SH-GM040R Series managed industrial switch, supporting Layer 3 network management, and ERPS ring network, is designed for data communication in harsh environments. It features with fanless heat dissipation design, redundant circuit design, wide range of working environment temperature, high protection level, DIN-rail or rack mount installation, providing excellent industrial-grade quality, which guarantee the reliability and security of industrial networks. It is widely used for network access connectivity in the industries like transportation, telecommunication, security, bank, customs, harbor, power station, oilfield.

Rich Layer 3 network management configuration

• Support many dynamic routing protocols: intra-domain routing protocols like OSPF, RIP, ISIS; inter-domain routing protocol BGP; control strategies like IP prefix list, routing map, IP ACL, etc.

• Suport many security control strategies and management: 802.1x authentication, and MAC addresses filtering, storm control function, port mirroring, etc.

• Support carrier-class QoS capability: 8 queues per port, SP (Strict Priority), WRR (Weighted Round Robin) and SP+WRR scheduling algorithms, flow-based QoS, flow-based classification and speed limiting, and port-based bidirectional speed limiting, etc.

• Simple and easy network management: support WEB, CLI, Telnet, SNMP etc.

Ethernet Ring Protective Switching (ERPS) protocol for high network availability

• Ethernet ring network built through ERPS protocol simplifies deployment and provides redundant links. The failure recovery time <50ms, to ensure uninterrupted network.

• Support one-key configuration of ERPS ring network

Excellent industrial quality, suitable for extremely harsh environments

• Wide range of working temperature from -40℃ to +85℃, and 5%-95% relative humidity.

• Fanless design, to reduce the power consumption of the device, so the noise.

• Good protection design, like IP40 dust-proof design, lightning protection, anti-surge, anti-interference of fast pulse group, anti-static interference, etc..

• Support DIN-rail, wall-mounted, and desktop installations.

• LED indicators for instant monitoring of the performance status.

Power over Ethernet

• Comply with multiple IEEE802.3at PoE+ and IEEE802.3af PoE standards

• Provides power and data communication over network cable, ideal solution for the application scenario where the traditional power is not available, simplifying and saving the cabling cost

Item ||| Parameter

Ethernet Port ||| 2.5GBase-Tx, or 10/100/1000Base-Tx available

Fiber Port ||| 10GBase-X, or 100/1000Base-X SFP available

Console Port ||| RJ45 connector

Protocols ||| IEEE802.3, IEEE802.3i 10BASE-T, IEEE802.3u 100BASE-X, IEEE802.3z 1000Base-T, IEEE802.3ab 1000Base-X, IEEE802.3bz 2.5GBASE-T, IEEE 802.3ae 10GBase-X, IEEE802.3x Flow Control, IEEE802.3af PoE, IEEE802.3at PoE+

Reach (10M) ||| 10Base-Tx UTP cable: <250m over Cat3/4/5 or up;
Reach (100M) ||| 100Base-Tx UTP cable: <150m over Cat5/5e or up;
Reach (1000M) ||| 1000Base-TX UTP cable: <100m over Cat5e/6 or up;
Reach (2.5G) ||| 2.5GBase-Tx STP cable: <100m over Cat6 or up;
Reach (MMF) ||| Multi mode Fiber: <2km @1G, <300m @10G;
Reach (SMF) ||| Single mode Fiber: <160km @1G, <100km @10G

PoE Protocol IEEE802.3at and IEEE802.3af compliant
PoE output power ||| ≤30W each port
PoE Voltage input ||| DC48V~54V
PoE Pin Assign ||| 1,2 (+) /3,6(-)

Working temperature ||| -40⁰C~ +85 ⁰C
Storage temperature ||| -40 ⁰C ~ +85 ⁰C
Relative Humidit ||| 5~95% (no condensing)

