Core Product Features: Dual-Band Coverage, High Gain & Customizable Integration

1. Electrical Characteristics: 2.4G+5G Dual Bands, Multi-Protocol Efficient Communication

• 2400-2500MHz & 5150-5850MHz Dual-Band Coverage: Precisely covers 2.4G (Wi-Fi, Bluetooth, ZigBee) and 5G (Wi-Fi 5/6, 5G IoT) two mainstream wireless frequency bands, serving as the "dual-band communication core component" for Wi-Fi 6 devices, IoT terminals, and industrial sensing equipment. It can support both 2.4G low-power and 5G high-bandwidth applications without replacing the antenna, enabling "one antenna, dual bands, multiple scenarios" efficient communication.
• Low VSWR + High Gain Ensure Signal Quality: Voltage Standing Wave Ratio (V.S.W.R) is <1.8, combined with 50Ω standard input impedance to significantly reduce signal reflection loss; 2.9dBi gain with vertical polarization design maintains excellent signal radiation performance in both 2.4G and 5G bands. Especially in 5G high-bandwidth scenarios, it can improve data transmission rate and stability, ensuring a "low-latency, high-throughput" experience for Wi-Fi 6 high-speed surfing and 5G IoT large-traffic data backhaul.
• 50W Power Capacity for Multi-Device Concurrency: With a power capacity of 50W, it supports high-power wireless modules and multi-device concurrent communication needs. Even in scenarios such as multi-terminal networking in smart homes (e.g., running Wi-Fi 6 TV and 5G smart camera simultaneously) and data backhaul from dense sensing nodes in industrial workshops, it can avoid communication interruptions caused by power overload, meeting the "high concurrency, high reliability" transmission requirements.

2. Mechanical Characteristics: Customizable Design, Flexible Adaptation to Multi-Terminals

• Full-Dimensional 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, green PCB appearance adapts to various device design styles, meeting the "differentiated integration needs" of Wi-Fi 6 routers, 5G IoT terminals, and industrial sensing modules, 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 40×8mm, and the weight is only 3.0g, thin, light, and compact in structure. It is perfectly suitable for space-constrained devices such as Wi-Fi 6 modules, 5G IoT sensors, and vehicle-mounted 5G communication terminals, solving the industry pain point of traditional dual-band antennas being "large in size and difficult to integrate", and helping devices achieve "miniaturized, highly integrated" 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 5G IoT terminals and outdoor smart devices.
• RoHS Compliance, Global Market Access Without Barriers: Strictly complies with RoHS environmental regulations, free of harmful substances, meeting the global environmental access requirements for consumer electronics and industrial equipment, eliminating compliance barriers in international trade, and helping products quickly enter global markets such as Europe, America, and Asia-Pacific.

Core Advantages: Dual-Band Empowerment, Customization Flexibility to Explore Multi-Scenarios

1. Dual-Band Compatibility, Simplify Multi-Standard Device Architecture: A single antenna covers 2.4G+5G dual bands, reducing the number of antennas required for devices, lowering equipment procurement, R&D, and maintenance costs. It is especially suitable for the "dual-band integrated product" needs of Wi-Fi 6 device manufacturers and 5G IoT solution providers, shortening the product launch cycle.
2. High Gain + Low VSWR, Improve Dual-Band Communication Quality: 2.9dBi gain enhances the signal radiation range of dual bands, and VSWR <1.8 reduces signal loss. In the 5G band, it can significantly improve data transmission rate (e.g., rate increased by more than 15% in Wi-Fi 6 scenarios), while ensuring stable low-power connection of 2.4G devices, helping customers optimize product communication performance KPIs.
3. Customizable Design, Adapt to All Types of Dual-Band Terminals: IPEX-1 connector, RG1.13 cable, and full-length customization perfectly match the "interface, electrical, and space" personalized needs of different dual-band terminals, solving the pain points of traditional dual-band antennas being "difficult to integrate and poorly adaptable", and accelerating the R&D and mass production cycles of Wi-Fi 6 and 5G IoT terminals.
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 (Wi-Fi 6 routers) to industrial equipment (5G industrial sensors), from indoor to outdoor, expanding the application boundaries of dual-band wireless technology.

Multi-Industry Application Scenarios: Covering All Terminal Needs of Dual-Band Wireless

1. Wi-Fi 6 Devices: Communication Core of High-Speed Networks, Compatible with Wi-Fi 6 routers, wireless APs, smart TVs, and other devices. Dual-band coverage supports simultaneous operation of 2.4G (wide wall penetration) and 5G (fast speed), and the high-gain feature improves signal coverage and wall-penetrating ability. Customizable connectors can be integrated in different positions inside the device, ensuring users' "whole-house high-speed Wi-Fi coverage, HD video without buffering" experience.
2. 5G IoT Terminals: Wireless Support for High Bandwidth and Low Latency, In 5G IoT sensors (such as smart grid monitoring nodes, urban environmental monitoring terminals), the dual-band antenna can serve as a dual-link guarantee for 5G main communication and 2.4G backup communication; high power capacity supports 5G large-traffic data backhaul, and the wide temperature range adapts to extreme environments such as outdoor and industrial, realizing the application value of 5G IoT for "remote device monitoring and real-time data analysis".
3. Industrial Dual-Band Communication: Equipment Interconnection and Intelligent Management, Matched with industrial dual-band modules (such as 5G+Wi-Fi 6 industrial gateways), 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 dual-band data interconnection of multiple devices in the workshop (such as 5G control commands + Wi-Fi 6 device status backhaul), helping industrial equipment achieve "remote intelligent control and production efficiency optimization", and promoting industrial intelligent upgrading.
4. Consumer Electronics and Vehicle-Mounted: Multi-Scenario Wireless Interconnection, In consumer electronics and vehicle-mounted devices such as TWS earphone charging cases (2.4G Bluetooth) and vehicle-mounted 5G modules (5G communication), the thin and light design of the dual-band antenna can be hidden and integrated; the dual-band feature supports devices to automatically switch to the optimal frequency band in different scenarios (e.g., 5G in the car, 2.4G outdoors), and customizable connectors adapt to the compact structure of the device, enhancing the "wireless interconnection and intelligent interaction" experience of consumer electronics and vehicle-mounted devices.