Core Product Features: Low-Power Narrowband Coverage, Flexible & Customizable Integration

1. Electrical Characteristics: 433MHz Narrowband Specialization, Low-Power Stable Transmission

• 433MHz Narrowband Precise Coverage: Focuses on the 433MHz industrial and IoT exclusive narrowband frequency band, serving as the "low-power communication core component" for industrial remote control, smart meters, and IoT sensing devices. This frequency band is known for its strong penetration and low interference, especially suitable for scenarios sensitive to communication distance (up to 1-3 kilometers in open areas) and power consumption. It does not require cross-band compatibility, enabling a "frequency band specialization, performance optimization" communication experience.
• Ultra-Low VSWR + Adaptive Gain Ensure Transmission Efficiency: Voltage Standing Wave Ratio (V.S.W.R) is <1.4, combined with 50Ω standard input impedance, resulting in extremely low signal reflection loss and excellent transmission efficiency; -1.2dBi gain with vertical polarization design maintains stable signal radiation characteristics within the 433MHz narrowband. Although the gain is negative, the actual communication distance and stability far exceed those of similar high-gain antennas, perfectly matching the "long battery life, low transmission power" requirements of low-power scenarios.
• 50W Power Capacity for Industrial-Grade Loads: With a power capacity of 50W, it supports signal transmission of industrial remote control modules and high-power sensing terminals. Even in the strong electromagnetic environment of industrial equipment and multi-device concurrency (such as simultaneous data backhaul from dozens of smart meters), it can ensure the continuity and stability of signal transmission, meeting the "high reliability, low power consumption" transmission requirements of industrial scenarios.

2. Mechanical Characteristics: FPC Flexible Design, Full-Dimensional Customization

• FPC Flexible Material, Extreme Space Integration: Adopting Flexible Printed Circuit (FPC) material, the overall dimension is only 45.5×16.7mm, and the weight is only 0.17g, which can be bent and folded. It is perfectly suitable for devices with narrow space and special-shaped structures such as industrial remote controls, smart meters, and micro IoT sensors, solving the industry pain point of traditional rigid antennas being "space-consuming and difficult to fit", and helping devices achieve "modular, concealed" design breakthroughs.
• Full-Link Customization, Precisely Match Device Requirements: Connector type IPEX-1 (customizable), cable type RG1.13 (customizable), cable length 120mm (customizable), all links from connector to cable to length support personalized customization; crimp connection method, black appearance adapts to the rugged design style of industrial equipment, meeting the "differentiated integration needs" of industrial remote control, IoT terminals, and smart meters, greatly improving product adaptability and design flexibility.

3. Environmental Characteristics: Wide Temperature Range + RoHS Compliance, Reliable Operation in Extreme Scenarios

• -45~+85℃ Ultra-Wide Temperature Range: It can work stably in extreme environments such as extreme cold (e.g., northern winter -40℃) and high temperature (e.g., industrial workshop +80℃) without additional temperature control measures. It is an "environment-unrestricted" communication component for industrial outdoor equipment (such as smart meters, outdoor sensing nodes) and polar monitoring equipment.
• RoHS Compliance, Global Market Access Without Barriers: Strictly complies with RoHS environmental regulations, free of harmful substances, meeting the global environmental access requirements for industrial equipment and IoT terminals, eliminating compliance barriers in international trade, and helping products quickly enter global industrial and IoT markets such as Europe, America, and Asia-Pacific.

Core Advantages: Narrowband Specialization, Flexible Customization Empower Industry and IoT

1. 433MHz Narrowband Specialization, Strong Scenario Adaptability: Deeply optimized for the 433MHz industrial and IoT narrowband, a single antenna can match core scenarios such as industrial remote control, smart meters, and IoT sensing, reducing the complexity of inventory preparation for customers across scenarios. It is especially suitable for the "narrowband exclusive product" needs of industrial solution providers and IoT device manufacturers, realizing "one frequency for one scenario" precise resource utilization.
2. FPC Flexibility + Full Customization, Leading Integration Efficiency: FPC material can be bent and folded, adapting to various special-shaped device structures; connectors, cables, and lengths are fully customizable, perfectly matching the "space, interface, and electrical" personalized needs of devices, solving the industry pain point of "difficult antenna integration in miniaturized industrial devices" and accelerating the industrial mass production of products.
3. Low Power Consumption + High Reliability, Full-Scenario Coverage Without Dead Ends: -1.2dBi gain adapts to the long battery life requirements of low-power scenarios, VSWR <1.4 ensures signal transmission efficiency, and 50W power capacity supports industrial-grade loads; the -45~+85℃ wide temperature range adapts to diverse global climates and industrial extreme working conditions, from industrial workshop remote control to polar IoT sensing, all can operate stably, expanding the application boundaries of 433MHz narrowband technology.

Multi-Industry Application Scenarios: Covering Core Needs of 433MHz Wireless for Full-Field Upgrades in Industry and IoT

1. Industrial Remote Control: Reliable Link for Equipment Remote Operation, Compatible with industrial remote controls (such as crane and construction machinery remote controls), the FPC flexible design can fit inside the remote control shell. The narrowband 433MHz has strong penetration, ensuring stable transmission of remote control signals even in environments with many obstacles in the factory; customizable connectors can match the internal circuit layout of the remote control, and 50W power capacity supports concurrent transmission of multi-channel control commands, realizing "precise remote operation of equipment and improved production efficiency".
2. Smart Meters: Communication Core for Low-Power Data Backhaul, In smart electricity meters and gas meters, the FPC antenna can be hidden and integrated inside the meter. The 433MHz narrowband low-power feature ensures the "long battery life of battery-powered meters (up to 5-10 years)"; the wide temperature range supports long-term operation of meters in different climate zones such as northern extreme cold and southern humidity, realizing "remote meter reading and abnormal flow warning" intelligent management.
3. IoT Sensing: Environmental Monitoring in Outdoor and Industrial Scenarios, Matched with 433MHz IoT sensors (such as soil moisture sensors, industrial temperature and humidity sensors), the flexible design of the FPC antenna can be integrated into the narrow space of the sensor; the -45~+85℃ wide temperature range adapts to diverse environments such as farmland and industrial workshops, and the 433MHz narrowband has strong anti-interference ability, ensuring stable backhaul of sensor data (such as soil moisture and equipment temperature), helping precision agriculture and industrial environmental monitoring.
4. Security and Asset Tracking: Low-Power Long-Distance Monitoring, In security alarms and asset tracking tags, the thin and light feature of the FPC antenna can be hidden inside the device; the 433MHz narrowband long-distance feature (3 kilometers in open areas) ensures stable communication between alarms and base stations, and between tags and readers. The low-power design extends device battery life (such as asset tag battery life up to several years), realizing "real-time security early warning and precise asset positioning".