Jiangsu Hengxin Technology Co., Ltd, is a large high-tech enterprise providing wireless access system solutions. Its main business is designing wireless access system solutions and manufacturing antennas, RF cables, RF components and base station assemblies for wireless communication systems. The business is distributed in more than 70 countries and regions such as Europe, Asia Pacific and Central Asia, registered trademarks in 14 countries and regions, and is a world-renowned wireless access system solution provider.
Build a world-famous brand and become an international excellent enterprise. Hengxin technology will comprehensively promote the building of "Sanhua intelligent enterprise", lead the transformation of Intelligent Manufacturing in the industry, fully promote the "Four Transformations", comprehensively serve the fields of wireless access system, mobile communication, rail transit, communication EPC and testing services, accelerate the internationalization process, and build an international company with global integration of market, industry and brand, It has laid the foundation for strategic transformation in the 5G era, steadily realized the requirements of high-quality development, and made greater contributions to promoting the development of social wireless system access.
The Industrial Internet of Things (lloT) fully integrates modern technologies such as sensors, computer networks, big data analysis and processing, with the advantages of low cost, low investment and high applicability, it will have the ability to sense and monitor various types of sensors, control sensors or controllers, as well as mobile communications, intelligent analysis and other technologies are constantly integrated into each link of the industrial production process.
5G base station antenna systems are characterized by significant integration and miniaturization, and one of the priorities is to achieve integration and miniaturization of antennas and filters. For that reason, we have introduced ceramic dielectric passive device solutions and developed dielectric filters and duplexers that are suitable for 4G & 5G networks. Our unique ceramic injection moulding process ensures excellent impact resistance, high and low temperature reliability and consistency of ceramic dielectric products.
Most mobile operators operate multiple 2G, 3G and 4G networks simultaneously and have multiple frequency band resources. As the number of systems increases, tower-top resources are increasingly stretched. Furthermore, as new communication systems are implemented, such as 4G and 5G, legacy networks face replanting and upgrading.
This solution consists of a signal access module, signal bearing module and signal output module, connecting the last distance between the 5G core network and the user terminal.
The Industrial Internet of Things (lloT) fully integrates modern technologies such as sensors, computer networks, big data analysis and processing, with the advantages of low cost, low investment and high applicability, it will have the ability to sense and monitor various types of sensors, control sensors or controllers, as well as mobile communications, intelligent analysis and other technologies are constantly integrated into each link of the industrial production process.
5G base station antenna systems are characterized by significant integration and miniaturization, and one of the priorities is to achieve integration and miniaturization of antennas and filters. For that reason, we have introduced ceramic dielectric passive device solutions and developed dielectric filters and duplexers that are suitable for 4G & 5G networks. Our unique ceramic injection moulding process ensures excellent impact resistance, high and low temperature reliability and consistency of ceramic dielectric products.
Most mobile operators operate multiple 2G, 3G and 4G networks simultaneously and have multiple frequency band resources. As the number of systems increases, tower-top resources are increasingly stretched. Furthermore, as new communication systems are implemented, such as 4G and 5G, legacy networks face replanting and upgrading.
This solution consists of a signal access module, signal bearing module and signal output module, connecting the last distance between the 5G core network and the user terminal.