JML Super Base Station

The JML Super Base Station differs from traditional base stations, showcasing significant advantages in frequency utilization, transmission capability, mobility, and network characteristics.

Traditional base stations typically only support specific frequency bands, have limited transmission distance, and are weak in functions such as network self-organization and mobility. In contrast, the JML super base station can automatically hop between 2.5G/5G/6G to effectively avoid network congestion; its one-way (45° azimuth) signal transmission distance reaches 5 kilometers; the network enables free mobility to provide instant services; it features self-organizing and configurable network functions, physically shields network intrusions, and eliminates the need for optical fibers, greatly reducing civil engineering costs.

Product Features

(1) Frequency and Transmission Advantages

Intelligent Frequency Hopping for Congestion Resistance: Capable of automatic frequency hopping between 2.5G/5G/6G. When a frequency band is congested, it quickly switches to other bands to ensure smooth communication. This feature is particularly effective in densely populated areas with high network demand, such as large event venues and urban commercial centers. For example, around a concert venue where many audiences use their phones simultaneously, the network is prone to congestion. The JML super base station ensures smooth live streaming, photo sharing, and other operations via automatic frequency hopping.

Long-Distance Transmission: The one-way (45° azimuth) signal transmission distance reaches 5 kilometers, far exceeding traditional base stations. In remote mountainous areas and sparsely populated rural regions where traditional base stations struggle to provide full coverage, the JML super base station's long-distance transmission capability effectively solves communication challenges, offering stable network services to local residents.

Multi-Network Support: Fully supports 4G, 5G, 6G, and Wifi7, meeting access needs for different user devices and network environments. Both legacy 4G devices and advanced 6G/Wifi7 devices can stably connect within the base station's coverage.

(2) Mobility and Power Supply Flexibility

Instant Mobile Network Services: The network supports free mobility. When installed on moving carriers like vehicles or ships, it provides real-time network services during movement. For instance, on an ambulance, medical staff can upload patients’ condition data in real time via the base station’s network for remote consultations with hospital experts, saving rescue time.

Diversified Power Supply Modes: Supports solar power, battery, or mains power. In scenarios without mains access, such as wilderness expeditions or emergency rescues, solar or battery power keeps the base station running. During natural disasters causing power outages, switching to solar or battery power ensures continuous communication.

(3) Excellent Performance Indicators

High Downlink Rate: The downlink rate reaches 2.2 Gbps, enabling rapid transmission of large data volumes. Users can download HD movies, large games, and other large files in short time, and watch HD videos without 卡顿 (lag).

Low Power Consumption Design: Power consumption is less than 36W, significantly reducing energy consumption compared to traditional base stations. This not only cuts operational costs but also aligns with energy-saving and environmental protection concepts. For large-scale base station deployments, low power consumption reduces energy use and environmental impact.

(4) Powerful Network Characteristics

1.Self-Organization and Intrusion Shielding: Features self-organizing and configurable network functions to automatically identify and connect to surrounding devices, quickly building a network. Meanwhile, it physically shields network intrusions using advanced encryption technologies and protection mechanisms, effectively defending against cyber threats like hacker attacks and malware intrusions to ensure network security.

2.MESH Cascading Networking and Seamless Roaming: Supports MESH cascading networking, where multiple base stations connect to expand coverage. Users experience seamless roaming between base stations during movement without network interruptions or signal degradation. In cities, when moving from one block to another across multiple JML super base station coverage areas, users maintain stable network connections.

3.Beamforming for Performance Enhancement: Utilizes beamforming technology to automatically adjust signal transmission direction and intensity based on user device location and signal needs. In crowded places, it effectively improves signal quality, reduces interference, increases transmission distance, and ensures each user enjoys a good network experience.

4.Wide Coverage and Azimuth Advantage: Single base station coverage reaches 5 kilometers (azimuth: horizontal 90°/ vertical 30°). The large coverage and rational azimuth design enable wide-area network coverage with fewer base stations, reducing construction costs. In suburban areas and industrial parks, rational deployment of JML super base stations achieves efficient network coverage.

5.Self-Healing Network for Stability: Features self-healing network capability. When a network node fails, it automatically detects and dynamically reconfigures the network. Through backup paths and redundant designs, it ensures communication remains unaffected, maintaining network stability and reliability. If a base station hardware fails or is damaged by natural disasters, surrounding base stations automatically adjust network connections to ensure normal communication services in the area.

Hardware Configuration Details

1.Processor and Memory: Adopts a quad-core ARM Cortex A53@1.0GHz processor, paired with 64MB Flash and 2GB DDR3 memory. This configuration ensures the base station runs efficiently, processes massive network data requests quickly, and stably supports numerous user devices connecting simultaneously.

2.Interface Settings: Equipped with 1 adaptive Gigabit Ethernet LAN port for convenient wired connection to other network devices and function expansion; 1 5G SIM card slot for accessing 5G networks and providing stable mobile network services.

3.Environmental Adaptability:

Operating temperature: -45℃ to 80℃

Storage temperature: 0℃ to 20℃

Humidity: 15%~95% (non-condensing)

It operates normally in harsh environments like extreme cold, high heat, and high humidity, adapting to various complex climatic conditions and geographical environments worldwide.

Dimensions: 300×216×70mm

Weight: Less than 3.5kg

Compact and lightweight for easy installation and transportation.