About 4G LTE IPEX Antenna 5DBI Internal PCB
Description : 4G/LTE Antenna, 5dBi, 75Ohm, 2170~2400,2570~2690MHz, WiFi/WLAN, Bluetooth, WiFi/WLAN, Bluetooth,4G/LTEnetwork, Screw, IPEX, PlugRight Angle, Standard, RG178,0.1M,Omnidirectional Antenna,IndoorAntenna,External Antenna,Rubber Duck Antenna,Vertical Antenna
- 4G/LTE Antenna,5dBi,75Ohm,2170~2400,2570~2690 MHz,WiFi/WLAN, Bluetooth, WiFi/WLAN, Bluetooth,4G/LTE network,Screw,IPEX,PlugRight Angle, Standard, RG178,0.1M,Omnidirectional Antenna,Indoor Antenna,External Antenna,Rubber Duck Antenna,Vertical Antenna
- Used to transmit and receive electromagnetic wave in Wireless deverice with stable signal and low loss;
- Applied to wireless communication, radio, TV, radar, remote control fields;
- Multi mode and specification for choice;
- From the OEM Original Factory, same quality with much better price.
High-Gain Wideband PerformanceEnjoy robust signal strength and broad frequency compatibility with the 4G LTE IPEX Antenna, delivering a 5 dBi gain across 6982700 MHz. Its linear polarization and omni-directional coverage support reliable connectivity for multiple LTE bands, making it ideal for demanding wireless applications.
Streamlined Internal InstallationDesigned for discreet integration, this PCB antenna offers versatile mounting via adhesive tape or holes and a 100 mm cable with an IPEX/U.FL connector. Its slim profile and lightweight design suit embedded device installations where space and reliability are critical.
Reliable and Durable BuildCompliant with RoHS standards and manufactured using premium PCB/FR4 and copper materials, this antenna ensures high durability and stable operation in harsh environments. It withstands up to 95% humidity at 40C and operates reliably from -40C to +85C, offering long-term performance for both industrial and consumer electronics.
FAQs of 4G LTE IPEX Antenna 5DBI Internal PCB:
Q: How do I install the 4G LTE IPEX Antenna inside my device?
A: This antenna is designed for easy internal mounting using adhesive tape or mounting holes. Simply position the PCB within your device enclosure, secure it using the mounting option, and connect the 100 mm coaxial cable to your module via the push-fit IPEX/U.FL connector.
Q: What types of devices can use this antenna?
A: This antenna can be embedded in 4G LTE devices, wireless routers, M2M and IoT modules, and various telecommunication equipment. Its wideband capability supports multiple wireless technologies, making it suitable for industrial and consumer electronics applications.
Q: Where should I place the antenna for optimal performance?
A: For best signal efficiency, install the antenna as far as possible from large metal surfaces or circuit components that may cause interference. The compact PCB layout enables flexible placement within device interiors to maximize coverage and stability.
Q: When is this antenna ideal for use?
A: The antenna is optimal for scenarios requiring high reliability, compact size, and wideband frequency support. Its particularly suitable for new product development or retrofitting existing embedded devices that operate in environments with variable humidity and temperature.
Q: What is the process for connecting the IPEX/U.FL connector?
A: Align the gold IPEX/U.FL connector with the mating module port and gently push until you feel it lock into place. Avoid excessive force to prevent connector damage. Disconnection can be made by carefully lifting the connector away from the port.
Q: How does the high gain benefit my application?
A: With a gain of 5 dBi and typical efficiency above 60%, this antenna enhances the strength and stability of wireless signals, ensuring faster data transmission and improved coverage for all compatible frequency bands.
Q: What makes this antenna reliable for harsh environments?
A: The antenna features RoHS-compliant materials, robust PCB construction, PE-insulated cable, and tinned copper shielding, achieving humidity resistance up to 95% RH at 40C and operational reliability between -40C and +85C, ideal for both indoor and outdoor installations.