Intel's forthcoming Xeon Diamond Rapids processors, part of the next-next generation, will introduce an innovative interface known as LGA9324, with physical samples already unveiled. Unlike Intel's consumer-grade Core processors, which typically see interface changes every two generations, server-grade Xeon processors undergo more frequent transitions. The sixth-generation scalable Xeon series has already traversed five distinct interfaces: LGA3647, LGA4189, LGA4677, LGA4710, and LGA7529. The upcoming Xeon Clearwater Forest is anticipated to maintain the LGA7529 interface, whereas the Xeon 8 series Diamond Rapids will shift to the new LGA9324. Nominally touting 9,324 pins, the actual pin count surges to 10,096, marking the first time it has exceeded 10,000 pins. This advanced interface will support an increased number of cores, memory channels, I/O channels, and cutting-edge technologies like PCIe 6.0 and DDR6, with a potential power consumption of up to 700W, necessitating liquid cooling solutions. Diamond Rapids is projected for release in 2027, poised to elevate Intel's 14A process with 16-channel memory support and PCIe 6.0 technology integration.