Runtime Flexibility for High-Speed FPGA Designs
Altera Agilex 7 FPGA Dynamic Reconfiguration
Demonstrated with Agilex 7 FPGAs, the technology allows a single hardware platform to switch between a 400G Ethernet configuration and multiple 100G Ethernet links on the same hardware platform.
Rather than requiring manual coordination of each step, Dynamic Reconfiguration uses a profile-driven flow to manage transitions across critical networking layers, including MAC, FEC, PCS, and PMA. This helps designers support greater flexibility without hardware changes, duplicate hardware paths, or a full FPGA reprogramming cycle.
Agilex 7 Dynamic Reconfiguration Key Features:
Runtime switching between supported operating configurations
Demonstrated transition from 400G Ethernet to multiple 100G Ethernet links
Profile-driven configuration using validated profiles
Coordinated transitions across MAC, FEC, PCS, and PMA layers
Managed sequencing through the Dynamic Reconfiguration Controller
Hardened transceiver and protocol IP for high-speed operation
Live traffic and link validation during configuration changes
Supports flexible system configurations without requiring hardware changes
Agilex 7 Dynamic Reconfiguration
Data center platforms
Telecom and front-haul systems
Edge systems
Networking platforms
Multi-protocol systems
Industrial systems
Support flexible, high-speed system designs with Altera Dynamic Reconfiguration on Agilex 7 FPGAs. Contact info@Braemac.com to learn more.
