind. Confirm the mounting hardware for your pole.

Comparing form factors? See panel antenna vs Yagi antenna and best 5G MIMO antenna.

Related MIMO and panel antennas

• GL-DY2458S46517 4×4 MIMO Antenna — 2400–2500 / 5150–5850 MHz, four ports (2.4/5.8 GHz WLAN).
• GL-DY2327S6515 Sector Panel — 2300–2700 MHz, 15 dBi, dual N-K.
• GL-DY3338S6515 Sector Panel — 3300–3800 MHz, 15 dBi (5G C-band).
• All MIMO antennas · Sector panel antennas

Custom and OEM/ODM options

We support custom band tuning, gain, beamwidth, connectors, and OEM/ODM branding, with in-house sampling, testing, and mass production to RoHS, CE, and ISO requirements. Send your target bands, gain, connector, and environmental requirements, and our engineering team will confirm feasibility, lead time, and MOQ. Send your requirements.

FAQ

What is a 4×4 MIMO panel antenna?

A 4×4 MIMO panel antenna is a directional, dual-polarized antenna with four ports that feed four MIMO streams. The GL-DY1727S46513 combines 13 dBi directional gain toward a cell tower with ±45° polarization diversity, which raises throughput and link stability for 4G/5G mid-band connections.

What bands does the GL-DY1727S46513 cover?

It covers 1710–2700 MHz, which includes 4G LTE mid-bands and 5G NR mid-bands such as n1/n3/n7/n38/n40/n41, plus 2G/3G and 2.4 GHz WLAN within range. For 600–960 MHz low band or 3.3–3.8 GHz C-band, choose a different model or a custom build.

Do I need a 4×4 antenna or is 2×2 enough?

If your radio has four ports and supports 4×4 MIMO, a 4×4 antenna uses all four streams for higher throughput. If your device has only two ports, a 2×2 antenna is enough. Match the antenna to the radio’s port count.

How is a directional panel antenna different from an omnidirectional one?

A directional panel like this one focuses 13 dBi into a 65°×25° beam aimed at the tower, pulling a stronger, cleaner signal from one direction. An omnidirectional antenna covers all directions at lower gain. For a fixed link to a known tower, the directional panel performs better. See panel antenna vs Yagi antenna.

Request a quote

Tell us your carrier bands, location, and radio model, and our engineering team will confirm fit and quote the GL-DY1727S46513 or a custom 4×4 MIMO panel.

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