Core Product Features: 918MHz Precision Band Optimization, Industrial-Grade Integration and Reliability

1. Electrical Characteristics: Precision Band + Stable Transmission, Meeting Niche Scenario Demands

• 918±5MHz Precision Band Coverage: Operating frequency is locked at 918±5MHz, an exclusive band for North American IoT niche scenarios, perfectly suitable for industrial precision sensing, wireless data transmission, and other applications with high frequency precision requirements. It enables "interference-free band and deviation-free data" communication, especially for private IoT networking and industrial device interconnection within North America.
• Low VSWR + Moderate Gain Ensure Communication Reliability: Voltage Standing Wave Ratio (V.S.W.R) is <2.5, combined with 50Ω standard input impedance to significantly reduce signal reflection loss; 1dBi gain with vertical polarization supports 360° omnidirectional radiation. In complex electromagnetic environments of industrial workshops and multi-building layouts in North American cities, it provides uniform signal coverage and strong anti-interference ability, ensuring the stability and continuity of data transmission.
• High Power Capacity for Industrial-Grade Loads: With a power capacity of 50W, it supports stable operation of industrial-grade wireless data transmission modules and high-power sensing terminals. Even in scenarios with concurrent transmission from multiple devices (such as data backhaul from high-precision sensor clusters in factories), it can avoid communication interruptions caused by power overload, meeting the "high-load, high-reliability" transmission requirements of industrial scenarios.

2. Mechanical Characteristics: SMD Mounting + Orange-Yellow Marking, Efficient Mass Production for Industrial Lines

• Ultra-Compact SMD Integration, Adapt to Miniaturized Terminals: Overall dimensions are only 13mm×4.2mm×1.6mm, weight 0.2g, adopting SMD (Surface Mount Device) technology, which can be directly welded in batches via SMT production lines and seamlessly integrated with device PCB boards. It perfectly adapts to "miniaturized and highly integrated" products such as industrial micro sensors and North American niche IoT terminals, greatly saving internal space of terminals and helping devices achieve modular and lightweight design.
• Orange-Yellow PCB Material, Dual Advantages of Production Line Recognition and Stability: The main body is made of orange-yellow PCB material, which has extremely high visual recognition in industrial automated production lines, facilitating quick identification and welding by equipment and reducing production misjudgment rates. The PCB material also has excellent electrical performance and structural stability, not easy to fall off after welding, and is compatible with large-scale automated production processes, significantly improving mass production efficiency and yield, meeting the "efficient and low-consumption" requirements of industrial mass production.
• No External Design, Simplify Terminal Wiring: Directly integrated on the device PCB, no additional cables or connectors are required, reducing component space occupation and signal transmission loss, simplifying the internal wiring design of the terminal, making the product more concise and reliable, and suitable for the integration needs of industrial embedded devices and modular sensing terminals.

3. Environmental Characteristics: Dual Compliance + Wide Temperature Range, Reliable Operation in All Scenarios

• Ultra-Wide Temperature Range Adapt to Extreme Working Conditions: Operating and storage temperature ranges are -45~+85℃, which can work stably in extremely cold winters in North America (e.g., Canada -30℃), industrial high-temperature workshops (+80℃), and other extreme environments without additional temperature control measures. It is suitable for multi-scenario deployment such as outdoor industrial monitoring nodes and polar scientific research sensing equipment.
• Dual Compliance with RoHS & REACH, Global Market Access Without Barriers: Strictly complies with RoHS and REACH regulations, free of harmful substances such as lead and cadmium, meeting the environmental access requirements of North American industrial equipment and consumer electronics, eliminating compliance barriers in international trade, and helping products quickly enter North American niche markets and global industrial fields.

Core Advantages: Focus on "Precision, Industrial-Grade, Easy Mass Production" to Empower North American Niche IoT Ecosystem

1. "918MHz Precision Band" Strong Scenario Adaptability: Deeply optimized for the North American 918MHz niche band, a single antenna can match core scenarios such as industrial precision sensing, wireless data transmission, and private IoT networking, reducing the complexity of inventory preparation for customers across scenarios. It is especially suitable for large-scale projects of North American industrial solution providers and niche IoT device manufacturers, realizing "one band for one scenario" precise resource utilization.
2. "SMD Mounting + Orange-Yellow Marking" Industrial Line-Friendly: SMD technology is compatible with North American industrial automated production lines, and the orange-yellow material improves production line recognition efficiency, shortening the production cycle; the small-size design can be embedded into various industrial micro terminals, solving the industry pain point of "difficult antenna integration in miniaturized industrial devices" and accelerating industrial mass production of products.
3. "Wide Temperature Range + Dual Compliance" Wide Coverage of Industrial Scenarios: The -45~+85℃ wide temperature range adapts to diverse climates and industrial extreme working conditions in North America, and RoHS/REACH compliance meets North American industrial environmental requirements. It can work stably from industrial workshop sensing terminals to polar scientific research equipment, from North American private IoT nodes to global industrial data transmission modules, expanding industrial-grade application boundaries.

Multi-Industry Application Scenarios: Covering Core Needs of 918MHz Wireless for Industrial and IoT Full-Field Upgrades

1. North American Industrial Sensing: High-Precision Equipment Status Monitoring. Compatible with 918MHz industrial high-precision sensors (e.g., vibration analyzers, pressure sensors), SMD mounting makes the sensors more compact, and 1dBi omnidirectional gain ensures stable data backhaul to industrial gateways in complex workshop environments; the wide temperature range supports long-term operation in North American extremely cold/high-temperature workshops, helping U.S. manufacturing and Canadian industrial production lines achieve predictive maintenance of equipment and reduce downtime losses.
2. North American Private IoT: Regional Intelligent Networking. In North American private IoT systems, as a 918MHz networking antenna (e.g., park equipment interconnection, warehouse asset tracking), SMD integration can be hidden at the edge of devices; the 918MHz precision band avoids public network interference, and 360° omnidirectional radiation ensures stable communication between multiple nodes in the park, providing reliable networking support for North American enterprise private IoT (such as smart factories and intelligent warehouses).
3. Smart Monitoring: Refined Management of North American Environment and Resources. Matched with 918MHz smart monitoring terminals (e.g., water resource monitoring nodes, soil moisture sensors), the orange-yellow marking is easy to identify in North American production lines, with high mass production efficiency; the wide temperature range adapts to diverse climates in North America (such as drought in western U.S. and humidity in eastern Canada), and omnidirectional radiation ensures stable communication between terminals and gateways in wilderness/urban areas, helping North American environmental governance and refined resource management.
4. Outdoor Industrial Asset Tracking: Equipment Positioning and Status Management. Matched with 918MHz outdoor industrial asset tracking terminals (e.g., engineering machinery positioning tags, logistics container sensing modules), the dual compliance feature meets the export requirements of North American industrial assets; the wide temperature range adapts to North American extreme climates, and omnidirectional radiation ensures stable communication between terminals and gateways in scenarios such as wilderness and ports, providing real-time data support for North American industrial asset positioning and equipment status management.