1. High-Bandwidth Edge Industrial Fiber Ring Aggregation
Aggregates high-speed sensor data and machine-vision cameras from the edge of an industrial floor back to a central control room. Using the 8x 2.5G SFP ports, fiber optic lines can span long distances without electromagnetic interference (EMI) issues, commonly found on standard copper cables in heavy manufacturing zones.
Problem SolvedOvercomes copper cabling limitations regarding EMI noise and distance constraints (typically 100m) while boosting throughput to 2.5 Gbps per line.
SFP PortsFiber Optic2.5GbpsEMI ImmunityMulti-gigabit Aggregation
2. Silent Control Room & Edge Cabinet Data Storage Backbones
In control rooms, cleanrooms, or localized edge cabinets where ambient noise must be minimized, the fanless passive-cooling design of the steel chassis allows for silent operation. Coupled with 2.5G speeds, it enables rapid backups to Network Attached Storage (NAS) units without requiring loud active-cooling infrastructure.
Problem SolvedEliminates acoustic noise and mechanical fan failure risks in tight edge cabinets, ensuring high-speed data backup remains reliable and silent.
Fanless DesignSteel CasingPassive CoolingNAS BackupQuiet Operation
3. High-Density CCTV Optical Distribution Node
Connects multiple localized remote surveillance pillars (housing high-definition or multi-sensor cameras) to a central NVR via fiber modules. Utilizing a store-and-forward architecture with a 16K MAC address table, the switch manages large video frame packets seamlessly without causing packet drops or latency.
Problem SolvedSolves packet loss and buffer overruns associated with multi-camera high-definition IP video feeds while providing isolated fiber runs to prevent lightning surge propagation across copper cables.
Store-and-Forward16K MAC TableCCTV DistributionSurge IsolationSFP Fiber
