Accurately Adapted to 2.4G Scenarios, Balancing Performance and Convenience

1. Electrical Characteristics: Stable Transmission, Covering 2.4G Core Frequency Band

• Precise Frequency Coverage：Designed exclusively for 2.4G high-frequency communication, with an operating frequency range locked at 2400-2500MHz—this band is the core frequency for mainstream short-range wireless technologies such as WiFi (802.11b/g/n), Bluetooth (Bluetooth 4.0/5.0), and ZigBee. It seamlessly adapts to various 2.4G devices, eliminating the need to replace antennas due to frequency mismatch and reducing device compatibility costs.
• 360° Omnidirectional Radiation (No Dead Angles)：Adopts a 360º omnidirectional radiation structure, allowing signals to spread evenly in all directions. Compared to directional antennas (which require alignment with the signal source), it easily covers scenarios with scattered devices (e.g., homes, workshops, stores), avoiding signal interruption or attenuation caused by device placement angles (e.g., when multiple phones and tablets in a home connect to WiFi simultaneously, all devices can receive stable signals).
• Low-Loss Long Cable & Precision Connector：Equipped with an RG174 low-loss coaxial cable (length: 1500mm/1.5m)—longer than the conventional 1m cable, it can flexibly span the distance between the device and the installation point (e.g., attaching the antenna to a balcony metal railing and connecting it to an indoor WiFi router). The cable has stable impedance (50Ω, standard impedance for 2.4G devices), which effectively reduces energy loss during signal transmission and supports high-speed transmission needs such as WiFi HD video and Bluetooth data synchronization; it comes with an SMA straight male jack (inner thread + inner pin)—the precision connector structure perfectly mates with the SMA female socket (outer thread + outer pin) of most 2.4G devices, ensuring a tight connection that won’t loosen, thus avoiding signal fluctuations caused by poor connector contact.
• High Power Capacity：Supports a 30W power capacity (adapting to the power needs of most 2.4G devices), which can stably drive WiFi routers, industrial 2.4G sensors, Bluetooth gateways, etc., without antenna overheating or signal interruption due to power overload.

2. Mechanical Characteristics: Magnetic Mounting (No Drilling), Adapting to Multi-Scenario Layouts

• One-Click Installation & Removal with Magnetic Adsorption：Comes with a high-strength neodymium-iron-boron magnetic base, which can be directly attached to any metal surface (e.g., device metal casings, outdoor metal brackets, home refrigerator sides, workshop machine tool metal frames). No drilling or screws are required—installation/removal takes only 3 seconds. It is especially suitable for scenarios where surface damage is not allowed (e.g., adding a WiFi antenna during new home decoration, temporary networking of commercial devices), and repeated removal will not damage the installation carrier.
• Compact & Lightweight Design：With dimensions of 224mm×30mm, the antenna body is a slender cylinder, which does not take up much space even when installed in narrow areas (e.g., next to a router, inside an equipment cabinet); it weighs only 35g (about the weight of half an egg), so there is no sense of load when attached to lightweight metal surfaces (e.g., laptop heat sinks, small sensor casings), and it will not cause deformation or displacement of the carrier.
• Durable Material for Wear Resistance：The antenna body is made of ABS engineering plastic, which has impact resistance and UV resistance—when used outdoors, it can withstand sun and rain (slightly waterproof; a waterproof cover can be used for moderate rain scenarios), and it will not age or crack even after long-term exposure to sunlight; the outer layer of the RG174 cable is wrapped in PVC wear-resistant material, which can withstand slight pulling and bending (e.g., slight dragging of the cable when the device is moved), extending the service life.

3. Environmental Characteristics: Compliant & Eco-Friendly, Adapting to Multi-Working Conditions

• Dual International Environmental Certifications：Strictly complies with RoHS and REACH regulations, containing no harmful substances such as lead, cadmium, or PBDEs. Whether for home use (contact with children or pets), commercial use (malls, schools), or industrial scenarios (supporting food and medical equipment), it meets the environmental requirements of most regions worldwide, avoiding procurement and usage issues due to non-compliance.
• Stable Operation in Wide Temperature Range：With optimized circuit and material design, it supports an operating temperature range of -40~+85℃—it can work stably in extreme cold outdoor conditions in northern winters (-30℃), high-temperature environments inside cars in southern summers (+70℃), or high-temperature industrial workshops, without signal attenuation or antenna failure caused by sudden temperature changes.

