High-Speed Dual-Band MIMO Panel Antenna

• Customization: Available
• Gain: 14.5/17 dBi
• Material: ABS/PMMA
• Model NO.: GL-DY2458S46517
• Nature of Operation: Omnidirectional Antenna
• Operating Wavelength: Microwave
• Sturcture Form: Surface Antenna
• Usage: Communication Antenna
• Usage Occasion: Base Antenna
• VSWR: 1.5~2
• Qty/CTN: 20PCS
• Fob Port: Guangzhou
• MOQ: 10PCS
• Payment: Tt, Paypal, Wu
• Size: Light Weight, Small Size
• Directionality: Omnidirectional Antenna
• Base Antenna: Directional Antenna
• Dimensionality: One-Dimensional Antenna
• Transport Package: 20PCS/CTN CTN Size: 97*20*39.5cm
• Specification: 315*200*73mm
• Trademark: LEHENG
• Origin: China
• HS Code: 8529109090
• Production Capacity: 100PCS/Day
• Package Size: 97.00cm * 25.00cm * 39.50cm
• Package Gross Weight: 2.500kg

Product Description

Product Description

GL-DY2458S46517 – High-Gain Dual-Band MIMO Panel Antenna for Wi-Fi

The GL-DY2458S46517 is a high-performance, four-port MIMO panel antenna designed for long-range 2.4GHz (2400-2500MHz) and 5GHz (5150-5850MHz) Wi-Fi applications. With high gain up to 14.5 dBi (2.4GHz) and 17 dBi (5GHz), a narrow beamwidth (65°H/15°V and 7.5°V respectively), and excellent port isolation (≥25dB), it delivers focused, high-capacity wireless links for point-to-point or point-to-multipoint deployments. The antenna features a rugged UPVC radome, bottom-mounted N-K connectors, DC-ground lightning protection, and an adjustable mechanical tilt (0–12°). Built to operate from -40°C to +65°C, its robust design (500x167x55mm) makes it ideal for outdoor wireless backhaul, campus network coverage, and any application requiring directional, high-gain dual-band MIMO performance.

Specification

Electrical Specifications
Frequency Range-MHz	2400-2500/5150-5850
Polarization	±45°
VSWR	≤1.5 / ≤2.0
Gain-dBi	14.5/17
Horizontal beam width	65°
Verticalbeam width	15°/ 7.5°
Front-to-back ratio-dB	≥20
Isolation between ports-dB	≥25
Input Impedance-Ω	50
Maximum input power-W	50
Lightning protection	DC Ground
Mechanical Specifications
Input connector type	4×N-K
Connector place	Bottom
Dimensions-mm	500×167×55
Antenna weight-KGS	2.1
Radome material	UPVC
Radome color	Gray
Mechanical tilt	0~12°
Operating temperature	-40°C to +65 °C
Rated Wind Velocity-m/s	60
Mounting hardware-mm	φ35~φ75

Functional Advantages

Dual Band 2.4 5 GHz MIMO Panel Antenna

Supports 2400 2500 MHz and 5150 5850 MHz bands, providing dedicated dual band coverage for high performance WiFi 5/6 and enterprise WLAN systems.

High Gain with Focused Beam Coverage

Delivers 14.5 dBi gain (2.4 GHz) and 17 dBi gain (5 GHz) with narrow beamwidths (65° horizontal, 15°/7.5° vertical) for extended range and precise sector coverage.

High Isolation and Dual Polarization

Features ±45° dual polarization and ≥25 dB port isolation, minimizing interference and maximizing MIMO throughput in dense deployment scenarios.

Core Applications

Long Distance Point to Point Wireless Bridges
This high gain dual band MIMO panel antenna is designed for establishing reliable, high throughput wireless links over extended distances. Its directional beam and support for both 2.4 GHz and 5 GHz bands make it ideal for connecting buildings, surveillance cameras, or network segments across several kilometers.

Wireless ISP Backhaul and Base Station Connectivity
Suitable for Wireless Internet Service Providers requiring robust backhaul connections. The antenna's high gain and MIMO capability provide the necessary link budget and data capacity for connecting remote base stations or towers to the core network.

High Capacity Enterprise and Campus Network Links
Ideal for creating dedicated, high speed wireless connections between different buildings within a corporate campus, university, or hospital complex. The antenna ensures secure and stable data transmission for inter building networking.

FAQ

Q1: What is a MIMO antenna?
A: A MIMO (Multiple Input, Multiple Output) antenna system uses multiple antennas at both the transmitter and receiver to improve communication performance. It increases data throughput and signal reliability by transmitting multiple data streams simultaneously over the same frequency band.

Q2: How does MIMO improve wireless performance?
A: MIMO enhances performance through spatial diversity and spatial multiplexing, which help combat signal fading, reduce interference, and increase data rates without requiring additional bandwidth or transmission power.

Q3: How many antennas are typically used in a MIMO system?
A: Common configurations include 2x2, 3x3, 4x4, and 8x8 MIMO, where the first number represents transmitting antennas and the second represents receiving antennas. For example, 2x2 MIMO uses two antennas at both ends.

Q4: Do MIMO antennas require special configuration?
A: In most cases, MIMO functionality is automatically managed by the wireless device or router. Proper antenna placement and spacing are more important than software settings to achieve optimal performance.

Q5: How do I test MIMO antenna performance?
A: Performance can be evaluated using signal strength (RSSI), signal-to-noise ratio (SNR), throughput tests, and MIMO-specific metrics such as channel correlation. Professional site survey tools and built-in device diagnostics can also provide useful insights.