Core Product Features: High Frequency + High Gain, Fiberglass Material for Hardcore Durability

1. Electrical Characteristics: 5.8G High Frequency Specialization, New Benchmark for High-Speed Communication

• 5720-5950MHz High Frequency Coverage: Precisely covers the 5720-5950MHz high-frequency band, a core working band for 5G millimeter wave and Wi-Fi 6E, serving as an exclusive component for high-speed data transmission and large-bandwidth communication. This band supports 5G small cell blind spot compensation and outdoor high-density Wi-Fi 6E networking, enabling "gigabit-level speed and millisecond-level latency" communication experience, perfectly suitable for 5G industrial Internet and HD wireless monitoring scenarios sensitive to bandwidth and latency.
• 11dBi High Gain + Low VSWR, Maximum Signal Coverage: With a gain of 11dBi and vertical polarization design, the signal radiation intensity and transmission distance far exceed ordinary antennas (coverage distance increased by more than 50% in the same scenario); Voltage Standing Wave Ratio (V.S.W.R) is <1.6, combined with 50Ω standard input impedance, resulting in extremely low signal reflection loss and transmission efficiency close to the theoretical limit, ensuring "no packet loss in high-speed transmission and no false claims in long-distance communication" in the high-frequency band.
• 50W Power Capacity, No Pressure on Industrial-Grade Loads: With a power capacity of 50W, it can stably support 5G base station RF modules and high-power wireless APs. Even in extreme scenarios such as multi-device concurrency and high-traffic transmission (e.g., dozens of sensors connected to a 5G industrial gateway simultaneously), it can ensure "continuity and high stability" of signal transmission, meeting the "large load and high reliability" requirements of industrial-grade high-frequency communication.

2. Mechanical Characteristics: Fiberglass Material, Fully Adaptable to Outdoor Scenarios

• Fiberglass Material, Durable Against Extremes: Made of Fiberglass, it features high strength, corrosion resistance, and wind load resistance, and can work stably for a long time in extreme outdoor environments such as strong winds (wind speed ≥120km/h), acid rain, and UV exposure; the overall size is 600×32mm and the weight is 338.7g, with a compact structure but strong performance, serving as a reliable carrier for "high-frequency communication in harsh environments".
• N-Type Male Connector + Snap-In Installation, Deployment Efficiency Maximized: The connector type is N-Type Male (an industrial-grade standard interface for RF connections with low signal loss and high connection stability), supporting customized cable adaptation; the snap-in installation method allows for quick pole or bracket fixing, significantly reducing the deployment cycle of 5G base stations and outdoor wireless devices, and lowering engineering labor costs.

3. Environmental Characteristics: Wide Temperature Range + RoHS Compliance, No Dead Ends in Global Scenarios

• -45~+85℃ Ultra-Wide Temperature Range, Unlimited Global Deployment: It can work stably in extreme temperature environments such as northern winter (-40℃) and desert outdoor equipment (+70℃) without additional temperature control measures, serving as an "environmentally adaptive" communication component for polar 5G base stations and desert industrial monitoring equipment, truly achieving "global deployment and global reliability".
• RoHS Compliance, Smooth International Trade: Strictly complies with RoHS environmental regulations, free of harmful substances, meeting the global environmental access requirements for communication equipment, eliminating trade compliance barriers in markets such as Europe, America, and Asia-Pacific, and helping products quickly enter the global 5G infrastructure and wireless communication industry chains.

Core Advantages: King of High-Frequency Communication, Fiberglass Material Creates Outdoor Benchmark

1. 5.8G High Frequency + High Gain, Dual Breakthrough in Speed and Distance: A single antenna achieves the dual advantages of 5720-5950MHz high-frequency coverage and 11dBi high gain. In 5G industrial Internet scenarios, data transmission speed is increased by more than 40%, and communication distance is extended by 50%, becoming an industry benchmark for "long-distance and high-speed communication in high-frequency bands", helping customers' products establish a performance barrier in the 5G/ Wi-Fi 6E track.
2. Fiberglass Material + Industrial-Grade Interface, All-Round Performance in Outdoor Scenarios: Fiberglass material is corrosion-resistant and wind-load resistant, and the N-Type Male interface ensures high stability of RF connections. The combination of the two allows the antenna to work stably in extreme outdoor scenarios such as coastal salt spray, inland sandstorms, and plateau strong UV, solving the industry pain point of "easy damage and short lifespan of traditional high-frequency antennas in outdoor environments", and significantly reducing the operation and maintenance costs of outdoor communication equipment.
3. Wide Temperature Range + High Power, Unlimited Application Boundaries: The -45~+85℃ wide temperature range adapts to global climate zones, and 50W power supports industrial-grade loads. From 5G urban micro base station blind spot compensation to outdoor full-area Wi-Fi 6E coverage, from polar scientific research high-frequency communication to desert oilfield industrial monitoring, it operates stably in all scenarios, expanding the application boundaries of 5.8G high-frequency technology.

Multi-Industry Application Scenarios: Full-Field Value Release of 5.8G High Frequency

1. 5G Base Station Blind Spot Compensation: High-Speed Connection in Urban Corners, Suitable for outdoor blind spot compensation scenarios of 5G small cells, the high gain of the fiberglass antenna can extend 5G signals to urban building dead ends, underground passages and other areas that traditional base stations are difficult to reach; the N-Type Male interface seamlessly connects with base station RF modules, and 50W power capacity ensures a high-speed Internet experience for multi-user concurrency, helping operators achieve "no dead ends in 5G signals and no difference in user experience".
2. Wi-Fi 6E Outdoor Coverage: High-Speed Experience of Global Wireless, In outdoor scenarios such as commercial plazas, scenic spots, and industrial parks, as a supporting antenna for outdoor Wi-Fi 6E APs, the 11dBi high gain can achieve high-speed wireless coverage with a radius of more than 500 meters; the fiberglass material is UV-resistant and rain-resistant, ensuring long-term stable operation of equipment outdoors, allowing users to "have full signal and full speed" when watching HD live broadcasts in plazas and browsing short videos in scenic spots.
3. Industrial Wireless Monitoring: HD and Latency-Free Production Line Management, Matched with 5.8G industrial wireless monitoring equipment, in scenarios such as factory workshops and port terminals, the low-latency feature of the high-frequency band ensures that HD monitoring images are "transmitted in real time without lag"; the high gain allows monitoring signals to penetrate complex steel structures in workshops, realizing "real-time viewing of equipment status and immediate management of production abnormalities", promoting industrial monitoring from "wired constraints" to "wireless freedom".
4. Drone Communication: Reliable Link for Long-Distance Control, In scenarios such as drone inspection and logistics delivery, the 5720-5950MHz high-frequency band supports "high-speed image transmission and low-latency control" between drones and ground stations; the high gain and wind resistance of the fiberglass antenna allow drones to maintain stable communication during long-distance flights of more than 5 kilometers, ensuring complete transmission of inspection data and precise execution of logistics instructions.