SignaMax 065-7910HPOEP User manual

065-7910HPOEP
SIGNAMAX POE+ Series
Industrial Ethernet Switches
User Manual
May 6, 2014
Version: V 1.0

SIGNAMAX POE+ Series Industrial Ethernet Switch
2
Revision History
Revision Date Reason for change
V1.0
2014.5.6
Initial release

SIGNAMAX POE+ Series Industrial Ethernet Switch
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Table of Contents
1 Preface....................................................................................................................................6
1.1 Conventions....................................................................................................................................6
1.2 Device Introduction.......................................................................................................................6
1.2.1 Brief Introduction................................................................................................................6
1.2.2 Features................................................................................................................................7
1.2.3 Port Introduction.................................................................................................................7
1.2.4 Indicator Introduction........................................................................................................7
1.2.5 Default Configuration........................................................................................................8
1.2.6 Login to the Switch............................................................................................................9
1.2.7 WEB Management Overview ...........................................................................................9
2 System Information........................................................................................................... 11
3 Advanced Configuration..................................................................................................12
4 Port Management...............................................................................................................13
4.1 Port Configuration.......................................................................................................................13
4.2 Port Aggregation..........................................................................................................................14
4.2.1 Aggregate Groups............................................................................................................14
4.2.2 LACP Port Setting ............................................................................................................15
4.2.3 Aggregate Basic Setting.................................................................................................16
4.2.4 LACP Status Setting ........................................................................................................16
4.3 Port Bandwidth.............................................................................................................................17
4.4 Port Mirroring................................................................................................................................17
4.5 POE..................................................................................................................................................19
5 VLAN......................................................................................................................................21
5.1 Advanced.......................................................................................................................................22
5.2 Port-based VLAN .........................................................................................................................22
5.3 802.1Q VLAN.................................................................................................................................23
5.3.1 802.1Q VLAN Setting .......................................................................................................24
5.3.2 802.1Q Configuration.......................................................................................................25
5.3.3 802.1Q Port.........................................................................................................................25
5.4 GARP Setting................................................................................................................................26
5.4.1 GARP ...................................................................................................................................27
5.4.2 GVRP....................................................................................................................................28
6 QoS........................................................................................................................................30
6.1 QoS Configuration.......................................................................................................................30
6.1.1 General Priority.................................................................................................................30
6.1.2 Port QoS Configuration ..................................................................................................30
6.2 Scheduling Mechanism..............................................................................................................31
6.3 Transmit Queues..........................................................................................................................32
6.4 DSCP Map......................................................................................................................................32
7 Forwarding...........................................................................................................................34
7.1 Unicast MAC Address.................................................................................................................34
7.1.1 MAC Address.....................................................................................................................34

SIGNAMAX POE+ Series Industrial Ethernet Switch
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7.1.2 Dynamic Unicast MAC.....................................................................................................35
7.2 Multicast MAC Address..............................................................................................................35
7.3 IGMP Snooping Configuration .................................................................................................37
7.3.1 IGMP Snooping .................................................................................................................38
7.3.2 Route Port...........................................................................................................................39
7.3.3 Misc......................................................................................................................................39
8 Security.................................................................................................................................41
8.1 Management Security.................................................................................................................41
8.2 Port Authentication .....................................................................................................................42
8.2.1 802.1x Port..........................................................................................................................43
8.2.2 802.1x Misc.........................................................................................................................44
8.3 MAC Authentication....................................................................................................................45
8.3.1 Port Configuration............................................................................................................46
8.3.2 Misc......................................................................................................................................46
8.3.3 Authentication Information............................................................................................47
8.4 Storm Control ...............................................................................................................................47
9 LLDP......................................................................................................................................48
9.1 Management LLDP ......................................................................................................................48
9.1.1 Configuration.....................................................................................................................48
9.1.2 TLVs .....................................................................................................................................51
9.1.3 LLDP Parameters..............................................................................................................51
9.2 Neighbor Information..................................................................................................................52
9.3 LLDP Statistics.............................................................................................................................52
10 Statistics.............................................................................................................................54
10.1 Port Status...................................................................................................................................54
10.2 Port Statistics .............................................................................................................................54
10.3 VLAN List.....................................................................................................................................55
10.4 MAC Address Table...................................................................................................................55
10.4.1 Unicast MAC Address...................................................................................................55
10.4.2 Multicast MAC Address ................................................................................................55
10.5 IGMP Snooping Group .............................................................................................................55
10.6 Link Aggregation .......................................................................................................................56
10.6.1 Manual Trunking Group................................................................................................56
10.6.2 Static Trunking Group...................................................................................................56
10.6.3 LACP Trunking Group...................................................................................................56
10.7 RecoverRing II™ Status...........................................................................................................56
11 Spanning Tree...................................................................................................................57
11.1 STP ................................................................................................................................................58
11.1.1 Basic STP .........................................................................................................................59
11.1.2 STP Information..............................................................................................................60
11.1.3 STP Port Attributes ........................................................................................................60
11.2 RSTP..............................................................................................................................................61
12 RecoverRing II™ Configuration...................................................................................63
12.1 RecoverRing II™........................................................................................................................64
12.2 RecoverRing II™ Coupling......................................................................................................65

