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RG-S6150-48VS8CQ-X 48-Port 10GE All-Optical Layer 3 Managed Core & Aggregation Switch, 100G Uplink

Core or aggregation switch for small and medium-sized networks, supporting the smooth evolution to 25G campus networks

Models

RG-S6150-48VS8CQ-X

48 x 10G Optical Ports,Eight 100G Optical Ports

RG-S6150-24VS8CQ-X

24×10G Optical Ports,Eight 100G Optical Ports

Series

RG-S6150-X Series Gigabit Switches

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Highlight Features

Rich port types, 48 x 10G optical ports, and 8 x 40G/100G optical ports for uplink
VSU virtualization, flexible networking and high performance
Hardware redundancy, guaranteed service continuity and network connectivity
Layer 3 routing control, adaptive to multiple services, efficient and guaranteed data transmission
Network security policies and real-time monitoring, delivering enhanced network robustness
Paired with INC for simplified and efficient O&M

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Features

Layer 3 10GE All-Optical Core & Aggregation Switch
RG-S6150-48VS8CQ-X

High-density core switch for small and medium-sized networks, or aggregation switch for large networks, with 48 x 25G service ports and eight 100G uplink ports Flexible
access capabilities, which fully cater to the requirements of high-performance networks, supporting smooth evolution to 25G campus networks

VSU Virtualization, Flexible Networking and High Performance

Millisecond Failover

High Scalability

Simplified Networking

The VSU connects to peripherals through an aggregate link, realizing service switching in milliseconds upon a failure.

VSU virtualization technology is supported to increase bandwidth through link aggregation, which greatly improves forwarding capabilities of the switch.

Multiple physical switches can be virtualized into one logical unit to simplify network configuration and architecture, eliminating loops, and improving reliability.

Hardware Redundancy, Guaranteed Service Continuity
and Network Connectivity

Hot-Swappable Power Modules + Intelligent Fan Modules

Hardware-Level Boot Redundancy

Optical Port Fault Isolation

Power modules can be replaced without affecting device operation. Intelligent fan speed regulation is supported for efficient cooling,
providing dual protection for the network.

Two Flash chips are used to store the system boot program for hardware-level boot redundancy, avoiding device failure caused by a failed Flash chip.

The innovative isolated chip design ensures that the normal operation of other optical ports are not affect by isolating the faulty optical module. The port returns to normal
operation immediately after the faulty optical module is replaced, effectively ensuring service stability.

Layer 3 Routing Control, Adaptive to Multiple Services, Efficient and
Guaranteed Data Transmission

IPv4 and IPv6 Protocols

Abundant Multicast Protocols

Static and Dynamic Routing

The hardware supports dual stack for high-speed switching, catering to the requirements of campus network transition from IPv4 protocol to IPv6 protocol,
with significant improvement in address table capacity and network security.

Point-to-multipoint directional communication can avoid data redundancy on the network, realizing safe and efficient data transmission.

In simple campus scenarios, the switch can achieve easy configuration and high information security, while in large-scale interconnecting scenarios,
the switch can realize auto-negotiated update of transmission paths to improve transmission quality.

Network Security Policies and Real-Time Monitoring, Delivering
Enhanced Network Robustness

CPP

NFPP

Large amounts of data from different sources are handled by CPP first to prevent direct attacks on the CPU, ensuring CPU stability under high usage,
and achieving significant improvement in the device's security performance.

Managed by the INC Controller to Achieve Easy and Efficient O&M Management

The switch automatically completes registration and
configuration after it accesses the all-optical network, achieving
plug and play, no commissioning and fast onboarding.

A switch can be flexibly replaced based on service needs
without reconfiguration. Service ports supports auto-sensing,
achieving automatic O&M.

