Core Product Features: Wide Band & Low VSWR, Customizable & Highly Integrated

1. Electrical Characteristics: Multi-Cellular Standard 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-cellular standards. It serves as the core communication component for "one antenna, multiple networks" in IoT terminals and communication modules, enabling adaptation to different generations of cellular technologies without replacing the antenna, significantly simplifying the frequency band adaptation complexity of terminal equipment.
• Ultra-Low VSWR + Moderate Gain Ensure Signal Quality: Voltage Standing Wave Ratio (V.S.W.R) is <1.6, combined with 50Ω standard input impedance to significantly reduce signal reflection loss, resulting in higher signal transmission efficiency; 1.6dBi gain with vertical polarization design maintains stable signal radiation performance in multi-band communication, ensuring "low-latency, high-reliability" data transmission for IoT devices and communication modules.
• 50W Power Capacity for Multi-Scenario Loads: With a power capacity of 50W, it supports high-power signal transmission of communication modules and IoT terminals. Even in scenarios with multi-device concurrency and high-speed data transmission (such as 5G IoT scenarios), it can ensure the continuity and stability of signal transmission, meeting the "high bandwidth, high concurrency" communication requirements of modern cellular IoT.

2. Mechanical Characteristics: Customizable Design, Flexible Integration Without Pressure

• Full-Dimensional Customization, Precisely Match Terminal 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, green PCB appearance adapts to various device design styles, meeting the "differentiated integration needs" of IoT terminals, communication modules, and industrial equipment, greatly improving product adaptability and design flexibility.
• PCB Material + Thin & Light Dimensions, Efficient Space Utilization: Adopting PCB (Printed Circuit Board) material, the overall dimension is only 124.5×14mm, and the weight is only 3.0g, thin, light, and compact in structure. It is perfectly suitable for devices with limited space such as smartphone modules, industrial IoT sensors, and vehicle-mounted communication terminals, solving the industry pain point of traditional antennas being "space-consuming and difficult to integrate", and helping devices achieve "miniaturized, modular" design breakthroughs.

3. Environmental Characteristics: Wide Temperature Range + RoHS Compliance, Reliable Operation in All 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 IoT terminals and outdoor communication 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 IoT terminals and communication equipment, eliminating compliance barriers in international trade, and helping products quickly enter global markets such as Europe, America, and Asia-Pacific.

Core Advantages: Multi-Scenario Adaptation, Customization Flexibility Empower IoT Ecosystem

1. Multi-Band Compatibility, Simplify Terminal Equipment Architecture: A single antenna covers the entire 700-2700MHz cellular band, reducing the number of antennas required for terminals, lowering equipment procurement, R&D, and maintenance costs. It is especially suitable for the "multi-standard compatible product" needs of IoT solution providers and communication module manufacturers, shortening the product launch cycle.
2. Customizable Design, Adapt to All Types of Terminals: IPEX-1 connector, RG1.13 cable, and full-length customization perfectly match the "interface, electrical, and space" personalized needs of different terminals, solving the pain points of traditional antennas being "difficult to integrate and poorly adaptable", and accelerating the R&D and mass production cycles of IoT terminals.
3. Low VSWR + High Power, Ensure Communication Stability: VSWR <1.6 reduces signal loss, and 50W power capacity supports multi-device concurrency. Whether it is data backhaul from IoT sensor clusters or high-speed data transmission of communication modules, it can operate stably, improving the communication reliability of terminal equipment.
4. Thin & Light PCB + Wide Temperature Range, Full-Scenario Coverage Without Dead Ends: The thin and light PCB material is easy to integrate, and the -45~+85℃ wide temperature range adapts to all scenarios from consumer electronics to industrial equipment, from indoor to outdoor, expanding the application boundaries of cellular IoT technology.

Multi-Industry Application Scenarios: Covering All Terminal Needs of Cellular IoT

1. IoT Terminals: Wireless Communication Core of Smart Devices, Compatible with smart meters, environmental monitoring sensors, asset tracking tags, and other IoT terminals. Customizable connectors and cables can be integrated into the narrow space of terminals, and 700-2700MHz full-band coverage ensures stable communication between devices and base stations; the wide temperature range supports long-term operation in extreme environments such as outdoor and industrial, enabling "remote device monitoring and real-time data upload".
2. Communication Modules: Antenna Solution for Multi-Standard Modules, In 4G/5G communication modules and wireless data transmission modules, as a built-in antenna, the thin and light PCB design does not occupy the internal space of the module; the multi-band compatibility feature allows the module to support 2G (backup communication) and 4G/5G (main communication) simultaneously, improving the network adaptability and reliability of the module, and helping the communication module in large-scale applications such as smart gateways and industrial routers.
3. Industrial IoT: Equipment Interconnection and Status Monitoring, Matched with industrial IoT terminals (such as robotic arm sensing modules, production line monitoring nodes), the green PCB antenna can be integrated at the edge of the equipment; the -45~+85℃ wide temperature range adapts to high and low temperature working conditions in industrial workshops, and the 50W power capacity supports data interconnection of dense equipment in the workshop, helping industrial equipment achieve "real-time status monitoring and remote intelligent control", and promoting the intelligent upgrade of industrial IoT.
4. Consumer Electronics: Cellular Communication Extension for Thin & Light Devices, In consumer electronics such as wearable devices and smart home hubs, the thin and light characteristics of the PCB antenna can be hidden and integrated inside the device; multi-band compatibility ensures the cellular network connection of the device (such as remote communication of smart home hubs), and customizable connectors adapt to the personalized design of the device, enhancing the "intelligent, interconnected" experience of consumer electronics.