Lattice and Arm are making the AI server control plane a programmable module boundary instead of fixed motherboard glue. In Arm AGI CPU systems, Lattice FPGAs sit beside the host CPU and baseboard management controller while AMI firmware handles boot and platform management. Security, connectivity, and board control can change without forcing a host processor redesign.
The integration uses the Open Compute Project's Host Processor Module and Datacenter Secure Control Module architecture, connected through the open LVDS Tunneling Protocol and Interface. LTPI carries the management link across a standardized boundary. The FPGA absorbs platform-specific control and connectivity while the CPU module, secure control module, and firmware remain separable validation targets.
Server builders should test whether a control module can move across two host platforms without forking boot and management firmware before adopting this stack. Over the next 18 months, proprietary baseboard interfaces that bind one CPU, one controller, and one firmware tree will become a measurable integration tax in mixed AI fleets.