Core Advantages: Solving Three Core Pain Points of 2.4G Devices

1. "No-Threshold Installation" Reduces Usage Difficulty：No professional tools or structural damage are required—even the elderly or non-technical personnel can install it independently (e.g., attaching a home WiFi antenna to a balcony railing to enhance signals by themselves). Commercial scenarios support batch rapid deployment (e.g., attaching 10 antennas per floor in a mall, completing WiFi coverage upgrades in 10 minutes).
2. "1.5m Long Cable" Breaks Layout Limitations：Compared to the conventional 1m cable, the 1500mm length allows the antenna to be far from device interference sources (e.g., electromagnetic interference from routers themselves, motor interference from industrial equipment), and select the installation point with the best signal (e.g., near windows, high unobstructed positions), further improving signal quality.
3. "Full-Scenario Compatibility" Improves Cost-Effectiveness：The 2400-2500MHz band covers three technologies (WiFi, Bluetooth, ZigBee)—one antenna can adapt to multiple devices (e.g., supporting a home WiFi router, Bluetooth speaker, and ZigBee smart switch at the same time), eliminating the need to purchase separate antennas for different devices and reducing overall costs.

Multi-Industry Application Scenarios: Covering Home, Commercial, and Industrial Fields

1. Home Scenario: WiFi Signal Enhancement & Smart Home NetworkingAttach it to the metal railing of a balcony/window or the side of a refrigerator, and connect it to a home WiFi router. The 1.5m cable can avoid wall obstruction, enhancing WiFi signals in deep areas of the house (e.g., bedrooms, bathrooms) and solving the problem of "full signal in the living room, no signal in the bedroom"; it also adapts to Bluetooth gateways and ZigBee gateways, providing stable 2.4G signals for smart home devices such as smart door locks, smart lights, and temperature-humidity sensors, avoiding offline device failures that disrupt automated functions.
2. Industrial IoT (IIoT): 2.4G Sensor Data TransmissionInstall it on workshop machine tools or assembly line metal brackets, and connect it to 2.4G wireless sensors (e.g., vibration sensors, temperature sensors). The 360° omnidirectional radiation can cover sensor nodes along the entire production line, and the 1.5m cable adapts to equipment layouts (e.g., sensors installed on robotic arms, antennas attached to nearby brackets). Low-loss signals ensure real-time transmission of sensor data to industrial control terminals, supporting production process monitoring and fault early warning.
3. Outdoor Monitoring Scenario: Environmental Monitoring Device NetworkingPaired with outdoor 2.4G environmental monitoring devices (e.g., air quality detectors, soil moisture monitoring stations), attach it to the device’s metal casing or outdoor monitoring poles. The wide temperature range can withstand day-night temperature differences (e.g., -5℃ at night and +35℃ during the day in mountainous areas), and 360° omnidirectional radiation ensures stable communication between the device and distant 2.4G gateways, guaranteeing real-time upload of monitoring data (PM2.5, soil moisture content) to the management platform.
4. Consumer Electronics Scenario: Signal Enhancement for Drones & Portable DevicesAttach it to the metal casing of a drone remote control to provide gain for the remote control’s 2.4G signal transmission module. The 1.5m cable can keep the antenna away from electromagnetic interference inside the remote control, extending the drone’s control distance (e.g., from 500m to 800m); it can also adapt to VR devices and portable Bluetooth speakers, enhancing the 2.4G signal coverage of the device and avoiding stuttering or disconnection during use.
5. Commercial Scenario: WiFi Coverage Blind Spot Compensation in Malls & HotelsIn areas with weak WiFi signals (e.g., mall corridors, hotel elevator lobbies), attach the antenna to ceiling metal keels or wall metal decorations, and connect it to a small 2.4G WiFi amplifier. The 360° omnidirectional radiation can cover a range of 50-80㎡, solving the problem of "no signal at corridor corners, slow network connection at elevator lobbies" and improving the customer’s internet experience; it also adapts to mall Bluetooth beacons, providing stable signal support for mobile phone positioning and shopping guide pushes.