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RG-S2910 Series |
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Hardware Specifications | |||||
Model | RG-S2910C-48GT2XS-HP-E | ||||
Ports | 24 10/100/1000BASE-T ports 4 1G/10GBASE-X SFP+ ports (non-combo) |
48 10/100/1000BASE-T ports 4 1G/10GBASE-X SFP+ ports (non-combo) |
24 10/100/1000BASE-T ports (PoE/PoE+) 2 100/1000BASE-X SFP ports (combo) 2 1G/10GBASE-X SFP+ ports (non-combo) |
24 10/100/1000BASE-T ports (PoE/PoE+) 2 100/1000BASE-X SFP ports (combo) 2 1G/10GBASE-X SFP+ ports (non-combo) |
48 10/100/1000BASE-T ports (PoE/PoE+) 2 100/1000BASE-X SFP ports (combo) 2 1G/10GBASE-X SFP+ ports (non-combo) |
Expansion Slots | N/A | N/A | 1 | 2 | 2 |
Switching Capacity | 256Gbps | ||||
Packet Forwarding Rate | 155Mpps | 191Mpps | 155Mpps | 155Mpps | 191Mpps |
RPS | Support (External) | ||||
VLAN | 4K 802.1q VLAN, Super VLAN, Protocol VLAN, Private VLAN, Voice VLAN, MAC-based VLAN, QinQ | ||||
MAC Address | 16K | ||||
QinQ | Support transparent transmission of double-tagged packets Select outer VLAN ID based on port, inner VLAN ID and traffic characteristics Determine an outer tag according to the priority of an inner tag For double-tagged packets, support the change to outer VLAN ID information based on an outer/inner VLAN ID |
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Link Aggregation | Support LACP (802.3ad) | ||||
Port Mirroring | Support many-to-one mirroring Support flow-based mirroring |
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Spanning Tree Protocol | Support STP, RSTP, and MSTP | ||||
Jumbo Frame | Support | ||||
DHCP | DHCP/BOOTP Client, DHCP Server, DHCP Relay, DHCP Snooping, DHCP Snooping Trust |
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VSU | Support (Up to 8 Stack Members) | ||||
Basic IPv6 Protocols | IPv6 addressing, Neighbor Discovery Protocol (NDP), ICMPv6, stateless automatic configuration, and Path MTU Discovery | ||||
IPv6 Routing Protocols | Static routes, RIP, RIPng, OSPF, OSPFv3, BGP, BGP4+, equal-cost routes (ECMP), packet-based load balancing, flow-based load balancing, MPLS MCE | ||||
IPv6 Tunnel Features | Manual tunnel, ISATAP tunnel, 6to4 tunnel, IPv6 over IPv4 tunnel, and IPv4 over IPv6 tunnel | ||||
Multicast | IGMPv1, IGMP v2, IGMPv3, and IGMP proxy, IGMPv1 Snooping, IGMP v2 Snooping, and IGMPv3 Snooping, IGMP filter and IGMP fast leave, IGMP IVGL, Source IP check, IGMP SVGL, PIM-DM, PIM-SM, and PIM-SSM, MLD Snooping and MLD, MLD Proxy, MSDP, PIM for IPv6, PIM-SM v6 | ||||
MPLS Features | L3VPN, PE function, and MCE function | ||||
G.8032 | Support | ||||
ACL | Support various hardware ACLs, Standard IP ACL (hardware ACL based on IP addresses), Extended IP ACL (hardware ACL based on the IP address and TCP/UDP port number), Extended MAC ACL (optional Ethernet-type hardware ACL based on the source MAC address and destination MAC address), Expert-level ACL (hardware ACL based on random combination of the VLAN number, Ethernet type, MAC address, IP address, TCP/UDP port number and protocol type), VLAN-based ACL, Egress ACL, ACL logging, ACL REMARK | ||||
QoS | Traffic identification of ports, 802.1p/DSCP/TOS traffic classification, 8 queues with different priorities for each port, PQ, RR, PQ+RR, traffic shaping, rate limiting, hierarchical QoS | ||||
High Reliability Design | Upgrade software during running, accelerate the restart process, BFD cooperates with RIP/OSPF/BGP, LDP, PBR, GR (Graceful Restart), DLDP | ||||
Security Features | Support the binding of the IP address, MAC address, and port address, the binding of the IPv6, MAC address, and port address, security channels, anti- gateway frauds Limit the number of MAC addresses learned by a port Filter illegal MAC addresses Support ARP check under both dynamic address allocation policy and static address allocation policy, DAI, the prevention of setting a DHCP server without permission, hierarchical management by administrators and password protection, AAA security authentication (IPv4/IPv6) in device login management, IP source alarm, control plane protection, 802.1x (Port- based, MAC-based, dynamic VLAN, dynamic ACL, guest VLAN, MAB), web portal, DoS protection, restriction on the rate of ARP packets, suppression of broadcast storms and of multicast storms, SSH v2.0, TACACS+ and specifying of source IP addresses, RADIUS (RADIUS, EXEC authorization, and specified source IP address), BPDU Guard, NFPP, CPP, LLDP and LLDP-MED |
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Management Modes | SNMPv1/v2c/v3, CLI (Telnet/Console), RMON (1, 2, 4, 9), SSH, Syslog, NTP/ SNTP, SNMP over IPv6, IPv6 MIB support for SNMP, SSHv6, Telnetv6, FTP/ TFTv6, DNS v6, NTP for v6, Traceroute v6, HTTPS, Web management | ||||
Other Protocols | FTP, TFTP, DNS client, DNS static | ||||
Dimensions (W x D x H) (mm) | 440×260×44 | 440×300×44 | 440×300×44 | 440×400×44 | 440×420×44 |
Rack Height | 1RU | ||||
Weight (Excluding Expansion Modules) | 3.9kg | 4.4kg | 4kg | 7.3kg | 8kg |
MTBF | >200K hours | ||||