Fast Onboarding

Zero Touch Replacement

Specifications

Hardware Specifications

Hareware Specifications	RG-S6150-24VS8CQ-X	RG-S6150-48VS8CQ-X
Interface Specifications
Fixed port	24 x 10GE/25GE (license required for 25G*) SFP28 ports 8 x 40GE/100GE QSFP28 ports	48 x 10GE/25GE (license required for 25G*) SFP28 ports 8 x 40GE/100GE QSFP28 ports
Fan module	4 x fan modules 3+1 redundancy, at least three fan modules required for the system Fan speed regulating and fault alarming
Power module	2 x hot-swappable power modules
Fixed management port	1 x MGMT port, 1 x console port, and 1 x USB 2.0 port
System Specifications
System switching capacity	2.8 Tbps	4 Tbps
Number of MAC addresses	Number of global MAC addresses: 128,000 (default) Number of static MAC addresses: 10,000	Number of global MAC addresses: 128,000 (default) Number of static MAC addresses: 10,000
ARP table size	96,000 (default)	96,000 (default)
ND table size	80,000 (default)	80,000 (default)
Number of IPv4 unicast routes	350,000 (default)	350,000 (default)
Number of IPv4 multicast routes	4,000	4,000
Number of IPv6 unicast routes	65,000 (default)	65,000 (default)
Number of IPv6 multicast routes	2,000	2,000
Number of ACEs	Ingress: 28,000 Egress:4,000
Number of IGMP groups	4,000
Number of MLD groups	1,000
Number of VSU members	4	4
Number of VRFs	1,024	1,024
Dimensions and Weight
Dimensions (W x D x H)	442 mm x 387 mm x 44 mm (17.40 in. x 15.24 in. x 1.73 in.)	442 mm x 387 mm x 44 mm (17.40 in. x 15.24 in. x 1.73 in.)
Weight (four fan modules and two power modules at full load)	10 kg (22.05 lbs)	10 kg (22.05 lbs)
CPU and Storage
CPU	2.2 GHz quad-core processor	2.2 GHz quad-core processor
Storage	DDR4 4 GB 8 GB flash memory	DDR4 4 GB 8 GB flash memory
Data packet buffer	35 MB	35 MB
Power and Consumption
Maximum power consumption	270 W	300 W
Maximum output power	PA550I II-F: 90–264 V AC or 100–240 VAC, 550 W	PA550I II-F: 90–264 V AC or 100–240 VAC, 550 W
Rated input voltage	AC input: 100 V AC to 240 V AC Frequency: 50/60 Hz HVDC input: 240 V DC
Maximum input voltage	AC input: 90 V AC to 264 V AC HVDC input: 192 V DC to 288 V DC
Environment and Reliability
MTBF	> 200,000 hours	> 200,000 hours
Primary airflow	Front-to-rear airflow
Operating temperature	0°C to 45°C (32°F to 113°F)
Storage temperature	–40°C to +70°C (–40°F to +158°F)
Operating humidity	10% RH to 90% RH (non-condensing)
Storage humidity	5% RH to 95% RH (non-condensing)
Maximum operating altitude	5000 m (16404.20 ft.)	5000 m (16404.20 ft.)
Interface surge protection	Telecom port: 4 kV (MGMT port)	Telecom port: 4 kV (MGMT port)

