1. Industrial Control Room Fiber-Optic Core Aggregation
Utilizing the 16× 10G SFP+ fiber ports to aggregate high-bandwidth data feeds from several distributed Layer 2 edge switches across the industrial plant. Fiber connections provide complete electrical isolation and electromagnetic noise immunity from heavy machinery, ensuring reliable industrial Ethernet communication.
Problem SolvedPrevents data bottlenecks and signal corruption caused by electromagnetic interference (EMI) in high-voltage industrial environments.
10G SFP+Fiber aggregationEMC immunityIndustrial Ethernet backbone
2. Industrial Campus HD Surveillance Network Core
Deploying the switch as the central routing hub to handle high-definition, high-frame-rate video feeds from up to 100+ IP cameras deployed across warehouses and manufacturing yards. The 320Gbps switching capacity ensures seamless, packet-loss-free routing, while L3 Static and RIP routing manages the inter-VLAN routing natively.
Problem SolvedEliminates network congestion and latency bottlenecks at the central NVR (Network Video Recorder) ingest point.
320Gbps switching capacityLayer 3 routingInter-VLAN routingIP video surveillance backbone
3. IIoT Virtualized Edge Computing Server Interconnection
Interconnecting local virtualized servers and databases processing Industrial IoT (IIoT) telemetry data. The L3 switch acts as the ultra-low-latency physical gateway between different operational technology (OT) network segments, using static routing to guide traffic efficiently while securing segments via advanced ACLs.
Problem SolvedMaintains deterministic segment-to-segment performance with sub-millisecond latency without overloading the IT department's corporate routers.
Static RoutingACL securityOT/IT integrationTelemetry data routing
