Kinghelm GPS/BD+4G+WIFI Antenna KH-GNSS.WLAN-FAKRA-L3M : Unmatched 4G & WLAN Connectivity for Ultimate Performance and Reliability
In today's fast-paced world, reliable connectivity is the backbone of modern communication, especially in industries requiring high-performance wireless solutions. The KH-GNSS.WLAN-FAKRA-L3M by Kinghelm is an advanced omnidirectional Antenna designed to meet the demanding connectivity needs of 4G communication and WLAN systems. Offering optimal signal coverage and enhanced stability, this compact yet powerful antenna ensures uninterrupted data transmission across a variety of applications, including vehicle navigation, IoT devices, and mobile surveillance systems.
Kinghelm KH-GNSS.WLAN-FAKRA-L3M Product Image
Key Features
Dual Connectivity: The KH-GNSS.WLAN-FAKRA-L3M antenna seamlessly integrates GNSS (Global Navigation Satellite System) and WLAN (Wireless Local Area Network) functionality, providing a versatile solution for modern communication needs.
High Gain for Stronger Signals: Featuring a 6.0 dBi gain, this antenna significantly reduces signal blind spots and enhances data stability, ensuring optimal performance even in complex environments.
Easy Installation: Equipped with a FAKRA connector and a 3-meter cable, this antenna offers easy and flexible installation for a wide variety of devices and systems, making it a hassle-free choice for professional setups.
Omnidirectional Coverage: With 360-degree signal coverage, this antenna guarantees seamless connectivity, ensuring continuous signal reception and transmission no matter the environment.
Technical Specifications
The Kinghelm KH-GNSS.WLAN-FAKRA-L3M antenna is engineered for both 4G and WLAN applications, offering excellent performance across a broad frequency range. Its low VSWR (≤1.5) minimizes signal loss, while the wide bandwidth (≥20 MHz) ensures compatibility with a wide range of communication systems.
Ideal Applications
1. Vehicle Navigation: Ensure reliable GNSS signal reception for accurate, real-time navigation in even the most challenging environments.
2. Mobile Surveillance: Perfect for mobile surveillance systems that require robust WLAN and 4G connectivity for uninterrupted data streaming, even in remote locations.
3. IoT Devices: Ideal for enhancing communication between IoT devices, enabling efficient and stable data transfer across wireless networks.
4. Drone Communication Systems: Provide long-range, stable connectivity for drone operations, ensuring seamless data transmission and real-time monitoring.
Why Choose KH-GNSS.WLAN-FAKRA-L3M?
High Signal Gain: The antenna's 6.0 dBi gain enhances signal stability, helping to eliminate drop-offs and ensuring reliable communication.
Wide Compatibility: With a FAKRA connector and a generous 3-meter cable, this antenna is compatible with a range of devices and applications, making it the ideal choice for diverse industries.
Compact Yet Powerful: Despite its small form factor, the KH-GNSS.WLAN-FAKRA-L3M delivers top-tier performance, making it easy to integrate into a variety of systems without compromising on connectivity quality.
Reliable in Challenging Environments: Whether you're in a vehicle, remote field, or indoor environment with complex obstacles, this antenna ensures continuous and uninterrupted communication.
Installation Tips for Optimal Performance
1. Avoid Metal Interference: To prevent signal degradation, install the antenna in areas free from metal obstructions.
2. Check Connections Regularly: Ensure that cables and connectors are secure and free of wear to maintain optimal performance.
3. Protect from Extreme Weather: Keep the antenna safe from harsh weather conditions, which may affect both its longevity and performance.
Kinghelm KH-GNSS.WLAN-FAKRA-L3M Specification
Conclusion
The Kinghelm KH-GNSS.WLAN-FAKRA-L3M omnidirectional antenna stands out as a reliable, high-performance solution for a wide range of applications. Whether you're building a vehicle navigation system, enhancing mobile surveillance setups, or enabling seamless communication in IoT networks, this antenna offers the optimal combination of high gain, wide frequency range, and versatility. With its easy installation, excellent performance in challenging environments, and robust signal stability, the KH-GNSS.WLAN-FAKRA-L3M is the antenna professionals trust for demanding applications.
- |
- +1 赞 0
- 收藏
- 评论 0
本文由Vicky转载自Kinghelm Official Website,原文标题为:『Daily Highlight』Kinghelm GPS/BD+4G+WIFI Antenna KH-GNSS.WLAN-FAKRA-L3M : Unmatched 4G & WLAN Connectivity for Ultimate Performance and Reliability,本站所有转载文章系出于传递更多信息之目的,且明确注明来源,不希望被转载的媒体或个人可与我们联系,我们将立即进行删除处理。
相关推荐
Kinghelm Omnidirectional Antenna KH-GNSS.WLAN-FAKRA-L3M : The Superior Connector for Mobile Communications and IoT
In today’s fast-paced world, reliable connectivity is the backbone of modern communication, especially in industries requiring high-performance wireless solutions. The KH-GNSS.WLAN-FAKRA-L3M by Kinghelm is an advanced omnidirectional antenna designed to meet the demanding connectivity needs of 4G communication and WLAN systems. Offering optimal signal coverage and enhanced stability, this compact yet powerful antenna ensures uninterrupted data transmission across a variety of applications, including vehicle navigation, IoT devices, and mobile surveillance systems.
Maswell 5G 4X4 MIMO Antenna Operates within a Wide Frequency Range from 700 to 6000MHz, with a Peak Gain of 3dBi
Maswell 5G 4X4 MIMO antenna AN.AG50.4Cell.6000.40 is designed for 4X4 MIMO reception and it comes with four independent cables, supporting almost all global 5G, 4G LTE, 3G, and WiFi frequency bands. It operates within a wide frequency range from 700 to 6000MHz, with a peak gain of 3dBi.
