Core Product Features: 700-2700MHz Full Band Coverage, High Gain & Reliability

1. Electrical Characteristics: Multi-Standard Cellular Network Compatibility, Efficient & Stable Signal Transmission

• 700-2700MHz Ultra-Wide Band Coverage: Precisely covers the 700-2700MHz full mainstream cellular communication bands, compatible with 2G, 3G, 4G, and 5G (Sub-6GHz) multi-standard networks. It is the core component for "one antenna, multiple networks" in communication base stations, enabling adaptation to different generations of cellular technologies without replacing the antenna, significantly simplifying the frequency band configuration complexity of base station equipment.
• Low VSWR + High Gain Ensure Signal Quality: Voltage Standing Wave Ratio (V.S.W.R) is <2, combined with 50Ω standard input impedance to significantly reduce signal reflection loss; 2.8dBi gain with vertical polarization design effectively enhances signal radiation intensity and coverage distance. In dense urban building areas and suburban wide-area coverage scenarios, it can improve the wall-penetrating ability of base station signals and communication stability in edge areas.
• 50W High Power Capacity for Base Station High Load: With a power capacity of 50W, it supports high-power signal transmission of base station RF modules. Even in scenarios with multi-user concurrency and high-speed data transmission (such as 5G high-traffic scenarios), it can ensure the continuity and stability of signal transmission, meeting the "high bandwidth, high concurrency" communication requirements of modern cellular networks.

2. Mechanical Characteristics: Universal Interface + Convenient Installation, Robust Structure for Easy Deployment

• Standardized Interface and Cable, Full Compatibility: Adopts SMA Male universal interface, compatible with most base station RF modules; equipped with RG174 low-loss cable with a length of 1300mm, which can flexibly adapt to the installation layout of base station equipment, reducing wiring difficulty and signal transmission loss.
• ABS Material + Snap-In Installation, Durable and Convenient: The main body is made of ABS engineering plastic, which is impact-resistant and corrosion-resistant, and can operate stably outdoors for a long time in harsh environments (such as sandstorms and acid rain); snap-in installation method, combined with a compact size of 235×62mm and a lightweight design of 400g, facilitates construction personnel to quickly complete pole-mounted and pole-mounted installation of the antenna, significantly shortening the base station deployment cycle.

3. Environmental Characteristics: Full Protection Design, Stable Operation in Extreme Environments

• IP Waterproof Compliance + RoHS Environmental Dual Certification: Passes professional waterproof certification, and can work reliably in rainy, snowy, and humid environments; strictly complies with RoHS regulations, free of harmful substances, meeting the environmental access requirements of communication equipment, and suitable for the compliance requirements of global base station projects.
• -45~+85℃ Ultra-Wide Temperature Range: It can operate stably in extreme climates such as extreme cold (e.g., northern winter -40℃) and high temperature (e.g., desert area +70℃) without additional temperature control measures. It is an "environment-unrestricted" communication component for high-altitude base stations, polar communication stations, and tropical area base stations.

Core Advantages: Multi-Scenario Adaptation, Cost Reduction and Efficiency Enhancement for Communication Infrastructure

1. Multi-Band Compatibility, Simplify Base Station Equipment Architecture: A single antenna covers the entire 700-2700MHz cellular band, reducing the number of antennas required for base stations, lowering equipment procurement, installation, and maintenance costs, especially suitable for operators' "multi-network convergence" base station upgrade projects.
2. High Gain + Low VSWR, Improve Network Coverage and Quality: 2.8dBi gain enhances signal radiation range, and VSWR <2 reduces signal loss, which can expand the coverage radius of a single base station (e.g., coverage increased by more than 20% in suburban scenarios), while improving the communication rate and stability of edge users, helping operators optimize network KPIs.
3. Universal Interface + Convenient Installation, Leading Deployment Efficiency: The standardized design of SMA Male interface and RG174 cable is compatible with mainstream base station equipment; the snap-in installation method does not require complex tools, and installation and commissioning can be completed quickly, significantly shortening the base station construction cycle and accelerating the large-scale deployment of 5G networks.
4. Robust and Durable + Wide Temperature Adaptation, Low Total Cost of Ownership: ABS material and waterproof design ensure long-term outdoor operation, and the -45~+85℃ wide temperature range is suitable for global climate zones, reducing the frequency of maintenance due to environmental failures and lowering the full-life cycle operation and maintenance costs of base stations.

Multi-Industry Application Scenarios: Covering All Infrastructure Needs of Cellular Communication

1. Macro/Micro Base Stations: Wide-Area and Deep Coverage, Suitable for urban macro base stations (providing wide-area 5G coverage) and suburban micro base stations (filling signal blind spots). The 700-2700MHz full-band coverage can carry 2G/4G/5G services simultaneously, meeting the operational needs of "one network, multiple services"; the high-gain feature can expand the coverage radius of a single base station, reducing the number of base station sites and construction costs for operators.
2. Indoor Distribution System: Deep Building Coverage, In indoor scenarios such as office buildings, shopping malls, and underground parking lots, as the outdoor receiving end of the distributed antenna system, it receives outdoor base station signals through high gain and distributes them through indoor antennas, solving problems such as weak 5G signals and frequent handovers in buildings, and improving users' indoor communication experience (such as smooth HD video calls and VR services).
3. Remote/Industrial Scenarios: Communication Blind Spot Compensation and Private Network, In cellular signal weak areas such as mining areas, farms, and islands, deploying this antenna can quickly build communication base stations to achieve blind spot coverage of 2G/4G/5G signals, ensuring basic communication and IoT needs in remote areas (such as smart meter reading and environmental monitoring data backhaul); it can also be used as a base station antenna for industrial private networks (such as 5G+Industrial Internet) to support low-latency and high-reliability communication for industrial equipment.
4. Emergency Communication: Disaster Recovery and Temporary Networking, When communication is interrupted due to disasters such as earthquakes and floods, temporary base stations equipped with this antenna can be quickly deployed. Using its wide-band compatibility feature, it can restore multi-standard communications such as 2G (voice) and 4G/5G (data), providing a stable communication link for rescue command and disaster reporting.