Use Case - Telecommunications

Deterministic networks for the 5G/6G era

Discover how FPGA-accelerated architectures enable deterministic, ultra-low-latency networking for 5G/6G telecommunications infrastructure.

In this use case, you will discover:

Why CPU-centric data paths struggle to maintain predictable latency and control jitter for URLLC workloads
How FPGA acceleration moves latency-critical packet processing out of the software stack and into a deterministic hardware path
How hardware-based IEEE 1588 PTP timestamping enables precise synchronization across distributed network infrastructure
How protocol offload and zero-copy DMA accelerate eCPRI and GTP-U traffic while reducing CPU involvement
How FPGA SmartNICs can support vRAN, 5G Core UPF, private 5G networks, network slicing, MEC, and fronthaul aggregation
How reprogrammable FPGA architectures can scale from 10G to 100G Ethernet and adapt as O-RAN and 6G requirements evolve