Lantech T(P)ES-R5616MGT is a high performance L2+ Ethernet switch with 16 10/100TX + 6 1G/2.5G Copper. PoE model has 8/16 or 10/12 (incl. 8 copper + 2/4 uplink 1G/2.5G copper) PoE 802.3af/at ports which provides advanced security function for network aggregation deployment. It delivers ITU G.8032 enhanced ring recovery less than 20ms in single ring while also supports enhanced mode with easy configuration. The comprehensive QoS, advanced security including INGRESS ACL L2/L3, TACACS+, SSH v2/SSL and Mac based DHCP server, DHCP Option 82, DHCP server, IGMPv1/v2/v3/router port are supported and also required in large network. It also supports10K Jumbo frames.
Up to 8/10/12/16 (at) PoE at/af ports w/advanced PoE management
Compliant with 802.3af/at standard, the Lantech TPES-R5616MGT is able to feed each PoE port up to 30 Watt at each PoE port for various IP PD devices. Lantech TPES-R5616MGT supports advanced PoE management including PoE detection and scheduling. PoE detection can detect if the connected PD hangs then restart the PD; PoE scheduling is to allow pre-set power feeding schedule upon routine time table. Each PoE port can be Enabled/disabled, get the voltage, current, Watt, and temperature info displayed on WebUI.
Dual WV input with max PoE budget and Inrush current protection
The T(P)ES-R5616MGT WVI model accepts 16.8~137.5VDC dual input with galvanic isolation and PoE model can feed 54V output for PoE feeding with 80W budget. The inrush current on initial power up can be limited lower than 10 x nominal current.
Miss-wiring avoidance, Loop protection, Node failure protection
The T(P)ES-R5616MGT also embedded several features for strong and reliable network protection in an easy and intuitive way. When the pre-set ring configuration failed or looped by miss-wiring, Lantech T(P)ES-R5616MGT is able to alert with the LED indicator and disable ring automatically. Node failure protection ensures the switches in a ring to survive after power breakout is back. The status can be shown in NMS when each switch is back. This feature prevents the broken ring and keep ring alive without any re-configuration needed. Loop protection is also available to prevent the generation of broadcast storm when a dumb switch is inserted in a closed loop connection.
Support PXE to verify switch firmware with the latest or certain version
The switch can check its firmware version during booting time via PXE protocol. If switch finds any newer version, it will upload automatically.
DHCP option 82 & Port based, Mac based DHCP, Option66, DHCP Snooping, IPv6 DHCP server
DHCP server can assign dedicated IP address by MAC or by port (Port based for single switch) , it also can assign IP address by port for multiple switches with single DHCP option82 server. DHCP Snooping is supported. For the ending device which need to download file from TFTP server, DHCP Option66 server can offer IP address of TFTP server to DHCP client. Basic IPv6 DHCP service can be supported.
User friendly GUI, Auto topology drawing
The user friendly UI, innovative auto topology drawing and topology demo makes T(P)ES-R5616MGT much easier to get hands-on. The complete CLI enables professional engineer to configure setting by command line.
Built-in IEC 61375-3-4 ECN (Ethernet Consist Network) to work with IEC61375-2-5 ETBN
Lantech OS4 Ethernet switches comply with IEC 61375-3-4 (ECN) standard. The support of Ethernet Consist Network allows interconnection between end devices located in single consist of train and interoperability with IEC61375-2-5 (ETBN).
Optional L3Lite/L3/ETBN to be upgradable
Lantech OS4 series are optional upgradable to L3 Lite**/ L3** or ETBN** communication protocols for future expansion. The optional L3Lite includes editable routing table, VRRP, Router-on-a-stick, Inter- VLAN routing. Optional ETBN** complies with IEC61375-2-5 ETBN** for Train Backbone Network.
Enhanced G.8032 ring, MSTP 8 MSTI; MRP ring and GVRP supported
Lantech T(P)ES-R5616MGT features enhanced G.8032 ring which can be self-healed in less than 20ms for single ring topology protection covering multicast packets. It also supports various ring topologies that covers enhanced ring and basic ring by easy setup than others. It supports MSTP that allows RSTP over VLAN for redundant links with 8 MSTI. MRP (Media Redundancy Protocol) can be supported for industrial automation networks.
