Antennas
Professional Wi-Fi, 4G LTE and 5G antennas
Build the RF link around the real operating band, coverage geometry and connector—not a vague “high-gain” label. The 524WiFi™ range covers compact embedded antennas, ceiling and outdoor omnidirectional models, directional panels and parabolic links, MIMO arrays, cellular antennas and the cables needed to connect them correctly.
- Wi-Fi coverage across 2.4, 5 and 6 GHz, including Wi-Fi 6E and Wi-Fi 7 designs.
- 4G LTE and 5G Sub-6 options spanning product families from 410 MHz to 6000 MHz.
- Single-port, 2x2, 3x3, 4x4 and 6x6 MIMO configurations for matching radio architecture.
- Directional gain for point-to-point links, omnidirectional coverage for surrounding clients, plus ceiling and embedded formats.
- SMA, RP-SMA, N, MMCX, MHF4 and U.FL connectivity with dedicated RF pigtails, coaxial cables and splitters.
524WiFi™ Signal Plus™
Signal Plus™ is our engineering-led selection standard: the antenna must match the required frequency band, polarization, connector and installation, while the feed path is kept as short and low-loss as practical. A correctly matched passive antenna supports both transmitting and receiving through the same RF path; Signal Plus™ is not an active amplifier and does not claim to create transmitter power.
-
524WiFi™ Outdoor 4G LTE/5G Directional Panel Antenna, 4x4 MIMO, 617-4200 MHz, 9 dBi, 4x N Female
$99.00524WiFi Signal Plus™: specified for bidirectional receive and transmit performance with 4x4 MIMO with ±45° polarization, 5 / 7 / 8 / 9 dBi documented gain, Front-to-back ratio ≥18 dB.
A wideband directional panel antenna for 4x4 MIMO cellular routers and gateways. Four cross-polarized elements focus reception and transmission toward the serving site across key 4G LTE and sub-6 GHz 5G bands from 617 to 4200 MHz.
- Wideband 617-4200 MHz coverage across four frequency groups
- 4x4 MIMO with four ±45° cross-polarized elements
- Gain increasing from 5 dBi to 9 dBi across the supported bands
- 80° ±8° horizontal and 65° ±5° vertical beamwidth
- Four fixed N-female ports for low-loss external feeder cables
Model: 524WIFI-TPC-0642-9BX
Learn More
-
524WiFi 6 DR6G17 17dBi Dual Polarized Micro strip Antenna Array 6-7GHz MMCX connector 802.3 11BE/AX/AC/AN, RoHS compliance,
$49.90Feature
Work frequency from 5.9GHz to 7.3GHz
-
With stable gain up to 16.5 dBi
-
Dual polarized antenna array
-
MMCX connector
-
Support WIFI 6E & WIFI7
-
RoHS compliance
Application
-
6 GHz Wireless Communication
-
WLAN device, WLAN Router, e. g. , AP, PIC Wireless Card
Lead time is 3-4 weeks now
Learn More
-
-
524WiFi™ High-Gain Wi-Fi 6E Directional Panel Antenna, 2x2 MIMO, 2.4/5/6 GHz, 10/13 dBi, 2x N Female
$45.00524WiFi Signal Plus™: specified for bidirectional receive and transmit performance with 2x2 MIMO: vertical + horizontal, 10 / 13 dBi documented gain, Front-to-back ratio ≥25 dB.
A two-port directional panel antenna for high-gain 2x2 MIMO Wi-Fi links. Its vertical and horizontal elements focus RF energy toward the target area, supporting 2.4 GHz and the extended 4.9-7.125 GHz range in a compact outdoor housing.
- 2x2 MIMO with one vertical and one horizontal element
- 10 dBi gain at 2.4 GHz and 13 dBi at 4.9-7.125 GHz
- Focused 55°/44° horizontal and 50°/40° vertical beamwidth
- At least 25 dB front-to-back ratio and 28 dB port isolation
- Two fixed N-female antenna ports
Model: 524WIFI-TPC-2472-13D
Learn More
-
524WiFi™ High-Gain Wi-Fi 6E Directional Panel Antenna, 4x4 MIMO, 2.4/5/6 GHz, 10/13 dBi, 4x N Female
$59.90524WiFi Signal Plus™: specified for bidirectional receive and transmit performance with 4x4 MIMO: 2 vertical + 2 horizontal, 10 / 13 dBi documented gain, Front-to-back ratio ≥25 dB.
A compact high-gain directional panel antenna for 4x4 MIMO Wi-Fi links and focused sector coverage. Four fixed N-female ports feed two vertical and two horizontal elements, helping a compatible radio use spatial diversity across 2.4 GHz and 4.9-7.125 GHz.
- 4x4 MIMO architecture with four fixed N-female ports
- 10 dBi gain at 2.4 GHz and 13 dBi at 4.9-7.125 GHz
- Two vertical and two horizontal polarizations
- Focused 55°/44° horizontal and 50°/40° vertical beamwidth
- At least 25 dB front-to-back ratio and 28 dB port isolation
Model: 524WIFI-TPC-2472-13BD
Learn More
-
DR5G17 17dBi Dual Polarized Micro strip Antenna Array 5GHz MMCX connector 802.3 11AX/AC/AN RoHS compliance, Wallys
$27.001. Feature * 17dBi Dual Polarized Micro strip Antenna Array * 5GHz of frequency * MMCX connector * Support 802.3 11AX/AC/AN * RoHS compliance 2. Application * 5GHz Wireless Communication * WLAN device, WLAN Router, e.g., AP, PIC Wireless Card 3. Description This antenna array is designed for 5GHz applications and can be easily built-in portable devices with MHF processes. It has excellent stability and sensitivity to consistently provide high signal reception efficiency. Learn More
-
WiFi 5 5N17 5GHZ 17dBi DUAL-POLARIZATION ANTENNA for 11ac wifi, 2*2 MIMO, COMPEX
$15.00COMPEX 5N17 5GHZ 17DBI DUAL-POLARIZATION ANTENNA element with 2*ufl
- 5.1 ~ 5.9 GHz
- 17 dBi Dual-Polarization
- 2x U.FL
- -40dB Isolation
- Antenna element + metal plate, also available in Weatherproof Enclosure (MJE-5N17 - optional)
-
Jirous Sector / Panel antenna JPC-13 Duplex MIMO 5GHz
$29.90Panel antenna JPC-13 Duplex - MIMO 5GHz JPC-13 Duplex Diagram JPC-13 Plane EJPC-13 Plane H Usage: outdoor and indoor usage client antenna for short distance link point-point for very short distance you can count attainable distance from section of calculation Technical parameters Frequency range 5,15 - 5,85 GHz Gain 12 dBi ±0,6 VSWR ≤ 1,5 Sidelobe level -15 dB Front to back ratio ≥ 38 dB Beamwith-3 dB 30° Connector N - Female Size 124 x 326 x 25 mm Polarization horizontal and vertical Instalation for mast ø 19 - 54 mm Cover UV steady plastic ABS Back Sheet metal from aluminium alloy + galvanic coating + baking colour More fotos JPC-13 DuplexJPC-13 DuplexJPC-13 DuplexJPC-13 DuplexJPC-13 Duplex Learn More
-
JIROUS Panel antenna JPC-13 5GHz 13dBi
$19.90Panel antenna JPC-13
Usage:perfect panel antenna for demanding users
Learn More
outdoor and indoor usage
client antenna for short distance
link point-point for short distance
you can count attainable distance from section of calculation