Item ||| Specification
Switching Characteristics ||| >>>
Port aggregation ||| Support static aggregation, dynamic aggregation (LACP)
Port characteristics ||| Support IEEE802.3x flow control, port traffic statistics, storm suppression;
MAC address table ||| Comply with IEEE 802.1q standard;Support MAC address automatic learning and aging, static and dynamic MAC table entries;MAC address table: 16K
VLAN ||| Support 4094 VLANs, port-based VLAN; access port, trunk port, hybrid port
QinQ ||| Support port-based, vlan-based, and flow-based QinQ;
Mirror ||| Support port-based two-way mirroring;
Spanning tree ||| Support STP, RSTP, MSTP
ERPS (G.8032) ||| Support single ring, tangent ring, intersecting rings, and traffic balance
Layer 2 multicast ||| Support IGMP V1 Snooping;
Router Characteristics ||| >>>
ARP ||| Support static ARP, dynamic ARP, and ARP Proxy
Router Policy ||| Support IP Prefix-list, IP ACL, Router-Map
IPV4 ||| Support static router; OSPF, RIP, ISIS, BGP router protocol
IPV6 ||| Support management based on IPv6, mutiple IPv6 management address
Security Characteristics ||| >>>
ACL ||| Support matching Layer 2 fields (MAC extended ACL), and Layer 3 fields (IP standard ACL, IP extended ACL)
QOS ||| Support QoS re-marking, priority mapping, SP, WRR and SP+WRR scheduling algorithms; entrance speed limit;export speed limit;Flow-based QoS; 8 queues per port
Dot1x ||| Support port-based, MAC-based authentication, and Radius service
Management Characteristics ||| >>>
User Management ||| Support login certification
SNMP ||| Support SNMP v1, v2c, v3
RMON ||| Support statistics Group, history Group, alarm group, and event group
Web Management ||| Support Web management, HTTP V1.1;
IPV4/IPV6 ||| Support IPV4; IPV6
POE (only for PoE models) ||| Support IEEE802.3af/802.3at, Support PoE management
Version upgrade ||| Support
Syslog ||| Support
Diagnosis ||| Support ping (ipv4); ping (ipv6); traceroute (ipv4); traceroute (ipv6)
Application Characteristics ||| >>>
NTP ||| Support NTP Client
DHCP Client ||| Support DHCPv4 client, DHCPv6 client
DHCP Sever ||| Support DHCPv4 Sever;, DHCPv6 Sever
DHCP Snooping ||| Support Trust port
TFTP ||| Support TFTP Client
Telnet ||| Support Telnet Server, Telnet Client

Model ||| Ports ||| PoE ||| Voltage Input ||| Installation

SH-GM402400R ||| 4*10GBase-X SFP+ & 24*1000Base-X SFP ||| - ||| AC165~265V ||| Rack-Mount

SH-GM481600R ||| 4*10GBase-X SFP+ & 8*Combo & 16*1000Base-X SFP ||| - ||| AC165~265V ||| Rack-Mount

SH-GM400024R ||| 4*10GBase-X SFP+ & 24*10/100/1000Base-Tx ||| - ||| AC165~265V ||| Rack-Mount

SH-GM400024TR ||| 4*10GBase-X SFP+ & 24*10/100/1000Base-Tx ||| PoE ||| AC165~265V ||| Rack-Mount

SH-GM480016R ||| 4*10GBase-X SFP+ & 8*Combo + 16*10/100/1000Base-Tx ||| - ||| AC165~265V ||| Rack-Mount

SH-GM480016RT ||| 4*10GBase-X SFP+ & 8*Combo + 16*10/100/1000Base-Tx ||| PoE ||| AC165~265V ||| Rack-Mount

SH-GM200080R ||| 2*10GBase-X SFP+ & 8*2.5GBase-Tx ||| - ||| DC12~54V ||| DIN-rail

SH-GM200080RT ||| 2*10GBase-X SFP+ & 8*2.5GBase-Tx ||| PoE ||| DC48~54V ||| DIN-rail

SH-GM400208R ||| 4*10GBase-X SFP+ & 2*1000Base-X SFP & 8*10/100/1000Base-Tx ||| - ||| DC12~54V ||| DIN-rail

SH-GM400208RT ||| 4*10GBase-X SFP+ & 2*1000Base-X SFP & 8*10/100/1000Base-Tx ||| PoE ||| DC48~54V ||| DIN-rail

SH-GM400008R ||| 4*10GBase-X SFP+ & 8*10/100/1000Base-Tx ||| - ||| DC12~54V ||| DIN-rail

SH-GM400008RT ||| 4*10GBase-X SFP+ & 8*10/100/1000Base-Tx ||| PoE ||| DC48~54V ||| DIN-rail

SH-GM200008R ||| 2*10GBase-X SFP+ & 8*10/100/1000Base-Tx ||| - ||| DC12~54V ||| DIN-rail

SH-GM200008RT ||| 2*10GBase-X SFP+ & 8*10/100/1000Base-Tx ||| PoE ||| DC48~54V ||| DIN-rail

SH-GM0408R ||| 4*1000Base-X SFP & 8*10/100/1000Base-Tx ||| - ||| DC12~54V ||| DIN-rail

SH-GM0408RT ||| 4*1000Base-X SFP & 8*10/100/1000Base-Tx ||| PoE ||| DC48~54V ||| DIN-rail

SH-GM0208R ||| 2*1000Base-X SFP & 8*10/100/1000Base-Tx ||| - ||| DC12~54V ||| DIN-rail

SH-GM0208RT ||| 2*1000Base-X SFP & 8*10/100/1000Base-Tx ||| PoE ||| DC48~54V ||| DIN-rail

SH-GM0404R ||| 4*1000Base-X SFP & 4*10/100/1000Base-Tx ||| - ||| DC12~54V ||| DIN-rail

SH-GM0404RT ||| 4*1000Base-X SFP & 4*10/100/1000Base-Tx ||| PoE ||| DC48~54V ||| DIN-rail