Power Consumption | Nominal voltage: 100-240V Maximum voltage: 90-264VAC Frequency: 50-60Hz |
Nominal voltage: 100-240V Maximum voltage: 90-264VAC Frequency: 50-60Hz |
Nominal voltage: 100-240V Frequency: 50-60Hz |
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Temperature | |||||
Operating temperature: 0°C to 50°C | |||||
Storage temperature: -40°C to 70°C | |||||
Humidity | |||||
Operating humidity: 10% to 90%RH | |||||
Storage humidity: 5% to 90%RH |
Ruijie RG-S2910-H High Power over Ethernet (HPoE) Switch Series pushes the frontier withleading IEEE802.3bt standard, delivering 60W power output per port. The HPoE switchguarantees the best security, efficiency, stability and energy-saving experiences.
The HPoE switch is highly adaptive to a breadth of scenarios, eliminating rigid ties to expensive deployment costs, slow implementation cycle, unstable power supply, management complexity, and unsatisfactory security problems that alternative solutions have been struggling to solve. The switch fully addresses high PoE access needs for low power scenario as well as high power Wi-Fi hotspot application in outdoor venue. Industrial-grade Power Box (PBOX) is available to support non-PoE appliance or non-IEEE 802.3bt powered device (PD). The PBOX fully supports remote power supply for high power devices.
●Up to 60 Watts per Port by High-power PoE Technology (IEEE 802.3bt)
●Industrial-grade PBOX for Flexible Remote Deployment (12VDC/ 24VAC Options)
●Outstanding Power Supply Stability (Average Error Rate <>
●Time & Cost Saving on Construction Works
HPoE provides multiple protection mechanisms;
Overcurrent protection, preventing device damages even upon short circuits;
Up to 6KV port lightning protection, ensuring stable operation in various tough environments.
In independent deployment mode, strong-current cables are used in most cases. The voltage of power cables is higher than the safe voltage limit (36 V), and may cause accidents.
The HPoE technology complies with international power supply standards and features a low voltage and high safety, ensuring safety of O&M and working personnel.
Support for various types of ACL, port security, and IP + MAC + Port binding technologies, effectively preventing various ARP frauds
Proactive prevention against DoS and DDoS attacks
Support for the CPU Protect Policy (CPP) and Network Foundation Protection Policy (NFPP), effectively preventing attacks against standalone devices and the entire network
High-power (60 W) and long-distance (100 m) power supply is provided. Compared with the conventional centralized power supply mode:
The HPoE technology complies with international standards; adjusts line loss and lowers voltage intelligently, reducing errors caused by manual adjustment; and provides independent power supply over single ports, achieving faulty domain isolation.
If an independent power supply system is deployed, materials such as the power chassis, power cables, power socket, and power adapters are required, while a construction fee will also be incurred, resulting in high overall fees.
In HPoE power supply mode, the previously mentioned materials and accessories are not required, which reduces overall fees by 30% in typical deployment scenarios.
In conventional power supply mode, the power supply system is not connected to the network. When a device is faulty, its power supply must be located for a manual restart, which can rapidly resolve most problems. However, if the power supply of the faulty device cannot be restarted due to environmental restrictions, other more complex solutions need to be adopted.
HPoE enables the power supply system to be connected to the network. Consequently, a faulty device can be remotely restarted using a PC to rectify faults rapidly and improve O&M efficiency.
The VSU technology virtualizes multiple physical devices into one logical device and uses a single IP address, Telnet process, and CLI for management.
Multiple devices are managed as one device, ensuring high management efficiency.
With its powerful and flexible high-power PoE feature, the HPoE Series can fully meet the network requirements of the following scenarios:
Scenario:
The HPoE Series provides high-power PoE remote power supply for the infrared dome cameras of the smart building, access control card reader, parking entrance gate, information broadcasting device, etc.
RG-S2910-H Deployment for Smart Building
The HPoE series, as the power supply of the IP devices, supports an immediate power-on of the devices once connected to the network.
RG-S2910-H Powering the End Devices
Values:
●Compared to the existing power supply method using power cables, the HPoE Series can significantly reduce equipment cost and implementation cost.
●High-voltage power cables are used in the existing deployment which has a certain risk. On the other side, the low-voltage power supply of HPoE is safe and reliable.
●All devices can be accessed by the network via IP deployment and can be integrated with the IPDM (IP Devices Management) system for unified remote control.
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