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Chapter 10 PoE PoE (Power over Ethernet) technology describes a system to transmit electrical power along with data to remote devices over standard twisted-pair cable in an Ethernet network. It is especially useful for supplying power to IP telephones, wireless LAN access points, cameras and so on.  Composition A PoE system usually consists of PSE and PD. PSE: Power sourcing equipment (PSE) is a device such as a switch that provides power on the Ethernet cable to the linked device. PD: A powered device (PD) is a device accepting power from the PSE and thus consumes energy. PDs falls into two types, standard PDs and nonstandard PDs. Standard PDs refer to the powered devices that comply with IEEE 802.3af and IEEE 802.3at. Examples include wireless LAN access points, IP Phones, IP cameras, network hubs, embedded computers etc.  Advantage  Cheap cabling: The remote device such as cameras can be powered by PSE in no need of prolonging its power cord additionally and Ethernet cable is much cheaper than AC wire or power cord.  Easy to connect: PoE uses only one Ethernet cable with no need of external power supply.  Reliable: A powered device can be either powered by PSE using Ethernet cable or powered through the provided power adapter. It is very convenient to provide a backup power supply for the PDs.  Flexibility: In compliance with IEEE 802.3af and IEEE 802.3at, global organizations can deploy PoE everywhere without concern for any local variance in AC power standards, outlets, plugs, or reliability.  Wide use: It can be applied to wireless LAN access points, IP Phones, IP cameras, network hubs, embedded computers etc. T1500G-10MPS is a Power Sourcing Equipment (PSE). All the Auto-Negotiation RJ45 ports on the switch support Power over Ethernet (PoE) function, which can automatically detect and supply power for those powered devices (PDs) complying with IEEE 802.3af and IEEE 802.3at. PoE function can be configured in the two sections, PoE Config and PoE Time-Range. 10.1 PoE Config All the RJ45 ports on the switch can be configured to supply power for the powered devices that comply with IEEE 802.3af and IEEE 802.3at. As the power every port or the system can provide is limited, some attributes should be set to make full use of the power and guarantee the adequate power to the linked PDs. When the power exceeds the maximum power limit or the power is inadequate to power the device, the switch may disconnect the power supply to the PD linked to the port with lower priority. When detecting a PD is unplugged, the switch will stop supplying the power to the PD. 124

Section	Page
Package Contents	10
Chapter 1 About this Guide	11
1.1 Intended Readers	11
1.2 Conventions	11
1.3 Overview of This Guide	11
Chapter 2 Introduction	15
2.1 Overview of the Switch	15
2.2 Appearance Description	15
2.2.1 Front Panel	15
2.2.2 Rear Panel	17
Chapter 3 Login to the Switch	19
3.1 Login	19
3.2 Configuration	19
Chapter 4 System	21
4.1 System Info	21
4.1.1 System Summary	21
4.1.2 Device Description	22
4.1.3 System Time	23
4.1.4 Daylight Saving Time	24
4.1.5 System IP	25
4.2 User Management	27
4.2.1 User Table	27
4.2.2 User Config	27
4.3 System Tools	29
4.3.1 Boot Config	29
4.3.2 Config Restore	29
4.3.3 Config Backup	30
4.3.4 Firmware Upgrade	31
4.3.5 System Reboot	31
4.3.6 System Reset	32
4.4 Access Security	32
4.4.1 Access Control	32
4.4.2 HTTP Config	33
4.4.3 HTTPS Config	34
4.4.4 SSH Config	38
4.4.5 Telnet Config	44
Chapter 5 Switching	45
5.1 Port	45
5.1.1 Port Config	45
5.1.2 Port Mirror	46
5.1.3 Port Security	48
