●Electrical Performance:
Frequency Range: 2.4GHz
1.Lmpedance: 50 Ohms nominal
2.VSWR: ≦1.92
3.Gain：8dBi
4.Admitted power radlation: 1W
5.Radation of Radlation: Toroidal
6.Radiation: Omni
7.Polarization: Vertical
8.Connctor Type: Tin
●Mechanical properties:
1.Cable: RG178 Brown Cable
2.Operation temperature range: -20℃~ +70℃
3.Storage temperature range: -30℃~ +80℃
4.Color:Black
5.Antenna Size:96*80mm
2.4G CPE Antenna
80X97mm
Frequency can be customized, and the antenna can be customized by providing diagrams or samples.
Dual-polarized aluminum CPE antenna
2.4G CPE ANTENNA with 178cable TIN/I-PEX
Application scenario
Wireless bridge antennas are suitable for building coverage, long-distance communication, urban hot spot coverage, temporary network construction and industrial applications.
The 2.4GHz 8dBi CPE Internal Aluminum Plate Antenna is a high-performance antenna specifically engineered to meet the demanding requirements of wireless communication equipment in terms of signal gain and transmission stability. Constructed from premium aluminum plate material, this antenna is precisely designed to fit within the internal structure of Customer Premises Equipment (CPE), thereby enhancing wireless signal transmission and reception capabilities within the 2.4GHz frequency band. It serves as a reliable solution for applications such as broadband access and wireless network deployment.
Core Parameters:
(1) Frequency Range
This antenna operates efficiently within the 2.4GHz frequency band and is compatible with various wireless communication standards under this range, including IEEE 802.11b/g/n. This ensures consistent and efficient signal transmission across commonly used wireless channels.
(2) Gain Performance
With a gain of 8dBi, this antenna significantly outperforms standard antennas by focusing signal energy more effectively. This enhances both signal radiation and reception sensitivity, extends wireless coverage, reduces signal loss, and improves overall communication quality, particularly in challenging environments.
(3) Materials and Structural Design
Fabricated from high-quality aluminum plates, the antenna offers excellent electrical conductivity and mechanical durability. Its structural design has been meticulously optimized to minimize signal interference, ensuring clean and stable signal transmission. Additionally, its compact form factor allows seamless integration into the confined internal space of CPE devices, facilitating straightforward installation.
Functional Advantages:
(1) Enhanced Signal Performance
The 8dBi high-gain design substantially improves the transmission and reception efficiency of signals within the 2.4GHz band. Even under conditions involving long-distance transmission or multiple physical obstructions, the antenna maintains stable connectivity, thereby increasing data throughput and network reliability. It is ideally suited for rural broadband expansion and wireless networking in parks and similar environments.
(2) Stability and Reliability
The combination of aluminum construction and advanced structural optimization provides robust immunity against electromagnetic interference. This ensures sustained communication link integrity and minimizes issues such as signal dropouts and latency.
(3) High Adaptability
Tailored to the internal configuration of CPE equipment, the antenna features precise dimensional specifications and interface compatibility. It can be seamlessly integrated into a wide range of CPE products without requiring extensive modifications, streamlining manufacturing and assembly processes.
Application Scenarios:
This antenna is widely applicable to 2.4GHz CPE devices, including but not limited to rural and remote area broadband access systems. By extending signal coverage, it addresses challenges related to network accessibility. It also supports wireless infrastructure deployment in enterprise campuses and smart communities, enabling the establishment of stable and high-efficiency wireless local area networks. Furthermore, it is suitable for temporary outdoor communication setups, meeting the connectivity demands of emergency response operations, sporting events, and other time-sensitive scenarios.
Installation and Usage Guidelines:
(1) Installation Procedure
During the manufacturing or assembly of CPE equipment, the antenna should be securely mounted at the designated internal location using the specified interface. Ensuring a firm connection is critical to maintaining optimal signal transmission performance and preventing degradation due to looseness.
(2) Precautions
Appropriate electrostatic discharge (ESD) protection measures must be implemented during installation to prevent damage to the antenna and internal components caused by static electricity. During operation, the antenna should be protected from physical impacts or compression that could deform the aluminum structure and compromise performance. Periodic inspection of the antenna’s connection status is recommended to ensure uninterrupted signal transmission.
With its professional engineering design and dependable performance, this product delivers high-quality signal enhancement solutions for 2.4GHz CPE equipment, significantly improving wireless communication experiences. We are committed to delivering added value to your products and projects.