Software Specifications

RG-S6150-X Series
Feature	Description
Ethernet switching	Jumbo frame (maximum length: 9,216 bytes)
	IEEE 802.1Q (supporting 4K VLANs)
	Maximum number of VLANs that can be created: 4,094
	Voice VLAN
	Super-VLAN and private VLAN
	MAC address-based, port-based, protocol-based, and IP subnet-based VLAN assignment
	GVRP
	Basic QinQ and selective QinQ
	STP (IEEE 802.1.d), RSTP (IEEE 802.1w), and MSTP (IEEE 802.1s)
	ERPS (G.8032)
	LACP (IEEE 802.3ad)
	LLDP/LLDP-MED
IP service	Static and dynamic ARP
	DHCP server, DHCP client, DHCP relay, and DHCP snooping
	DNS
	DHCPv6 server, DHCPv6 client, DHCPv6 relay, and DHCPv6 snooping
	Neighbor Discovery (ND) and ND snooping
	GRE tunnel
IP routing	Static routing
	SVI: 4k supported
	RIP and RIPng
	OSPFv2 and OSPFv3
	GR
	IS-ISv4 and IS-ISv6
	BGP4 and BGP4+
	Equal and Weighted Cost Multi-Path (ECMP)
	Packet-based and flow-based load balancing
	MCE
	Stateless auto configuration
	IPv4/IPv6 VRF
	IPv4/IPv6 PBR
Multicast	IGMPv1/v2/v3 and IGMP proxy
	IGMPv1/v2/v3 snooping
	IGMP filtering and IGMP fast leave
	PIM-DM, PIM-SM, and PIM-SSM
	PIM-SSM for IPv4 and IPv6
	MSDP for inter-domain multicast
	MLDv1/v2
	MLD snooping
	MSDP
	PIM-SMv6
	Multicast source IP address check Multicast source port check
	Multicast querier
MPLS	MPLS L3VPN
	6PE/6VPE interconnection with IPv4/IPv6 MPLS backbone network
	MPLS MIB (RFC1273, 4265, 4382)
ACL and QoS	Standard IP ACLs (hardware ACLs based on IP addresses)
	Extended IP ACLs (hardware ACLs based on IP addresses or TCP/UDP port numbers)
	Extended MAC ACLs (hardware ACLs based on source MAC addresses, destination MAC addresses, and optional Ethernet type)
	Expert-level ACLs (hardware ACLs based on flexible combinations of the VLAN ID, Ethernet type, MAC address, IP address, TCP/UDP port number, protocol type, and time range)
	Time-based ACLs
	ACL80 and IPv6 ACL
	ACL redirection
	Port traffic identification
	Port traffic rate limiting
	802.1p/DSCP/ToS traffic classification
	Traffic classification based on 802.1p priorities, DSCP priorities, and IP precedences
	Congestion management: RR, SP, WRR, DRR, WFQ, SP+WRR, SP+DRR, and SP+WFQ
	Congestion avoidance: tail drop, RED, and WRED
	Eight queues on each port
	Rate limiting in each queue
Security	Multi-AAA
	RADIUS and TACAS+
	Filtering of invalid MAC addresses Broadcast storm suppression BPDU guard
	RADIUS authentication and authorization
	Port- and MAC address-based 802.1x authentication
	IEEE802.1X authentication, MAC address bypass (MAB) authentication, and interface-based and MAC address-based 802.1X authentication
	Web authentication
	Hypertext Transfer Protocol Secure (HTTPS)
	SSHv1 and SSHv2
	Global IP-MAC binding
	ICMPv6
	IPv6 addressing and Path MTU Discovery
	Port isolation and port security
	IP source guard
	SAVI
	ARP spoofing prevention
	CPP and NFPP
	Various attack defense functions including NFPP, ARP anti-spoofing, DHCP/DHCPv6 attack defense, ICMP attack defense, ND attack defense, IP scanning attack defense, and customizing attack defense packet types
	3-tuple binding (IP address, MAC address, and port) ARP spoofing prevention 3-tuple binding (IPv6 address, MAC address, and port) Filtering of invalid MAC addresses MAB authentication Portal authentication and Portal 2.0 authentication ARP check DAI ARP packet rate limiting Gateway ARP spoofing prevention Broadcast storm suppression SSH BPDU guard
	Loose and strict RPF uRPF ignoring default routes
Reliability	REUP
	ERPS (G.8032)
	RLDP
	RLDP, Layer 2 link connectivity detection, unidirectional link detection, and VLAN-based loop control
	Data Link Detection Protocol (DLDP)
	IPv4 VRRP v2/v3 and IPv6 VRRP
	BFD
	Link monitoring, fault notification, and remote loopback based on 802.3ah (EFM)
	GR for RIP, OSPF, BGP, and other routing protocols Power modules in 1+1 redundancy mode Hot swapping of power modules and fan modules
	Hot swapping of fan modules
Device virtualization	VSU
NMS and maintenance	SPAN, RSPAN, and ERSPAN
	sFlow
	NTP an SNTP
	FTP and TFTP
	SNMP v1/v2/c3
	RMON (1, 2, 4, 9)
	Various types of RMON groups, including event groups, alarm groups, history groups, and statistics groups, as well as private alarm extension groups RMON used to implement Ethernet statistics, historical statistics, and alarm functions
	NETCONF
	Flow-based mirroring, and N:1 and 1:N port mirroring
	CWMP
	gRPC
	OpenFlow Special 1.3 Flow table analysis defined by all protocols Transmission of specified packets to the controller Configuring the controller's IP address and port Notifying port status changes to the controller
	CLI (Telnet/console), SSH, Syslog, SNMP over IPv6, Telnet v6, FTP/TFTP v6, DNS v6, and NTP for IPv6
	Ruijie Could-based management
VXLAN	EVPN VXLAN tunnel establishment LAN access to VXLAN IPv4 over IPv4 Distributed gateway IPv6 over IPv4 Using an SVI to connect to the VXLAN network Using a routed interface to connect to the VXLAN network Proxy ARP (replying with the actual MAC address)) ND proxy (replying with the actual MAC address) ND reply (replying with the actual MAC address) EVPN VXLAN VXLAN static route Anycast gateway VXLAN bridging mode VXLAN routing mode Proxy ARP (replying with the gateway MAC address) Configuring the UDP port number in VXLAN packets Static VXLAN tunnel creation

