CAT6A delivers 10GbE over compliant 100-meter copper channels, while multimode and single-mode fiber support a range of faster, longer-reach optical links
CAT7 copper cabling offers shielded 10GbE connectivity for structured LAN installations, while multimode and single-mode fiber support different reach and bandwidth requirements.
CAT8 copper cabling targets high-speed 25GBASE-T and 40GBASE-T connections over channels up to 30 meters, while fiber supports a wider range of reach options for high-capacity networks.
5G fronthaul and backhaul serve different roles in mobile transport networks. Fronthaul connects radio units with distributed baseband processing, while backhaul carries aggregated mobile traffic toward the core network.
eCPRI brings packet-based Ethernet transport and flexible radio functional splits to mobile fronthaul, while traditional CPRI uses a dedicated constant-rate interface for digitized radio samples.
WDM fronthaul and dark fiber fronthaul are two ways to connect 5G radio units to baseband processing. Compare fiber consumption, latency, synchronization, capacity scaling, cost, and deployment scenarios for 5G transport.