Kinghelm KH-GPS/BD-SS04 Dual-Frequency Beidou/GPS Antenna: High-Performance Satellite Navigation and Positioning Solution
The Kinghelm KH-GPS/BD-SS04 is a high-performance dual-frequency antenna designed to receive signals from both Beidou and GPS satellites. This versatile antenna is primarily used for satellite positioning in mobile communication base stations, system timing, and various applications that require reliable Beidou/GPS signal acquisition. This makes it an excellent choice for industries such as navigation, tracking and monitoring, security, military, and other fields that rely on precise satellite data.
金航标天线选型表
金航标提供汽车定位天线,陶瓷天线,北斗天线,胶棒天线,蓝牙天线,吸盘天线,GPS天线,PCB天线,WIFI蓝牙FPC天线,玻璃钢天线,WiFi天线,4G通讯天线,吸盘弹簧天线,定位天线,通讯天线,羊角天线,一字天线,WIFI胶棒天线选型:信号2.4-6G,阻抗(Ω):50Ω,驻波比:≤1.5: 1/≦1.3/≤2.0/≤2.5等,最大功率(W):3-50W,极化方式:垂直/线性/水平极化/右旋圆极化等。
产品型号
|
品类
|
频率
|
信号
|
线材
|
阻抗(Ω)
|
驻波比
|
增益(dBi)
|
最大功率(W)
|
尺寸
|
规格
|
极化方式
|
方位波束宽度
|
YL46-4G-SMA-174-3M
|
汽车定位天线
|
698-960/1710-2700MHz
|
4G
|
RG174线
|
50Ω
|
≤2.0
|
2.15dBi
|
40W
|
46*16mm
|
SMA镀金内螺内针
|
垂直
|
全向
|
选型表 - 金航标 立即选型
Ceramic Antennas: Principles, Characteristics, and Their Applications in Wireless Communication
Ceramic antennas, as essential components in the field of wireless communication, have garnered widespread attention due to their unique performance characteristics and extensive application areas.
TE Connectivity to acquire antennas business from Laird Connectivity
TE Connectivity (TE) are pleased to announce that TE signed a definitive agreement to acquire the antennas business from Laird Connectivity.
Introduction to the Principles of Fiberglass Antenna
Fiberglass antenna is a lightweight and high-strength antenna widely used in wireless communication, broadcasting, aerospace, and other fields. This article will introduce the working principle and advantages of fiberglass antennas.
Kinghelm Bluetooth Chip Antenna KH-3216-H0209: High Performance and Reliability for Wireless Communication
The Kinghelm bluetooth chip antenna KH-3216-H0209 is a high-performance wireless communication chip antenna optimized for the 2.4GHz frequency band. With its excellent performance parameters and steady operation, this bluetooth chip antenna has become a popular choice in wireless communication, IoT and smart devices.
The Role of Wireless Antennas in Modern Communication
This article will explain the transmission principles of wireless antennas, how they convert electrical current into radio waves, and the basic physical processes involved.
5G Millimeter Wave Horn Antenna Covering the Frequency Range of 26.5 ~ 40GHz, With a Typical Gain of 12dBi
Maswell has launched a new 5G millimeter wave horn antenna AN.Horn.5G.mmwave.26.40.WR28, covering the frequency range of 26.5 ~ 40GHz, with a typical gain of 12dBi.
Maswell 824~960/1710~2170MHz Mini Round Dock 4G/3G/LTE Antenna with A Maximum Gain of 2dBi
Maswell‘s Mini Round Dock 4G/3G/LTE Antenna AN_GSM_016L has a frequency range of 824~960/1710~2170MHz.The highest gain value is 2dBi, this antenna model adopts magnet type installation method, easy to install and easy to get started.
Kinghelm Bluetooth Antenna KH3216-A55: A Compact, High-Performance Solution for Wireless Communication
The Kinghelm KH3216-A55 Bluetooth Antenna stands out as a high-performance, compact, and reliable solution for a wide range of wireless communication applications. Whether for consumer electronics, IoT, wearables, or automotive electronics, its efficient design and dependable signal transmission make it an excellent choice for manufacturers looking to deliver quality products that meet modern connectivity needs.
Kinghelm KH-6G-0H-08 High-Performance Dual-Polarized Vivaldi Antenna: Leading the 6G Technology Revolution
The KH-6G-0H-08 dual-polarized Vivaldi antenna, Kinghelm‘s flagship product specifically designed for 6G communication, integrates the most advanced antenna technologies and high-quality materials, tailored to meet the demands of future high-density, high-speed network environments. Its unique dual-polarized design not only broadens the frequency coverage range (600-6000MHz) but also achieves unprecedented levels in gain performance and side lobe level control, ensuring efficient and stable signal transmission.
AGPS-SMA3M GPS天线产品规格
描述- 本资料介绍了AGPS-SMA3M天线,这是一款专为GPS频段设计的天线,适用于车辆导航、定位跟踪、安全设备、行车记录仪等多种场合。资料详细描述了该天线的特性、相关参数、机械和环境规格。
型号- AGPS-SMA3M
Wireless Antennas: Principles of Signal Transmission
Wireless communication technology is an integral part of modern life. This article explores the fundamental principles of how antennas transmit signals, diving into the physics behind the process.Future antennas are expected to be more compact, precise, and efficient, enabling faster, more reliable, and longer-range communication systems.
电子商城
现货市场
登录 | 立即注册
提交评论