With the gradual improvement of the global 5G deployment, all walks of life are beginning to take advantage of the 5G wind. Such as Industry 4.0, Internet of Things, cloud computing, big data, etc. With the splendor of 5G terminal applications, various hardware devices are also facing innovation. Among them, 5G connectors, as important data and current transmission nodes, are facing the challenges of high current, high voltage, miniaturization, and precision. To truly realize the Internet of Everything, 5G connectors must meet the following three application scenarios:
1. EMBB (Enhanced Mobile Broadband)
Due to technologies such as millimeter wave and very large MIMO, 5G is generally considered to have peak speeds of 1Gbps, 10 times that of 4G, which will enable many previously unattainable applications (such as wireless transmission of high-definition video), enabling more massive The data transfer volume requires high-performance 5G connectors to achieve.
2. URLLC (High Reliability and Low Latency Communication)
5G autonomous driving, industrial control, telemedicine and other fields will have stricter real-time requirements for equipment. 5G connectors are required to have sufficient high reliability and low latency.
3. mMTC (Large Scale Internet of Things)
As 5G further covers smart cities, smart meters, public facility management, wearable devices, smart homes and other fields, facing the communication needs of millions of terminal devices per square kilometer, low power consumption and low cost are the key to designing connectors. a point that must be considered. 5G connectors need to maintain reliable data transmission while reducing energy consumption to meet the needs of future IoT applications.
As the world's leading manufacturer of key connectors, TXGA has provided the industry with reliable, professional and stable connector products for more than ten years. Realize the various personalized needs of customers. 5G connector is required, enter TXGA [Product Center].