SIGNAMAX POE+ Series Industrial Ethernet Switch
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12.3 RecoverRing II™ Timer............................................................................................................66
13 SNMP Manager.................................................................................................................68
13.1 SNMP Account............................................................................................................................69
13.1.1 SNMP Community..........................................................................................................69
13.1.2 SNMP User.......................................................................................................................69
13.2 SNMP Trap...................................................................................................................................70
13.2.1 Global Trap.......................................................................................................................70
13.2.2 Trap Host IP .....................................................................................................................70
13.2.3 Trap Port...........................................................................................................................71
14 RMON..................................................................................................................................72
14.1 Statistics ......................................................................................................................................72
14.2 History..........................................................................................................................................74
14.2.1 History control ................................................................................................................74
14.2.2 History List.......................................................................................................................75
14.3 Alarm.............................................................................................................................................75
14.4 Event Configuration..................................................................................................................77
14.4.1 Event..................................................................................................................................78
14.4.2 Event Log .........................................................................................................................78
15 Administration..................................................................................................................79
15.1 Language.....................................................................................................................................79
15.2 IP Configuration.........................................................................................................................79
15.3 SNTP.............................................................................................................................................79
15.4 SMTP.............................................................................................................................................80
15.5 E-mail Alarm................................................................................................................................80
15.5.1 System Event...................................................................................................................80
15.5.2 Port Event.........................................................................................................................81
15.6 Relay Alarm.................................................................................................................................82
15.6.1 System Event...................................................................................................................82
15.6.2 Port Event.........................................................................................................................82
15.7 System Log .................................................................................................................................83
15.8 Ping Diagnosis...........................................................................................................................84
15.9 Account........................................................................................................................................84
15.10 TFTP Services ..........................................................................................................................85
15.10.1 Update Firmware..........................................................................................................85
15.10.2 Backup Configuration.................................................................................................86
15.10.3 Restore Configuration ................................................................................................86
15.11 Reboot........................................................................................................................................86
15.12 Reset...........................................................................................................................................87
15.13 Save Configuration.................................................................................................................87
16 Logout.................................................................................................................................88
Appendix A Supported MIBs..............................................................................................89

1 Preface
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1 Preface
This manual applies to industrial switches SIGNAMAX 065-7910HPOEP.
1.1 Conventions
1.2 Device Introduction
1.2.1 Brief Introduction
SIGNAMAX POE+ Series Industrial Ethernet Switches are designed to meet various industrial
application needs and provide customer with a high-end industrial Ethernet network
communication solution. The SIGNAMAX POE+ series’ high availability and reliability, as well
as the rich security features make it ideal for data transmission securely. SIGNAMAX POE
series provides powerful management capabilities, and can be managed through Web, CLI,
Telnet/serial console and SNMP. SIGNAMAX POE+ series switches for PD (electrical
equipment) such as IP telephones, wireless LAN access point AP, network cameras etc. It is
designed to apply dual power supplies for redundancy with wide DC input range and support
DIN rail and wall mounting for installation in industrial environments.
“RecoverRing II™” is a proprietary technology of Shenzhen First Mile Communications Co.,
Ltd. It is designed especially for industrial applications, providing fast Ethernet ring protection
and recovery within 20ms. From the management interface, users can choose either a port
from a normal Ethernet port or a trunk port to form an Ethernet ring for faster recovering and
wider bandwidth to keeping industrial applications running continuously.
GUI Convention Description
Boldface Keywords on web management page are in Boldface
Italic Tab page names are in italic
<>
Buttons are in <>
[ ] Menus and submenus are in [ ].
Note This icon is added to the notes.
Caution Means reader be careful. Improper operation may cause data loss or
damage to equipment.

