In recent years, 5G (the fifth generation of mobile general-purpose technology) has been the undisputed focus of the communications community. 5G can achieve a transmission rate of 1Gb/s, which can transmit an HD movie in less than ten seconds. So how does 5G achieve such high transmission rates? This requires us to understand one of the key technologies - the microwave. 2.4mm connectors also play an important role in this.
A millimeter wave is usually positioned as an electromagnetic wave with a frequency in the frequency domain of 30~300GHz, which is located in the wavelength range where microwave and far-infrared waves overlap and has the characteristics of extremely wide bandwidth, narrow beam, and high-frequency band. The 2.4mm connector is an application of this principle
Millimeter wave and 5G technology
Perhaps many friends have this question: millimeter wave and the popular 5G what exactly is the relationship? In fact, the solderless 2.4mm connector pcb is a key technology applied to 5G, and its propagation characteristics bring a number of advantages for 5G communication. Millimeter wave frequency range of 30 to 300 GHz, the bandwidth of up to 273.5 GHz, even subject to atmospheric absorption factors, the use of the four windows of the total broadband up to 135 GHz. increase wireless transmission rate by and large two methods, one is to increase the spectrum utilization, the second is to increase the spectrum bandwidth, and the millimeter wave is through the latter to achieve high-speed transmission of 5G. The solderless 2.4mm connector pcb provides a practical basis for this advantage.
A millimeter wave has a narrow beam, so it can distinguish small targets that are closer together or observe the details of the target more clearly and with better spatial resolution. Therefore, the application of a solderless 2.4mm connector enhances the accuracy of 5G transmission.
Millimeter waves are more affected by oxygen, water vapor, precipitation, and suspended matter in atmospheric propagation, resulting in shorter signal propagation distances, but because of this, millimeter waves can greatly reduce interference between signals from different terminals and enhance the difficulty of information being intercepted. Therefore, the application of solderless 2.4mm connectors enhances the security and stability of 5G transmission.
Application of millimeter wave
At present, millimeter wave technology is used in communications, radar, guidance, remote sensing, clinical medicine, radio astronomy, and other fields, for example, the recently launched CM438 Nebula Lookout is a wireless high-frequency screen thrower that applies millimeter wave technology, which can effectively avoid the interference of many low-frequency electronic devices, and support 4K HD transmission with no delay and no lag in the screen. The 2.4mm connector is an indispensable part of this.
Overall, 2.4mm RF connectors can be one of the keys to 5G communication technology by enhancing the spectrum bandwidth for ultra-high-speed wireless data propagation and its own characteristics to enhance the stability, accuracy, and security of transmission.The 2.4mm connector provides a good foundation for the development of 5g technology. The production of excellent, composite national standard connectors has become the wood plaque of every company. If you are engaged in 5g technology or interested in 2.4mm connectors, you can consider Zhejiang LenoRF Industry co. LTD has devoted itself to the research of 2.4mm connectors for several years and has achieved greater success.
Our company, Zhejiang LenoRF Industry co. LTD, occupies an area of 30 hectares and is equipped with world class equipment to make millimeter wave connectors and phase stable cables. We specialize in coaxial connectors, cable assembly, and passive devices. Our current products are the latest millimeter wave connector and phase stable cable on the market.