Protocol based VLAN; Subnet based VLAN
The protocol-based VLAN processes traffic based on protocol. It filters IP traffic from nearby end-stations using a particular protocol such as IP, IPX, ARP or other Ethernet-types in a Hex value. Subnet based VLANs group traffics into logical VLANs based on the source IP address and IP subnet. The above features can help to build VLAN in the network mixed with managed and un-managed switch as to define packets to which VLAN group based on protocol or subnet.
QinQ, QoS and GVRP supported
It supports the QinQ, QoS, GVRP for large VLAN segmentation.
802.1X security by MAC address
MAC-based port authentication is an alternative approach to 802.1x for authenticating hosts connected to a port. By authenticating based on the host's source MAC address, the host is not required to run a user for the 802.1x protocol. The RADIUS server that performs the authentication will inform the switch if this MAC can be registered in the MAC address table of switch.
IGMPv3, GMRP, router port, MLD Snooping, static multicast forwarding and multicast Ring protection
The unique multicast protection under enhanced G.8032 ring can offer immediate self-recovery instead of waiting for IGMP table timeout. It also supports IGMPv3, GMRP, router port, MLD snooping and static multicast forwarding binding by ports for video surveillance application.
Enhanced Storm Control
Storm control prevents traffic on a LAN from being disrupted by a broadcast, multicast, or unicast storm on one of the physical interfaces and the detection is more precise and reaction is more efficient.
Editable configuration file; USB port for upload/download configuration
The configuration file of Lantech T(P)ES-R5616MGT can be exported and edited with word processor for the following switches to configure with ease.
The USB port can upload/download the configuration from/to USB dongle.
Event log & message; 2 DI + 2DO; Factory default pin
T(P)ES-R5616MGT provides 2DI and 2DO. When disconnection of the specific port was detected; DO will activate the signal LED to alarm. DI can integrate the sensors for events and DO will trigger the outside alarm and switch will send alert information to IP network with email and traps.
The factory reset pin can restore the setting back to factory default.
Enhanced Environmental monitoring for Ethernet switch inside information
The enhanced environmental monitoring can detect the switch's overall temperature, actual input voltage and current. It also can send the SNMP traps and email** when abnormal.
Optional smart bypass protection on dual 1G/2.5G copper ports**
The bypass relay is set to bypass the switch to the next one when power is off to prevent network disruption. Lantech bypass caters to remain in bypass mode until the switch is completely booting up when power is back to avoid another network lost. Optional smart bypass (Up to two pairs) can be activated when switch encounters power failure or CPU hang. (-BT/-BBT model)
EN50155, EN45545-2; EN61373 compliance; High ESD protection
T(P)ES-R6616XFT passed serious tests under extensive Industrial EMI and Safety standards. With EN45545-2 Fire & Smoke and EN50155 verification, the T(P)ES-R6616XFT is best switch for railway on-board/track side, vehicle and mining applications. For more usage flexibilities, T(P)ES-R6616XFT supports wide operating temperature from -40°C to 70°C. (85°C operation for 10min.)
|8361-558||TPES-R5616MGT-8-54-WVI||16 10/100TX + 6 1G/2.5G Copper M12 X-coded w/8 PoE 802.3at/af EN50155 OS4 Managed PoE Ethernet Switch; 16.8V~137.5VDC dual input; -40~70C/-40~158F; IP54 housing w/ galvanic isolation|