1 Preface
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1.2.2 Features
Comply with IEEE 802.3af / IEEE 802.3at standards
6 IEEE 802.3af / IEEE 802.3at -compliant PoE and Ethernet combo ports
Provide up to 30 watts per PSE port for remote devices
Support VLAN, QinQ and QoS
SNMPv3, IEEE 802.1X, HTTPS, and SSH to enhance network security
Easy network management through web browser, CLI, Telnet/serial console, SNMP
Proprietary Protocol " RecoverRing II™" (recovery time < 20ms), RSTP/STP for network
redundancy
1.2.3 Port Introduction
Model Ethernet Port Console
port
Power
supply
SIGNAMAX
065-7910HPOEP
8 X10/100BaseTX port + 2X1000BaseX SFP slots 1X RS232 48VDC
1.2.4 Indicator Introduction
10/100BaseTX Port
Port Indicator Status Description
Green Green On —The port works at 100Mbps.
Green Off—The port works at 10Mbps.
Yellow
Yellow On and Blinking—Port LINK UP, d
ata is being
transmitted.
Yellow On – No Blinking –Port Link Up
Yellow Off - Port Link down
10/100/1000BaseTX auto negotiation Ethernet port
Port Indicator Status Description
Green Green On—Port Link Up

1 Preface
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Green Off—Port Link Down
Yellow Yellow Blinking—Data is transmitting.
Yellow Off—No data is being transmitted.
100BaseFX port/1000BaseX SFP slots
Port Indicator Status Description
Green
Green On and Blinking—Port Link Up, date is being transmitted.
Green On—Port Link Up
Green Off—Port Link Down
Other Indicators
Port Indicator Status Description
Power status indicator(PWR) Green On—Power on
Yellow Off—Power off
System status indicator
Green On—The system starts up successfully
Green Off — The system doesn’t start up successfully.
1.2.5 Default Configuration
User Level User Name Password Privilege
Administrator superuser 123 Can carry out all the functions of the switch.
User manager 123
Can carry out all the functions except:
Create or delete an account
Reset to default configuration
Use the TFTP service to update firmware,
backup and restore configuration.

1 Preface
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Visitor guest (none)
Can use the internet diagnosis commands,
such as ping command for system
maintainace, and the “show” commands
except “show user”, “show snmp
community”, “show snmp traps-
host” and
“show snmp user”.
Note: Visitor
can only access the switch by
Console port.
1.2.6 Login to the Switch
To access the switch web management function, open a web-browser and type in the default
address http://192.168.0.253 in the address field of the browser, then press the Enter key.
Note:
To log in to the switch, the IP address of your PC should be set in the same subnet
addresses of the switch. For the first time, set your PC IP address as 192.168.0.x ("x" is any
number from 1 to 254, except 253), subnet mask as 255.255.255.0.
And then a login window will appear, as shown follows. Enter the default User Name and
Password. The default values are set in section 1.2.5 Default Configuration. Then click the
Login button or press the Enter key, so that you can see the switch system information.
If you need to change the switch IP address at the first time, you can modify it through RS232
console, or using telnet to login, you can refer to “POE Entry-level Series Industrial Switch CLI
Guide V1.0”.
1.2.7 WEB Management Overview
This manual introduces the SIGNAMAX POE series industrial Ethernet switches by the WEB

1 Preface
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interface, shown as follows.
Menu Function Introduction
System
Information Shows the device system information.
Advanced
Configuration Enables or disables the main functions.
Port
Management Set port configuration, Aggregation, Bandwidth and Mirroring
VLAN Configures Port-based VLAN and 802.1Q VLAN, as well as GARP.
QoS Configures QoS, Scheduling Mechanism, Transmit Queues and DSCP Map.
Forwarding Configures unicast MAC and multicast MAC as well as IGMP Snooping.
Security Configures Radius server, port authentication, MAC authentication and
storm control.
LLDP Configures port LLDP and neighbor information, and checks LLDP statistics
information.
Statistics Checks Port Status, Port Statistics, VLAN List, MAC Address Table, IGMP
Snooping Group, Link Aggregation and RecoverRing II™ Status
Spanning Tree Configures STP and RSTP.
RecoverRing
II™Configuration Configures RecoverRing II™, coupling and the related timers.
SNMP Manager Configures SNMP accouts and traps.
RMON Configures RMON event, alarm and history and checks RMON statistics.
Administration
Configures device web interface language, IP, SN
TP, SMTP. Email alarm,
relay alarm; checks system log; carries out ping diagnosis; manages
accounts; uses TFTP services; reboots and resets the device and saves the
configuration.
Logout Logs out from the switch Web interface.

2System Information
11
2 System Information
The device system information is shown as follows.
Through SNMP, you can configure the corresponding system name and system location for
each switch for convenient management.

