DIGITIMES believes that demand for general-purpose servers will rise in 2026, driven by three concurrent factors: the continued deepening of enterprise AI adoption, the expansion of computing resources by cloud service providers, and a new wave of datacenter equipment refresh cycles.
Amid the crowding-out effect from capacity allocated to high-density DRAM and high-bandwidth memory (HBM), memory costs are expected to remain elevated, prompting industry players to reassess server architecture scalability and capital expenditure allocation. Compute Express Link (CXL) technology enhances memory pooling, sharing, and flexible allocation, helping enterprises reduce resource idling and the risk of overprovisioning while improving memory utilization across diverse workloads.
As the platform ecosystem matures, CXL is poised to become a key technology for general-purpose servers, enabling cost control, better resource utilization, and more optimized overall cost structures.
Chart 3: CXL standards evolution and server hardware architecture diagram
Chart 4: Three major application advantages and future development trends of CXL
Chart 5: Comparison of traditional servers adopting standard and CXL memory
Chart 6: Cost structure comparison of general-purpose servers (L11) in 2026 and before
Chart 8: Comparison of traditional and CXL solutions in 1TB memory data center server
Chart 9: Summary of CXL's advantages in improving server memory efficiency
