Panel Antennas · Directional RF & Cellular
Panel Antennas for Cellular, 5G and Sectorized Coverage
Flat, directional antennas that focus energy where you need it — sectorized base-station coverage, 5G/4G fixed wireless, MIMO links and point-to-multipoint. Single- and dual-polarized models from 600 MHz to 6 GHz, with OEM/ODM customization.
Browse panel antennas by type
A panel antenna is a directional antenna built from radiating elements over a reflector. The family splits into a few clear types — pick the one that matches your coverage job.
MIMO panelDual-polarized 2- and 4-port panels for 4×4 / 2×2 cellular & 5G FWA.
Wall-mount panelWideband directional panels for indoor/outdoor coverage and CPE.
Flat / patchCompact directional patch panels for point-to-point and embedded links.
Featured panel antennas
A selection across sector, MIMO and wall-mount panels. Every model is available for OEM/ODM band tuning, connector and branding options.
GL-DY1727S46513
- Frequency 1710–2700 MHz
- Gain 13 dBi
- Beamwidth 65° × 25°
- Ports 4 × 7/16 DIN, ±45°
GL-DY2327S6515
- Frequency 2300–2700 MHz
- Gain 15 dBi
- Beamwidth 65°
- Ports 2 × N-K
GL-DY2425V6517
- Frequency 2400–2500 MHz
- Gain 17 dBi
- Beamwidth 65°
- Ports N-K
GL-DY3338S6515
- Frequency 3300–3800 MHz
- Gain 15 dBi
- Beamwidth 65°
- Ports 2 × N-K
GL-DY7040VH7
- Frequency 698–4000 MHz
- Gain 6 / 7 / 8 dBi
- Type Wideband directional
- Mount Wall / pole
GL-DY2458S46517
- Frequency 2.4 / 5.15–5.85 GHz
- Ports 4 × N-K
- Type WLAN / ISM MIMO
- Use Dual-band links
Specification comparison
Match the band and coverage shape first, then gain and ports. Full datasheets are on each product page.
| Model | Type | Frequency | Gain | H-beamwidth | Ports / Pol. | Connector |
|---|---|---|---|---|---|---|
| GL-DY1727S46513 | 4×4 MIMO panel | 1710–2700 MHz | 13 dBi | 65° | 4 · ±45° | 7/16 DIN |
| GL-DY2327S6515 | Sector panel | 2300–2700 MHz | 15 dBi | 65° | 2 · dual | N-K |
| GL-DY2425V6517 | Sector panel | 2400–2500 MHz | 17 dBi | 65° | 1 | N-K |
| GL-DY3338S6515 | Sector panel (5G) | 3300–3800 MHz | 15 dBi | 65° | 2 · dual | N-K |
| GL-DY7040VH7 | Wall-mount panel | 698–4000 MHz | 6–8 dBi | Wide | Multi-band | N-K |
| GL-DY2458S46517 | MIMO panel (WLAN) | 2.4 / 5.8 GHz | — | Directional | 4 | N-K |
Sectorized coverage with sector panels
A sectorized site mounts several sector panels around one mast, each covering a 120°, 90° or 65° wedge, so the wedges tile into full 360° coverage with more capacity and interference control than a single omni. The panels come from the sector panel antenna range; the planning side (sector count, overlap, downtilt and polarization) is covered step by step in our sectorized antenna layout guide.
How to choose a panel antenna
Start with coverage shape, then match band, gain and polarization. Our engineering guides walk through the trade-offs.
Read the radiation pattern
Coverage shape — a point, an area or a 360° sector — decides beamwidth before gain does. See panel antenna radiation pattern explained.
Panel vs Yagi vs sector
For one focused link compare panel vs Yagi. For tiling a site into wedges, read our sectorized antenna guide.
Confirm band, gain & ports
Match every carrier band, set gain against beamwidth, and choose single or dual-slant ±45° for MIMO. Then check connector and mounting.
Applications
Custom & OEM/ODM panel antennas
As an RF antenna manufacturer we tune bands, gain, beamwidth, downtilt, connectors and branding in-house — with sampling, testing and mass production to RoHS, CE and ISO requirements. Send your bands, gain and environment and our engineers confirm feasibility, lead time and MOQ.
Get the right panel antenna for your network
Tell us your frequency bands, coverage geometry and MIMO requirement — we’ll recommend a model and quote it.
Directional link planning
Need gain and beamwidth matched to your link?
Tell us the link distance, target band, mounting height and coverage direction. We can help compare Yagi, panel, sector and LPDA antenna options.
Compare product configurations
Compare the exact model and its published specifications before requesting a sample or production quote. A connector or cable change must be confirmed for the selected model.
| Model | Frequency | Gain | Connector | Datasheet |
|---|---|---|---|---|
| GL-DY1727S46513 | 1710-2700 | 13 | 4×7/16DIN Female | |
| GL-DY2327S6515 | 2300-2700 | 15 dBi | — | |
| GL-DY2425V6517 | 2400-2500 | 17 | — | View model |
| GL-DY3338S6515 | 3300-3800 | 15 dBi | — | |
| GL-DY7040VH7 | 698-960 / 1710-2700 / 3400-4000 | 6 / 7 / 8 | — | |
| GL-DY2458S46517 | 2400-2500/5150-5850 | 14.5/17 | 4×N-K |
Values below are copied from the individual product records. Where a unit or value is not stated, consult the model datasheet before specifying the part.
Before ordering
- Match every required operating band, rather than relying only on a product-family name.
- Check connector gender, cable route, mounting space and the interface on your device.
- Use the exact model datasheet to confirm the test conditions and installation limits.
Select a standard model or discuss a change
For a standard configuration, send the model number and expected quantity. For a change, include the required band, enclosure space, cable length and connector. Sample availability, minimum order quantity and delivery are confirmed with the quotation.
Product catalogs and datasheets · Custom antenna manufacturing · OEM / ODM antenna development
Send the model, operating band and installation requirements. We will review the configuration and confirm pricing, samples and delivery for your project.Discuss your antenna requirements