3 Advanced Configuration
12
3 Advanced Configuration
IGMP Snooping, GVRP, STP, LACP, LLDP, 802.1X, RecoverRing II™ and Modbus can be
enabled or disabled globally on this page.

4 Port Management
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4 Port Management
You can set port configuration, aggregation, bandwidth and mirroring with this menu.
4.1 Port Configuration
At first, you should select a port for configuration. You can cofigure the port state, negotiation,
speed and duplex, flow control, MAC learning and MDI/MDIX.
Caution:
Only when the state is enbaled, can you configure the negotiation, speed and duplex,
flow control, MAC learning and MDI/MDIX.
Only when the negotiation is in Force mode, can you configure the speed and duplex.
Port:Specifies a port to configure
State:Enable/disble the port
Negotiation:Selects Auto or Force, if Auto is selected, the port will automatically use the
best operating mode; while is Force is selected, it needs to configure the speed and duplex
manually.
Speed & Duplex:There are four choices: 10M Half, 10M Full, 100M Half, and 100M Full.
Flow Control:If flow control is enabled on both the local and peer switches. If congestion
occurs on the local switch:
The local switch sends a message to notify the peer switch of stopping sending packets
to itself or reducing the sending rate temporarily.
The peer switch will stop sending packets to the local switch or reduce the sending rate
temporarily when it receives the message; and vice versa. By this way, packet loss is
avoided and the network service operates normally.
If it is off, the port runs at full speed.
Learning: Enable/disable learning function
MDI/MDIX:Three selections: Auto, MDI and MDIX.
After clicking <Apply>, the lower part lists the port status.

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4.2 Port Aggregation
Link aggregation means aggregating several links together to form an aggregation group, so
as to implement outgoing/incoming load balance among the member ports in the group and to
enhance the connection reliability. Depending on different aggregation modes, aggregation
groups fall into three types: manual, static LACP, and dynamic LACP.
4.2.1 Aggregate Groups
SIGNAMAX POE series industrial switches supports 13 link aggregation groups.
Configuration steps:
Step 1 Select Trunk ID. There are 13 groups(T1 ~ T13 );
Step 2 Specify the trunk name;
Step 3 Specify the trunk type;
Manual:a manual trunk can only be manually set or deleted; LACP can be disabled.
Static: a static LACP trunk can only be manually set or deleted; any port in a static LACP
trunk shall enable LACP protocol. When a static LACP trunk is (manually) deleted, all ports of
this trunk with “up” status will generate one or more dynamic LACP trunks automatically.
Step 4 Select the ports as members of an aggregate group (2 ~ 8 ports);
Step 5 Click <Apply>, and then the link-aggregation Information will be listed at the lower
part.
Note: A trunk may be configured as a mirroring port, but it is not allowed to configure a
trunk as a monitoring port.

4 Port Management
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Caution:
If LACP (Link Aggregation Control Protocol) is disabled in Advanced Configuration,
you can only configure port aggregration manually, so If you want to configure port
aggregation statically, you need to enable LACP in Advanced Configuration.
The ports of the same link-aggregration group should have the same basic
configuration, such as STP, QoS, VLAN and port attribute and so on.
4.2.2 LACP Port Setting
On this page, you can configure dynamic LACP aggregation. A dynamic LACP trunk can only
be set or deleted automatically by the protocol. This protocol is based on IEEE802.3ad and
uses LACPDUs (link aggregation control protocol data unit) to interact with its peer. After
LACP is enabled on a port, LACP notifies the following information of the port to its peer by
sending LACPDUs: priority and MAC address of this system, priority, number and operation
key of the port. Upon receiving the information, the peer compares the information with the
information of other ports on the peer device to determine the ports that can be aggregated.
In this way, the two parties can reach an agreement in adding/removing the port to/from a
dynamic aggregation group. Any port in a dynamic LACP trunk shall have this port’s LACP
enabled.
Two link aggregation groups are configured, including Ethernet port 0/1, 0/3, 0/7 and 0/8 in
4.2.1 Aggregate Groups. So Ethernet port 0/2, 0/4, 0/5 to 0/6 can be configured as dynamic
LACP ports.
A dynamic LACP aggregation group is automatically created and removed by the system.
Users cannot add/remove ports to/from it. A port can participate in dynamic link aggregation
only when it is LACP-enabled. Ports can be aggregated into a dynamic aggregation group
only when they are connected to the same peer device and have the same basic
configuration (such as rate and duplex mode).