|8361-5581||TPES-R5616MGT-10-54-WVI||16 10/100TX + 6 1G/2.5G Copper M12 X-coded w/10 PoE 802.3at/af incl. 2 1G/2.5G copper EN50155 OS4 Managed PoE Ethernet Switch; 16.8V~137.5VDC dual input; -40~70C/-40~158F; IP54 housing w/ galvanic isolation|
|8361-5582||TPES-R5616MGT-12-54-WVI||16 10/100TX + 6 1G/2.5G Copper M12 X-coded w/12 PoE 802.3at/af incl.4 1G/2.5G copper EN50155 OS4 Managed PoE Ethernet Switch; 16.8V~137.5VDC dual input; -40~70C/-40~158F; IP54 housing w/ galvanic isolation|
|8361-5583||TPES-R5616MGT-16-54-WVI||16 10/100TX + 6 1G/2.5G Copper M12 X-coded w/16 PoE 802.3at/af EN50155 OS4 Managed PoE Ethernet Switch; 16.8V~137.5VDC dual input; -40~70C/-40~158F; IP54 housing w/ galvanic isolation|
|8361-5584||TES-R5616MGT-54-WVI||16 10/100TX + 6 1G/2.5G Copper M12 X-coded EN50155 OS4 Managed Ethernet Switch; 16.8V~137.5VDC dual input; -40~70C/-40~158F; IP54 housing w/ galvanic isolation|
|8361-5585||TPES-R5616MGT-8-67-WVI||16 10/100TX + 6 1G/2.5G Copper M12 X-coded w/8 PoE 802.3at/af EN50155 OS4 Managed PoE Ethernet Switch; 16.8V~137.5VDC dual input; -40~70C/-40~158F; IP67 housing w/ galvanic isolation|
|8361-5586||TPES-R5616MGT-10-67-WVI||16 10/100TX + 6 1G/2.5G Copper M12 X-coded w/10 PoE 802.3at/af incl. 2 1G/2.5G copper EN50155 OS4 Managed PoE Ethernet Switch; 16.8V~137.5VDC dual input; -40~70C/-40~158F; IP67 housing w/ galvanic isolation|
|8361-5587||TPES-R5616MGT-12-67-WVI||16 10/100TX + 6 1G/2.5G Copper M12 X-coded w/12 PoE 802.3at/af incl.4 1G/2.5G copper EN50155 OS4 Managed PoE Ethernet Switch; 16.8V~137.5VDC dual input; -40~70C/-40~158F; IP67 housing w/ galvanic isolation|
|8361-5588||TPES-R5616MGT-16-67-WVI||16 10/100TX + 6 1G/2.5G Copper M12 X-coded w/16 PoE 802.3at/af EN50155 OS4 Managed PoE Ethernet Switch; 16.8V~137.5VDC dual input; -40~70C/-40~158F; IP67 housing w/ galvanic isolation|
|8361-5589||TES-R5616MGT-67-WVI||16 10/100TX + 6 1G/2.5G Copper M12 X-coded EN50155 OS4 Managed Ethernet Switch; 16.8V~137.5VDC dual input; -40~70C/-40~158F; IP67 housing w/ galvanic isolation|
|9000-110||OS4 – L3L||OS4 software platform with Layer 3 Lite functions (please check Lantech software data sheet for details)|
|9000-111||OS4 – IEC61375-2-5||OS4 software platform with IEC-61375-2-5 ETBN (Ethernet Train Backbone Networks) function (please check Lantech software data sheet for details)|
|9000-112||OS4 – L3*||OS4 software platform with Layer 3 functions incl. L3L (please check Lantech software data sheet for details)|
|9000-113||OS4 – R-NAT||OS4 software platform with R-NAT function (please check Lantech software data sheet for details)|
|ECONM12-04A(F)-C-180||4 pin M12 (Female) A-coded 180 degree crimp type connector for power supply|
|ECONM12-08A(M)-180||8 pin M12 (Male) A-coded 180 degree crimp type connector for reset/console/USB|
|ECONM12-05A(M)-C-180||5 pin M12 (Male) A-coded 180 degree crimp type connector for DI/DO|
|ECONM12-08X(M)-SPEEDCON||8 pin M12 (Male) X-coded 180 degree crimp type connector for data, Ethernet CAT6A (10G), shielded, SPEEDCON|
|ECONM12-04D(M)-C-180||4 pin M12 (Male) D-coded 180 degree crimp type connector for data|
|ECONM12-4P(F)1.5M CABLE||4 pin M12 (Female) A-coded 90 degree cable for power supply, 150cm|
|ECONM12-08M2-CONSOLE||8 pin M12 (Male) A-coded 180 degree to RS232 cable for console, 150cm|
|ECABM12X83MSTP||8 pin M12 (Male) X-coded 180 degree RJ45 STP cable for data, shielded, 300cm|
|ECAB124030MJS||4 pin M12 (Male) D-coded 180 degree RJ45 STP cable for data, 300cm|
|M12 to USB interface adapter||8 pin M12 (Male) A-coded 180 degree M12 to USB 2.0 interface adapter, 8cm|
|USB 2.0 Ethernet Adapter||USB 2.0 to RJ45 Ethernet Adapter|
|ECONM12-08(M) TO DB9+USB2.0-1.5M CABLE||8 pin M12 (Male) A-coded 180 degree M12 to USB2.0 to DB9 (Female) cable, 150cm|