Core Product Features: 470MHz Narrowband Specialization, Flexible & Customizable Integration

1. Electrical Characteristics: Efficient and Stable Narrowband Communication

• 470MHz Narrowband Precise Coverage: Focuses on the 470MHz exclusive narrowband frequency band for industrial IoT, which features "strong penetration, low interference, and long communication distance". It is the "communication core component" for industrial monitoring, smart meters, and IoT narrowband sensing devices. Without cross-band compatibility, it is optimized for narrowband scenarios, with a communication distance of 2-4 kilometers in open areas, meeting industrial-grade long-distance communication needs.
• Low VSWR + Adaptive Gain Ensure Transmission Efficiency: Voltage Standing Wave Ratio (V.S.W.R) is <1.8, combined with 50Ω standard input impedance, resulting in low signal reflection loss and excellent transmission efficiency; -1.9dBi gain with vertical polarization design maintains stable signal radiation characteristics within the 470MHz narrowband. Although the gain is negative, combined with frequency band characteristics, the actual communication "stability and anti-interference" far exceed similar antennas, perfectly matching the "long battery life, low transmission power" requirements of low-power scenarios, which can extend the device battery life by more than 25%.
• 50W Power Capacity, Easily Handle Industrial-Grade Loads: With a power capacity of 50W, it can stably support signal transmission of industrial monitoring modules and IoT gateways. Even in scenarios such as industrial strong electromagnetic environments and multi-device concurrency (such as simultaneous data backhaul from dozens of smart meters), it can ensure "continuity and low latency" of signal transmission, meeting the "high reliability and large load" communication requirements of industrial IoT.

2. Mechanical Characteristics: Small-Size FPC Flexibility, Full-Dimensional Customization

• FPC Flexible Material, Small Size Can Also Be Flexibly Integrated: Adopting Flexible Printed Circuit (FPC) material, the overall size is only 27×17mm, and the weight is only 0.17g. It combines the space adaptability of small size and the bendable characteristic of flexible material, and can be easily integrated into the "narrow space and special-shaped structure" of industrial sensors, smart meters, and small IoT terminals. It solves the industry pain point of traditional antennas being "large in size, stiff, and difficult to install", helping devices achieve "miniaturization and high integration" design breakthroughs.
• Full-Link Customization, Precisely Match Device Ecosystem: Connector type IPEX-1 (customizable), cable type RG1.13 (customizable), cable length 120mm (customizable), all processes from connector specifications to cable parameters and length support personalized customization; crimp connection method, black FPC appearance adapts to the rugged style of industrial equipment and the minimalist design of consumer devices, meeting the "differentiated integration needs" of industrial monitoring, smart meters, and IoT terminals, greatly improving the adaptability and design flexibility of the product in different device ecosystems.

3. Environmental Characteristics: Wide Temperature Range + RoHS Compliance, Fully Adapt to Extreme Scenarios

• -45~+85℃ Ultra-Wide Temperature Range, No Pressure for Global Deployment: It can work stably in extreme environments such as northeastern winter (-30℃) and southern summer industrial workshops (+60℃) without additional temperature control measures. It is an "environmentally adaptive" communication component for northern industrial monitoring and southern outdoor sensing devices, truly achieving "global deployment and global reliability".
• RoHS Compliance, Unobstructed International Trade: Strictly complies with RoHS environmental regulations, free of harmful substances, meeting the global environmental access requirements for industrial equipment and IoT terminals, eliminating trade compliance barriers in markets such as Europe, America, and Asia-Pacific, and helping products quickly enter the global industrial and IoT industry chains.

Core Advantages: Narrowband Benchmark, Flexible Customization Drives Industrial IoT Upgrade

1. 470MHz Narrowband + Low VSWR, More Outstanding Communication Performance: A single antenna realizes 470MHz narrowband specialization and VSWR<1.8 transmission efficiency optimization. In scenarios such as industrial monitoring and smart meters, data transmission stability is increased by 30%, and communication distance is extended by 20%, becoming a "performance benchmark" in the narrowband communication field, helping customers' products highlight their advantages in market competition.
2. Small-Size FPC + Full Customization, More Friendly Integration Experience: Small size ensures space adaptability, flexible material adapts to special-shaped structures, and full-link customization meets personalized device needs. It solves the industry contradiction of "small devices can't fit large antennas, and large antennas can't fit into small devices", providing "both performance and integration" antenna solutions for industrial equipment manufacturers and IoT solution providers, accelerating product R&D and mass production cycles.
3. Wide Temperature Range + High Power, More Comprehensive Scene Coverage: The -45~+85℃ wide temperature range adapts to diverse climates across the country, and 50W power supports industrial-grade loads. From equipment monitoring in northern industrial plants to smart meters in southern outdoors, from narrowband networking in urban IoT to sensing coverage in remote rural areas, it operates stably in all scenarios, expanding the application boundaries of 470MHz narrowband technology.

Multi-Industry Application Scenarios: Full-Field Value Implementation of 470MHz Narrowband

1. Industrial Monitoring: Real-Time Control of Equipment Status, Compatible with monitoring devices such as industrial cameras and sensor nodes, the FPC small-size flexible design can be hidden and integrated inside the device. The 470MHz narrowband long-range feature ensures real-time data backhaul of devices within a range of 2-4 kilometers; low VSWR makes the monitoring screen "no 卡顿 (no lag) and no delay". Even in the complex electromagnetic environment of factories, it can realize "real-time monitoring and abnormal early warning" of equipment status, improving the intelligent management level of industrial production.
2. Smart Meters: Low-Power Networking of Ten Million-Level Devices, In the large-scale networking of smart electricity meters and gas meters, the high-efficiency transmission feature of this antenna with VSWR<1.8 can reduce device transmission power and extend battery life to 6-8 years; the small-size FPC can be integrated at the edge of the meter, and the 470MHz narrowband has strong anti-interference ability, ensuring that data backhaul is "not congested or lost" when ten million-level meters are networked simultaneously, helping energy companies achieve digital transformation of "remote meter reading and intelligent operation and maintenance".
3. IoT Sensing: Environmental Monitoring in Remote Areas, Matched with sensing devices in remote areas such as hydrology, meteorology, and soil, the 470MHz narrowband long-range feature can achieve 2-4 kilometers of signal coverage, and data can be backhauled without relays; the FPC flexible material can be integrated into the special-shaped structure of sensing devices, and the wide temperature range adapts to diverse environments such as mountains and plains, providing IoT solutions of "unattended and full-domain perception" for environmental protection and agricultural departments.
4. Public Facilities: Narrowband Interconnection of Smart Cities, In public facilities such as smart street lamps, manhole cover monitoring, and trash can sensing, the small-size FPC of this antenna can be hidden and integrated inside the facilities. The 470MHz narrowband communication ensures stable connection between facilities and management platforms; the wide temperature range adapts to diverse urban climates, realizing "real-time status reporting and timely fault handling" of public facilities, promoting the refined management of smart cities.