4 Port Management
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4.2.3 Aggregate Basic Setting
LACP determines the dynamic aggregation group members according to the priority of the
port ID on the end with the preferred device ID. The device ID consists of two-byte system
priority and six-byte system MAC address, that is, device ID = system priority + system MAC
address.
When two device SIGNAMAX are compared, the system priorities are compared first, and the
system MAC addresses are compared when the system priorities are the same. The device
with smaller device ID will be considered as the preferred one.
There is a limit on the number of selected ports in an aggregation group. Therefore, if the
number of selected ports in an aggregation group exceeds the maximum member port
number supported by the device, the system will choose the ports with lower port numbers as
the member ports.
Set LACP system priority (from 1 to 65535).
4.2.4 LACP Status Setting
Set LACP port status as active or passive.
Passive: The port does not automatically send LACP protocol packets; it responds only if it
receives an LACP protocol packet from the peer device.
Active: The port automatically sends LACP protocol packets.
A link having either one or two active LACP ports can perform dynamic LACP trunking. If the
two LACP ports connected are passive, they will not perform dynamic LACP trunking as both
ports are waiting for LACP protocol packet from the peer device.
Note:
The dynamic active LACP ports on this device can aggregate with the active or passive
LACP ports of the peer devices, but the passive LACP ports of this device can only
aggregate with the active LACP ports of the peer devices.

4 Port Management
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4.3 Port Bandwidth
You can configure the egress traffic limit on individual ports, so as to keep normal network
service. The bottom of the page will show the rate limit list.
Port:Select the port to configure
Egress:The desired egress rate limit to be configured. Choose “disabled” to set the port with
no egress rate limit, which means the port will run in full speed for egress traffic. You can also
select a specific egress rate from the drop-down list for a port.
When completing the configuration, click <apply> to take effect. The lower part of this page
shows a full list of rate limit for each port.
Note: The Egress status of Ethernet 0/1, 0/3, 0/7 and 0/8 are displayed gray, they cannot
be condigured the egress rate, because they are aggregration ports.
Caution: Egress rate cannot be enabled on the aggregration ports.
4.4 Port Mirroring

4 Port Management
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Port mirroring refers to the process of copying the packets received or sent by the specified
port to the destination port for packet analysis and monitoring. Generally, a destination port is
connected to a data detect device, which users can use to analyze the mirrored packets for
monitoring and troubleshooting the network, shown as the following figure:
Configuration steps:
Step 1 Enable/disable mirroring state;
Step 2 If mirroring state is enabled, choose a port as the monitoring port;
Caution:
Monitoring port cannot be link-aggregration port;
Only one port can be selected as monitoring port;
Monitoring port cannot be mirroring port at the same time.
Step 3 Select the mirroring ports and whether the packets to be mirrored are Rx, Tx or both
Rx /Tx.
None: Means to mirror none packets on the port;
Rx Port: Means only to mirror the packets received by the port;
Tx Port: Means only to mirror the packets sent by the port;
Rx /Tx Port: Means to mirror the packets received and sent by the port.
Step 4 Click <Apply> to make it effective.

4 Port Management
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4.5 POE
POE (Power Over Ethernet) is referred to a technology as the existing Ethernet cabling infra
structure Cat.5 which do not make any changes, transmits data signals for some IP-based t
erminals(such as IP telephones, wireless LAN access point AP, network cameras etc.) , mea
nwhile provids DC power supply technology for such equipments.
This page has three tabs to configure various parameters POE：
（1）POE configuration
Power management mode
：
Allocation,Class. Allocation mode can be directly assigned to the
PD power;Class mode will be based on the PD class to assign power required ,PD is
classified as shown in the following table.
PD classification power range
0（default）0.44 to12.95
1 0.44 to3.84
2 3.84to6.49
3 6.49to12.95
4 Retained for future use
Max Power: Set the POE power supply output the maximum value of total power ,the range is
0 to 720W.

4 Port Management
20
（2）POE Port settings
POE Mode
：
Three selections:POE, POE+ and shut down. POE mode in accordance with
the IEEE 802.3 AF protocol transmission, provide up to 15.4W power supply for each POE
port; POE+ model in accordance with the IEEE 802.3 AT protocol transmission, provide up to
30W power supply for each POE port; Off by default.
Priority
：
You can select the Optional of important, high or low, by default,the priority is low.
Maximun Power
：
According to the selected POE mode of distribution of maximum power
for corresponding port. POE mode can provide maximum power 15.4W for the corresponding
port, POE+ model can provide maximum power 30W for the corresponding port.
（3）POE Status
This page shows the POE state information.