Note: The item marked with the asterisk (*) will be available in the future.

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Software and Configuration

Order Information

The switch, expansion module, power module, and other components can be ordered as needed. Before ordering an expansion module or power module, please contact the online customer service personnel for the latest support information about the module.

Model	Description
RG-S6150-24VS8CQ-X	24 x 10G/25G SFP28 ports (default: 10G; the rate can be increased to 25G with a license.) 8 x 40G/100G QSFP28 ports 4 fan modules 2 power supply module slots At least one RG-PA550I II-F power supply module needs to be purchased.
RG-S6150-48VS8CQ-X	48 x 10G/25G SFP28 ports (default: 10G; the rate can be increased to 25G with a license.) 8 x 40G/100G QSFP28 ports 4 fan modules 2 power supply module slots At least one RG-PA550I II-F power supply module needs to be purchased.
RG-PA550I II-F	550 W AC power supply module
Mini-GBIC-GT	1000BASE-GT mini GBIC module
XG-SFP-SR-MM850	10G LC interface module (62.5/125 μm: 33 m; 50/125 μm: 66 m; 300-meter transmission at modal bandwidth of 2000 MHz·km), applicable to SFP+ ports
XG-SFP-LR-SM1310	10G LC interface module (1310 nm), 10 km, applicable to SFP+ ports
XG-SFP-ER-SM1550	10G LC interface module (1550 nm), 40 km, applicable to SFP+ ports
XG-SFP-AOC1M	10G SFP+ fiber-optic cable, 1 m, including one cable and two interface modules
XG-SFP-AOC3M	10G SFP+ fiber-optic cable, 3 m, including one cable and two interface modules
XG-SFP-AOC5M	10G SFP+ fiber-optic cable, 5 m, including one cable and two interface modules
VG-SFP-SR-MM850	25G SFP28 module, MMF, max cabling distance: 100 m
VG-SFP-SR-MM1310	25G SFP28 module, SMF, max cabling distance: 10 km
VG-SFP-AOC5M	25G Base SFP+ fiber-optic cable (including modules on both ends), 5 m
40G-QSFP-SR-MM850	40G SR multi-mode fiber module, applicable to QSFP+ ports (OM3/OM4 MPO connector, 8 core, 850-nm wave length, max cabling distance: 100 m(OM3), 150 m(OM4))
40G-QSFP-LR4 SM1310	40G LR single-mode fiber module, applicable to QSFP+ ports, max cabling distance:10 km (LC interface, 2 core, 1310-nm wave length)
40G-AOC-5M	40G QSFP+ fiber-optic cable, 5 m, including one cable and two interface modules
40G-AOC-10M	40G QSFP+ fiber-optic cable, 10 m, including one cable and two interface modules
100G-QSFP-SR-MM850	100G SR fiber module, QSFP28 encapsulation, MPO connector, 850-nm wave length, max cabling distance: 100 m(OM4), 70 m (OM3)
100G-QSFP-LR4-SM1310	100G LR fiber module, QSFP28 encapsulation, LC interface, 1310-nm wave length, max cabling distance: 10 km (SMF)
100G-AOC-1M	100G QSFP28 fiber-optic cable, 1 m, including one cable and two interface modules
100G-AOC-5M	100G QSFP28 fiber-optic cable, 5 m, including one cable and two interface modules
100G-AOC-10M	100G QSFP28 fiber-optic cable, 10 m, including one cable and two interface modules

FAQ Ask a Question

Tips: Product information and performance will be affected by upgrade iteration, specific environment and other factors, so FAQ content is for reference only. For further information, please contact online support.