This high gain 10dBi multiband 4G log periodic antenna WH-4G-D10  is designed for 800MHz (2G / 4G), 900Mhz (4G), 1800MHz (3G / 4G), 2100MHz (4G) and 2600MHz (4G) frequency band and supports all established standards like GSM, 2G, 3G and 4G (800 / 900 / 1800 / 2100 / 2600).apply to 4G Routers with external SMA male(customized) antenna IP65 outdoor application plastic bag and indevidually box each antenna Easy install Pole Mounting Kit included.The antenna is designed for mast/pole installation. A mounting kit (angle bracket and u-clamp for 30-50mm diameter handles) is included. stainless steel bolts and washer for install

4G yagi antenna;11dbi high performance

9dBi SMA male 700x230mm Cellular & Wireless Video GSM/GPRS modules 900MHz spread spectrum Wireless I/O WS-900HZ Industrial Wireless Sensor Remote Oil Tank Monitoring Solution

12dbi yagi antenna N female 8element LPWAN, LoRA, IoT, M2M applications The whwireless WH-900MHz-YD12 High-Performance Yagi Antenna come with high gain with a wide 50° beam-width. It is ideally suited for directional applications in the 900GHz ISM and LPWAN bands as well as IoT and Point to Multi-Point communication. Typical applications include 900 MHz Wireless LAN, SCADA, LPWAN, LoRA, IoT, M2M, and 900 MHz Cellular.

12dBi N female 8 element RFID ID Badge&Security Systems RFID Badge and Access Control Solution

Log periodic antenna apply to 3G 4G LTE Wireless Router waterproof IP65

The WH-WIFI-07 WiFi 7 Outdoor Antenna is designed to deliver reliable wireless connectivity in demanding outdoor environments. As shown in the image, the antenna is installed on an industrial-grade IP67 outdoor router, providing stable and high-speed WiFi 7 signal coverage for smart cities, industrial IoT, surveillance systems, transportation networks, and remote communication applications. With a 5dBi high-gain omni-directional design, the WH-WIFI-07 ensures 360-degree wireless coverage, helping reduce dead zones and improve network performance. Its rugged construction supports IP67 waterproof and dustproof protection, UV resistance, and an operating temperature range of -40°C to +70°C, making it ideal for harsh weather conditions. The compact antenna features an N-Type connector for secure and low-loss signal transmission, ensuring long-term reliability in outdoor deployments. Whether used in industrial wireless routers, outdoor access points, or smart infrastructure projects, the WH-WIFI-07 antenna enhances WiFi 7 network stability, extends coverage range, and supports high-speed data communication where dependable outdoor wireless performance is essential. { "@context": "https://schema.org", "@type": "FAQPage", "mainEntity": [ { "@type": "Question", "name": "What are the main features of the WHWireless WiFi 7 WLAN Antenna?", "acceptedAnswer": { "@type": "Answer", "text": "The WHWireless WiFi 7 WLAN Antenna is designed for the IEEE 802.11be standard. It features tri-band support (2.4GHz, 5GHz, and 6GHz), enabling ultra-fast data transmission, high gain efficiency, and ultra-low latency. It is optimized to support 320 MHz channel widths and 4K QAM for maximum throughput." } }, { "@type": "Question", "name": "How does a WiFi 7 antenna perform differently than a WiFi 6 antenna?", "acceptedAnswer": { "@type": "Answer", "text": "Unlike WiFi 6, a WiFi 7 antenna fully utilizes the 6GHz spectrum and supports Multi-Link Operation (MLO). This allows devices to transmit and receive data simultaneously across multiple frequency bands (2.4GHz, 5GHz, and 6GHz), resulting in significantly lower latency, reduced interference, and much higher network capacity." } }, { "@type": "Question", "name": "What applications is the WiFi 7 WLAN Antenna best suited for?", "acceptedAnswer": { "@type": "Answer", "text": "This high-performance WiFi 7 antenna is ideal for enterprise wireless access points (APs), industrial IoT (Internet of Things) devices, high-end gaming routers, AR/VR headsets, and smart home networks that require massive bandwidth and real-time responsiveness." } }, { "@type": "Question", "name": "Is the WiFi 7 antenna backward compatible with older WiFi standards?", "acceptedAnswer": { "@type": "Answer", "text": "Yes, the WHWireless WiFi 7 WLAN Antenna is fully backward compatible with older wireless networking standards, including WiFi 6E, WiFi 6 (802.11ax), WiFi 5 (802.11ac), and WiFi 4 (802.11n). It will work seamlessly with your existing networking eq...

