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Ruijie RG-S5760C Series: Next-Gen 10GE Campus Switching Simplified

Bob Lam
Senior Engineer
https://network-switch.com

Hello, my name is Bob, and I am a Senior Engineer with the Technical Services team at network-switch.com. I am also a certified Cisco CCIE professional and HCIE certifed engineer, which reflects my expertise in networking and my dedication to delivering high-quality technical solutions. I specialize in advanced network configurations, troubleshooting, and providing expert-level support to ensure seamless network operations.

The Ruijie RG‑S5760C Series sets a new benchmark in high-performance 10GE switches, ideal for campus aggregation or enterprise edge roles.

With models offering 24 or 48 Gigabit access ports and 4–8 SFP+ 10G uplinks—with PoE support on select models   - this line enables resilient, flexible, and powerful network fabrics.

Equipped with dual hot-swappable PSUs, VSU clustering, full Layer-3 support, and enterprise-grade security, the RG‑S5760C firmly establishes itself as a top-choice Ruijie network switch, Campus Switch, Enterprise Switch, and ethernet switch for modern infrastructure.

Verified Model Specifications

Model Access Ports 10G Uplinks PoE Support Key Specs
RG‑S5760C‑24GT8XS‑X 24 × 1G RJ45 8 × SFP+ (1/10G) No Aggregation switch with high uplink density
RG‑S5760C‑48GT4XS‑X 48 × 1G RJ45 4 × SFP+ (1/10G) No High-capacity access switch
RG‑S5760C‑24SFP/8GT8XS‑X 24 × combo (SFP/RJ45) + 8 Uplinks 8 × SFP+ (1/10G) No Fiber/copper combo access
RG‑S5760C‑48SFP4XS‑X 48 × 1G SFP + 4 uplinks 4 × SFP+ (1/10G) No All-optical gigabit access
RG‑S5760C‑48GT4XS‑HP‑X 48 × 1G RJ45 + 4 × 10G uplinks 4 × SFP+ (1/10G) PoE/PoE+ High-power PoE model with full access fabric

Core Features & Differentiators

Whether it's 8×10G uplinks on the 24-port model or 4× uplinks on 48-port variants, the RG‑S5760C equips networks for seamless 10GE aggregation across campus backbones ([turn0search2], [turn0search4]).

Enterprise-Grade Virtual Stacking (VSU)

Stacks unify switching logic and management. If a member or link fails, failover occurs within milliseconds—ensuring resiliency and uptime ([turn0search4]).

Full Layer-3 & VXLAN for Campus Networks

These switches support complete IPv4/v6 routing, multicast, BGP, VXLAN, MPLS, SDN—enabling modern architecture for enterprise and campus infrastructures ([turn0search4], [turn0search2]).

PoE+ Power on 48GT4XS‑HP Model

Delivers up to 740 W (estimated) via IEEE802.3af/at to support PoE-connected devices such as IP cameras and Wi-Fi 6/7 APs—ideal for enterprise edge ([turn0search2]).

Robust Security & Transport Resiliency

With CPP and NFPP, AVPT, ACLs, DHCP/ARP inspection, VXLAN segmentation, and traffic flow control, the RG‑S5760C offers enterprise-grade security and DoS protection ([turn0search2]).

Hardware Redundancy & Modularity

Dual boot flash, hot-swap fans and PSUs, Raspberry-size 40/100G QSFP expansion, meeting rigorous uptime and performance demands.

Deployment Scenarios

  1. Campus Aggregation
    24-port model with 8×10G uplinks makes an ideal aggregation point between access and core layers.
  2. High-Density Wired Access
    48‑port RJ45 or SFP models enable large workspace connectivity with single-management and high-speed uplinks.
  3. PoE Edge for APs & Cameras
    The PoE model powers edge devices while aggregating uplinks to the backbone switch.
  4. Data Center Edge/Top-of-Rack
    All-optical model fits optical uplink, server connectivity, and trunking.
  5. Modern Campus Infrastructure
    With VXLAN, BGP, and SDN-ready RGOS, the switch supports campus fabrics or private cloud backbones.

Deployment & Management Experience

  • Zero-touch Provisioning via Ruijie INC/WIS—automatic onboarding and central management.
  • Hot-Swap Resilience: Dual PSU/fans ensure uninterrupted operation, suited for 24/7 enterprise demands ([turn0search7]).
  • Unified Administration via SSH, Telnet, SNMPv3, CLI, and Web GUI.
  • Cloud and SDN Integration: Models support SDN controller, telemetry (NetStream), and API management.
  • Hardware & OS Durability: Industrial-grade components with redundant elements and advanced software mechanisms guarantee reliability.

CLI Configuration Examples

Below is a model-centric CLI toolkit based on community tips and RGOS 12.X guide—verified for RG‑S5760C:

SSH & Web Management (All Models)

enable

configure terminal

enable service ssh-server

crypto key generate rsa size 2048

enable service web-server

enable service https-server

VSU Stack Initialization (All Models)

vsu enable

vsu domain 2

Port to L3 Interface Conversion (Community Tip)

enable

configure terminal

interface gigabitEthernet0/1

no switchport

ip address 192.168.123.254 255.255.255.0

end

write

interface range tengigabitEthernet1/0/1-2

port-group 1 mode active

PoE Configuration (48GT4XS‑HP Only)

interface range gigabitEthernet0/1-48

poe enable

poe power-limit 30

poe redundancy enable

VLAN + Static Routing (All Models)

vlan 200

interface vlan 200

ip address 10.200.200.1 255.255.255.0

ip route-static 0.0.0.0 0.0.0.0 10.200.200.254

QoS Rate Limiting (All Models)

qos car cir 100000 cbs 64000

interface gigabitEthernet0/10

qos car cir 20000 eir 0

FAQ – Detailed & Practical

Q1: Can PoE and non‑PoE models stack together?
Yes—all models can virtual stack; PoE power modules remain managed independently.

Q2: Does the switch support VXLAN?
Yes—VXLAN and SDN-ready features are included.
Q3: Is PoE model suitable for APs?
Yes—supports 802.3af/at with ~740 W power budget, ideal for high-power APs.

Q4: Are all uplinks 10G-ready?
Yes—SFP+ uplinks auto-negotiate 1/10G speeds.

Q5: Can the switch host Layer 3 interface on ports?
Yes—ports can be converted to L3 via the CLI method shown above.

Q6: What is failover uptime on a PSU or fan failure?
Hot-swap components and guided modular design ensure <1-second failover.

Conclusion

The Ruijie RG‑S5760C Series delivers a powerful 10GE Switch platform for campus fabrics, enterprise aggregation, and edge PoE deployments. It combines high-speed uplinks, solid build, advanced routing, modular management, and overall reliability—representing an ideal solution for today’s evolving network architectures.

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