1. Product Overview
The antenna is constructed from FPC (Flexible Printed Circuit) material, boasting exceptional flexibility to adapt to diverse complex installation environments. It is particularly well-suited for internal embedded installation scenarios where space layout and product form factor have specific requirements. Featuring a patch design, the antenna effectively enhances signal reception and transmission efficiency.
2. Eectrical Performance
Frequency Range: Precisely covers the 900-1800MHz band, meeting the signal transmission requirements of communication standards such as GSM and DCS within this range. Whether utilized for long-distance, low-data-rate communication in the 900MHz band or high-data-rate, short-distance communication in the 1800MHz band, it operates stably.
Gain Performance: Within the operating frequency band, the antenna delivers a stable gain of 2 dBi, which strengthens signal intensity, ensures communication stability and reliability, and minimizes the risk of signal interruption or attenuation.
VSWR: With a VSWR (Voltage Standing Wave Ratio) of ≤2.0, it guarantees excellent impedance matching between the antenna and transmission line, reducing signal reflection and improving transmission efficiency. This enables signals emitted by the transmitter to be efficiently transferred to the antenna for radiation.
3.Structural Design
Antenna Body: The FPC antenna body measures a mere 0.1mm in thickness. Its slim, lightweight design significantly saves space, allowing flexible installation in various internal locations of devices—such as smartphones, tablets, and IoT equipment—even within tight spaces. It can also be bent, folded, or adjusted in shape to accommodate the internal structure of the device.
Connection Cable: Equipped with an MI1.13 black cable, which offers superior flexibility and electrical performance. This cable efficiently transmits RF signals, minimizes signal loss during transmission, and ensures a stable connection between the antenna and the device’s RF front-end for high-efficiency signal transfer.
Interface Type: Fitted with a Ufl Mhf interface, renowned for its compact size, high performance, and easy connectivity. It enables quick and secure connections to RF ports of various devices, preventing loosening or poor contact during operation to maintain stable signal transmission.
4. Appearance and Color
The antenna features an all-black finish, which not only blends seamlessly with the internal color schemes of most devices—enhancing concealment and aesthetic appeal—but also helps mitigate the impact of electromagnetic interference on antenna performance.
5.Application Areas
Mobile Communication Devices: Widely applicable to smartphones, tablets, and other mobile terminals. It enhances communication signal strength in the 900-1800MHz band, improving call quality, data transmission speeds, and network stability. It delivers a superior communication experience for users in indoor, outdoor, and low-signal environments.
IoT Devices: Ideal for IoT sensors, smart wearables, and similar devices with strict size and power constraints. Thanks to its slim, lightweight, and high-efficiency design, the antenna provides stable communication in limited spaces, enabling data exchange and remote control between devices to support the stable operation of IoT systems.
In-Vehicle Communication Systems: Installed inside vehicles to facilitate communication with external networks, including telematics services, remote diagnostics, and navigation signal reception. Even in the complex electromagnetic environment inside a vehicle, the antenna operates stably, ensuring uninterrupted vehicle-to-external communication and providing reliable signal support for intelligent driving and connected car applications.
