Quectel YFCX001WWAH 5G High-Gain Transparent Antenna
* Quectel 5G high-gain antenna
* Material & Color: PET & Transparent
* Installation Type: Adhesive Backing or Glass Clamp
* Peak Gain: 4 dBi
* Frequency bands: 700~960MHz、1450~2690MHz、3300~6000MHz
Availability: In stock
Quectel YFCX001WWAH 5G High-Gain Transparent Antenna Specifications:
* Model: YFCXO01WWAH
* Frequency bands: 700~960MHz、1450~2690MHz、3300~6000MHz
* Impedance: 50Ω
* Polarization: Linear
* Radiation Pattern: Omnidirectional
* VSWR: ≤3
* Peak Gain: 4 dBi
* Antenna Dimensions: 118.2mm × 42.7mm
* Material & Color: PET & Transparent
* Connector Type: SMA-male (Internal Thread and Pin, customizable per customer requirements)
* Weight: Approx. 10g
* Installation Type: Adhesive Backing or Glass Clamp
* Operating Temperature Range: -40°C to +85°C
Quectel YFCX001WWAH transparent antenna has the following core advantages:
* Technological and design innovation advantages: Dual breakthroughs in transparency and performance
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Quectel YFCX001WWAH uses advanced special process manufacturing to ensure high resolution and extremely high replication accuracy of the product. This process can not only achieve pattern production at the nanometer level but also support large - scale and low-cost structure replication. While efficiently transmitting and receiving 5G signals, this antenna can maintain a light transmittance of over 85%, thus meeting users' dual high-standard requirements for performance and appearance.
Quectel YFCX001WWAH adopts an ultra-thin design of 0.123mm, which is about the thickness of an A4 paper. This ultra-thin design redefines the form boundary of the antenna and enables it to be easily integrated into the transparent components of VR products without occupying additional space like traditional antennas. On the premise of ensuring that the product is lighter, thinner, and more compact and improving the user's wearing comfort, it can still achieve efficient 5G signal transmission.
Quectel YFCX001WWAH uses a multi-layer flexible composite substrate, enabling it to perfectly adapt to various complex surfaces such as curved glass and irregular building curtain walls, thus greatly expanding its application scope.
* Multi-scenario application advantages: Reconstructing the smart terminal ecosystem
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Another key advantage of the 5G transparent antenna YFCX001WWAH lies in its wide - range scenario adaptability, truly making the product serve the scenarios. In the field of wearable devices such as VR and AR, this antenna can meet the dual high - standard requirements of such devices for performance and appearance.
In the fields of smart agriculture and smart cities, terminals with the built-in YFCX001WWAH can achieve seamless 5G signal coverage while maintaining the transparency of the original building. For example, on the transparent film or glass of agricultural greenhouses, the YFCX001WWAH not only ensures the efficiency of photosynthesis but also realizes real - time monitoring and remote control of the greenhouse environment and crop growth status through the high - speed characteristics of 5G, improving the intelligent level of agricultural production.
Quectel YFCX001WWAH adopts a flexible and variable size design. Its weight has been significantly optimized, and it offers a variety of installation methods, enabling it to easily adapt to carriers such as vehicle - mounted glass. This ensures that antennas with different functions can be arranged in an orderly manner on vehicle - mounted devices, effectively reducing the impact of isolation parameters on signal transmission, guaranteeing stable data transmission. It can also fully avoid problems such as conspicuous installation, enhance the overall coordination of the vehicle, and meet the aesthetic needs of the public.
In the vehicle-mounted field, the importance of the YFCX001WWAH is also fully demonstrated. Traditional vehicle antenna deployment solutions have problems such as poor aesthetics, incomplete signal coverage, complex installation, and high maintenance costs. The transparent solution, by integrating the antenna into the vehicle window or rear - view mirror, not only improves aesthetics but also achieves 360° seamless signal coverage, reduces maintenance costs, and improves the stability and efficiency of communication.

