Ruijie RG-CS85-48GT4XS-HPD Layer 3 PoE Core Switch

• Enterprise campus core and aggregation networks
• Smart building infrastructure with integrated PoE devices
• University and multi-building wireless deployments
• IP surveillance and security camera backbone networks
• Healthcare hospital network convergence systems
• Government digital infrastructure networks
• Large corporate headquarters LAN core switching
• Industrial IoT and automation network backbones
• Retail chain centralized network infrastructure
• Data center access layer switching with PoE endpoints

• Layer 3 enterprise core switching architecture
• 48 × Gigabit Ethernet ports for high-density connectivity
• 4 × 10GE uplinks for backbone aggregation performance
• Integrated high-power PoE delivery for endpoint devices
• Supports IP cameras, Wi-Fi APs, and IoT infrastructure
• Designed for converged campus and enterprise networks
• Enables simplified network and power infrastructure design
• High-performance traffic forwarding for enterprise workloads
• Supports scalable multi-layer network architectures
• Enhances deployment efficiency in smart building environments
• Improves network visibility and centralized management
• Reduces dependency on external PoE switches
• Optimized for hybrid cloud and digital transformation networks
• Supports long lifecycle enterprise infrastructure planning

• Brand: Ruijie
• Product Model: Ruijie RG-CS85-48GT4XS-HPD
• Switch Type: Layer 3 PoE Core Switch
• Downlink Ports: 48 × Gigabit Ethernet (10/100/1000 Mbps)
• Uplink Ports: 4 × 10 Gigabit Ethernet (10GE)
• PoE Support: Yes (High Power PoE)
• Network Layer: Layer 2 / Layer 3 Switching
• Deployment Role: Core / Aggregation Switch
• Product Series: Ruijie CS85 Series Core Switch

WHY CHOOSE THIS PRODUCT?

• Organizations choose the RG-CS85-48GT4XS-HPD when they need a unified core switching platform that combines Layer 3 intelligence with integrated PoE power delivery. It reduces infrastructure complexity by eliminating the need for separate PoE aggregation layers, improving both cost efficiency and network manageability.
• Compared to traditional core switches without PoE, it enables direct deployment of wireless access points and IP endpoints at scale, significantly accelerating network rollouts in campus and enterprise environments. Its high-density Gigabit architecture ensures stable performance across converged traffic types including voice, video, and cloud applications.
• From a procurement perspective, it delivers strong lifecycle value by reducing hardware sprawl, simplifying power planning, and improving energy efficiency across the network. It supports scalable enterprise expansion, making it a long-term backbone investment for organizations modernizing toward hybrid cloud and intelligent campus infrastructures.