ROHO CONNECTOR LIMITED

    In recent years, society has gradually moved towards the era of intelligence. Artificial intelligence (AI) is considered an important part of the fourth industrial revolution. Smart homes, unmanned supermarkets, connected cars, smart transportation, smart cities, etc. The concept has already begun to be implemented.     These are the complete set of intelligent processes through intelligent identification, processing, and feedback.     If AI is compared to the human brain and intelligent hardware to the human body, then the connector is equivalent to the human meridian and plays an indispensable role.     It can be said that the rapid development of AI is accelerating the development process of the connector industry.     A large number of revolutionary high-tech electronic products enable connector manufacturers to accelerate the pace of research and development.     In particular, domestic connector manufacturers do not have an advantage in their technical level. In the era of intelligence, it is necessary to accelerate the pace of research and development and meet the needs of high-tech development in order to gain a foothold in the future.     So with the emergence of AI, where is the development direction of RF coxial connectors?     1. Precision. This is inevitable under the current framework. Human needs continue to increase, and more and more smart devices are miniaturized and sophisticated, such as smart phones, wearable devices, etc., and the space for connectors is greatly restricted. Miniaturization and precision are the future development trend.     2. High-speed transmission. AI does not mean having the best computing power. The key is to master a huge amount of data. AI means that the operation speed is very fast, which requires the connector to provide high-speed transmission functions.     3. Stable. Whether it is now or in the future, security and stability have always been a very important issue, especially in the AI era. The stability of the big data transmission signal is the primary problem we want to solve.     4. Intelligent. We can imagine what will happen if the connector becomes intelligent, every link is becoming intelligent, the pattern of the connector industry will be reshuffled, and the human-machine collaboration will be fully integrated in the future.     The emergence of artificial intelligence has brought many conveniences to life, and it has also brought huge changes to all walks of life. Many domestic companies have already taken the lead in participating in this intelligent era, such as Alibaba, JD.com, Baidu, etc. Domestic connector companies need to speed up their pace and keep up with the great era of intelligent development.

    IPEX connector are widely used in mobile phones, digital cameras, computers, switches, routers, GPS navigation, wireless network cards, LCD monitors, household appliances, automotive electronics, etc. IPEX RF connectors are different in different connector sizes. The size of the other RF connectors is small, and the feeders used can be made very thin.     IPEX connector holders are used when space requirements are high. So what type of size does the IPEX connector have? Let's take a look at it by ROHO.     The connector sizes are as follows:     1. IPEX sealed connectors are: MX120G, MX64, MXP120, MX150L     2. IPEX automotive connector specifications are: MX123, CMC and CMX sealed hybrid module connector.

    With the development of science and the upgrading of the global positioning system, GPS antenna in the field of professional and business, such as convoys, exploration of science and technology, military tracking and other consumption products occupy very important position, then what is the role of it?     The first is to capture satellites and receive satellite positioning information, which is radiation and electromagnetic waves. Any high frequency circuit, as long as it is not completely shielded, can radiate electromagnetic waves more or less to the surrounding space, or receive electromagnetic waves more or less from the surrounding space.     The second function is to change the electromagnetic energy of the radio signal sent by the satellite into the current that can be absorbed by the electronic device of the receiver, that is, the energy conversion. For special equipment or car equipment, the equipment and GPS receiver module before tend to have a certain distance, so in a real environment may use more than 1 meter of feeder cable, but since there are many signal loss for feeder cable, so in this environment can only choose active GPS antenna.