12dBi apply to lprs 5.8GHz wireless solution φ80x100 wlan yagi antenna wifi outdoor antenna

4G Log periodic antenna;11dbi high performance

The WHWIRELESS log periodic antenna WH-5G-D12is a key device for 5G signal coverage in the community. With a frequency range of 600-6000MHz and a gain of 12dBi, it can effectively transmit and receive 5G signals. In the community shown, it is installed on buildings and other structures. The N - female connector and 30cm cable make installation convenient. Its dimensions of 420X215X65mm ensure it can be properly placed without taking up excessive space. The antenna helps the 5G base station extend its coverage, enabling residents in the community to enjoy high - speed and stable 5G network services, whether they are at home, in public areas, or engaging in various activities.

5G/4G Log periodic antenna;12dbi 617-690/960-1710-2170 /2700/3800/4800MHz

WHWireless log periodic 4G 5G panel antenna solution designed for high-performance industrial and commercial wireless communication. The illustration presents a smart factory and infrastructure environment where WHWireless directional panel antennas are mounted on buildings to boost 4G LTE and 5G network coverage. Featured models include WH-5G-D10 (10 dBi gain) and WH-5G-D12 (12 dBi gain), supporting ultra-wide frequency bands 698–960 MHz, 1710–2700 MHz, 3500 MHz, and 3800–4800 MHz. These broadband log periodic antennas are engineered for outdoor signal enhancement, long-distance transmission, and interference reduction. Ideal applications include industrial IoT, smart factories, warehouses, private 5G networks, smart grids, and enterprise wireless systems. The blue signal waves highlight stable connectivity, high data throughput, and reliable performance. With compact panel design, weatherproof housing, and high efficiency, WHWireless antennas deliver dependable wireless solutions for modern 4G/5G industrial communication deployments.

14dbi yagi antenna N female 14element LPWAN, LoRA, IoT, M2M applications The whwireless WH-1900MHz-YD14 High-Performance Yagi Antenna come with high gain with a wide 50° beam-width. It is ideally suited for directional applications in the 1900GHz ISM and LPWAN bands as well as IoT and Point to Multi-Point communication. Typical applications include 1900 MHz Wireless LAN, SCADA, LPWAN, LoRA, IoT, M2M, and 900 MHz Cellular.

14dbi yagi antenna N female 14element LPWAN, LoRA, IoT, M2M applications The whwireless WH-900MHz-YD14 High-Performance Yagi Antenna come with high gain with a wide 50° beam-width. It is ideally suited for directional applications in the 900GHz ISM and LPWAN bands as well as IoT and Point to Multi-Point communication. Typical applications include 900 MHz Wireless LAN, SCADA, LPWAN, LoRA, IoT, M2M, and 900 MHz Cellular.

11dbi yagi antenna RP-TNC male 7element LPWAN, LoRA, IoT, M2M applications The whwireless WH-900MHz-YD11 High-Performance Yagi Antenna come with high gain with a wide 50° beam-width. It is ideally suited for directional applications in the 900GHz ISM and LPWAN bands as well as IoT and Point to Multi-Point communication. Typical applications include 900 MHz Wireless LAN, SCADA, LPWAN, LoRA, IoT, M2M, and 900 MHz Cellular.

WHWIRELESS 433MHz Yagi antenna with a gain of 12dBi, such as the WH-433-YD12 shown, operates at 433MHz. It has dimensions of 780X390X60mm and comes with a 5 - meter RG58 cable. In industrial settings, this antenna is highly effective. Its directional nature allows for focused signal transmission and reception, reducing interference. It can be used for wireless data communication between factory buildings, facilitating real - time monitoring of equipment, like sensors in the depicted industrial plant. The 12dBi gain enables it to extend the communication range, making it suitable for large - scale industrial areas, ensuring reliable connection for applications such as remote control of machinery and automated systems.