At Computex, AMD and Intel unveiled next-generation server CPU sockets engineered to support the escalating computational demands of artificial intelligence infrastructure. The AMD SP7 socket, designed for the upcoming EPYC Venice processor family, is scheduled for release in 2026, granting the company a competitive lead in the server transition cycle. Intel is preparing a parallel architectural shift with its LGA9324-1 socket, a 9,324-pin interface that will anchor the Xeon Diamond Rapids platform upon its projected 2027 debut. Both socket designs feature substantially enlarged physical footprints, a deliberate engineering response to the severe thermal and power delivery requirements of modern data centers. The expanded surface area accommodates advanced cooling solutions and higher current delivery capabilities essential for sustained high-performance computing and AI training workloads. By prioritizing robust power delivery and enhanced thermal management, each manufacturer is laying the groundwork for server platforms capable of handling the electrical density of next-generation accelerators and processors. The staggered deployment schedule highlights a strategic divergence in release timing, with AMD securing an early market entry in 2026 while Intel plans to refine its architecture for the 2027 cycle. As cloud providers and enterprise operators continue scaling AI operations, these updated socket specifications will function as critical hardware foundations, dictating motherboard designs, thermal frameworks, and power distribution standards for the coming generation of enterprise servers.