The Internet of Things (IoT) era is entirely upon us with the advent of smart manufacturing, smart healthcare, smart retail, smart transportation, and more. The number of connected devices globally continues to increase each year. According to estimates from the international research firm Analytics, the global IoT device count is expected to reach 38.6 billion by 2025, further growing to 50 billion by 2030. As tens of billions of devices worldwide can collect data and connect to the internet, there is a growing need for faster, low-latency 5G networks. Many enterprises are opting for an edge computing network infrastructure to address potential issues such as network bandwidth shortages leading to unstable or interrupted data transmission. This involves deploying edge servers at the device level to perform computation and storage on the data collected from the devices. This approach helps reduce network bandwidth usage, minimize latency, and shorten response times, enabling businesses to operate more efficiently or provide higher-quality services. Recognizing the rapid emergence of demand for edge computing servers, Chenbro continues to innovate relevant products tailored to different 5G edge computing requirements. This includes diverse solutions for O-RAN and edge telecommunications base station equipment, meeting the needs of operators for high-availability networks, and assisting them in creating more agile communication services. For instance, Chenbro's RM252 and RM352 series products are optimized for 5G and edge computing applications. The RM252 series supports up to three full-height or seven thin PCIe expansion slots in a single GPU, maximizing computing performance for distributed or open IT infrastructure edge sites. The RM352 series supports full-height PCIe expansion slots for GPU or FPGA accelerator cards, optimizing edge computing, machine learning, and base station applications at edge sites.