5.1.4 Port Isolation	50
5.1.5 Loopback Detection	51
5.2 LAG	53
5.2.1 LAG Table	53
5.2.2 Static LAG	55
5.2.3 LACP Config	56
5.3 Traffic Monitor	57
5.3.1 Traffic Summary	57
5.3.2 Traffic Statistics	58
5.4 MAC Address	60
5.4.1 Address Table	61
5.4.2 Static Address	63
5.4.3 Dynamic Address	64
5.4.4 Filtering Address	66
Chapter 6 VLAN	68
6.1 802.1Q VLAN	69
6.1.1 VLAN Config	70
6.1.2 Port Config	72
6.2 Application Example for 802.1Q VLAN	73
Chapter 7 Spanning Tree	75
7.1 STP Config	80
7.1.1 STP Config	80
7.1.2 STP Summary	82
7.2 Port Config	83
7.3 MSTP Instance	85
7.3.1 Region Config	85
7.3.2 Instance Config	86
7.3.3 Instance Port Config	87
7.4 STP Security	88
7.4.1 Port Protect	88
7.5 Application Example for STP Function	91
Chapter 8 Multicast	96
8.1 IGMP Snooping	100
8.1.1 Snooping Config	102
8.1.2 Port Config	103
8.1.3 VLAN Config	104
8.1.4 Multicast VLAN	106
8.1.5 Querier Config	109
8.1.6 Profile Config	110
8.1.7 Profile Binding	112
8.1.8 Packet Statistics	113
8.2 Multicast Table	114
8.2.1 IPv4 Multicast Table	114
8.2.2 Static IPv4 Multicast Table	115
Chapter 9 QoS	117
9.1 DiffServ	120
9.1.1 Port Priority	120
9.1.2 Schedule Mode	121
9.1.3 802.1P Priority	122
9.1.4 DSCP Priority	123
9.2 Bandwidth Control	124
9.2.1 Rate Limit	124
9.2.2 Storm Control	125
9.3 Voice VLAN	126
9.3.1 Global Config	129
9.3.2 Port Config	129
9.3.3 OUI Config	131
Chapter 10 PoE	133
10.1 PoE Config	133
10.1.1 PoE Config	134
10.1.2 PoE Profile	135
10.2 Time-Range	136
10.2.1 Time-Range Summary	136
10.2.2 Time-Range Create	137
10.2.3 Holiday Config	138
Chapter 11 ACL	140
11.1 ACL Config	140
11.1.1 ACL Summary	140
11.1.2 ACL Create	140
11.1.3 MAC ACL	141
11.1.4 Standard-IP ACL	142
11.1.5 Extend-IP ACL	142
11.2 Policy Config	143
11.2.1 Policy Summary	144
11.2.2 Policy Create	144
11.2.3 Action Create	144
11.3 ACL Binding	145
11.3.1 Binding Table	145
11.3.2 Port Binding	146
11.3.3 VLAN Binding	147
11.4 Policy Binding	148
11.4.1 Binding Table	148
11.4.2 Port Binding	149
11.4.3 VLAN Binding	150
11.5 Application Example for ACL	151
Chapter 12 Network Security	153
12.1 IP-MAC Binding	153
12.1.1 Binding Table	153
12.1.2 Manual Binding	154
12.1.3 ARP Scanning	156
12.2 DHCP Snooping	157
12.2.1 Global Config	161
12.2.2 Port Config	161
12.2.3 Option 82 Config	162
12.3 ARP Inspection	163
12.3.1 ARP Detect	166
12.3.2 ARP Defend	168
12.3.3 ARP Statistics	168
12.4 DoS Defend	169
12.4.1 DoS Defend	170
12.5 802.1X	171
12.5.1 Global Config	175
12.5.2 Port Config	176
12.6 AAA	178
12.6.1 Global Config	179
12.6.2 Privilege Elevation	179
12.6.3 RADIUS Server Config	180
12.6.4 TACACS+ Server Config	180
12.6.5 Authentication Server Group Config	181
12.6.6 Authentication Method List Config	182
12.6.7 Application Authentication List Config	184
12.6.8 802.1X Authentication Server Config	184
12.6.9 Default Settings	185
Chapter 13 SNMP	186
13.1 SNMP Config	188
13.1.1 Global Config	188
13.1.2 SNMP View	189
13.1.3 SNMP Group	190
13.1.4 SNMP User	192
13.1.5 SNMP Community	193
13.2 Notification	196
13.3 RMON	197
13.3.1 Statistics	198
13.3.2 History	199
13.3.3 Event	200
13.3.4 Alarm	201
Chapter 14 LLDP	203
14.1 Basic Config	208
14.1.1 Global Config	208
14.1.2 Port Config	209
14.2 Device Info	210
14.2.1 Local Info	210
14.2.2 Neighbor Info	212
14.3 Device Statistics	213
14.4 LLDP-MED	214
14.4.1 Global Config	215
14.4.2 Port Config	216
14.4.3 Local Info	217
14.4.4 Neighbor Info	218
Chapter 15 Maintenance	220
15.1 System Monitor	220
15.1.1 CPU Monitor	220
15.1.2 Memory Monitor	221
15.2 Log	222
15.2.1 Log Table	223
15.2.2 Local Log	224
15.2.3 Remote Log	224
15.2.4 Backup Log	225
15.3 Device Diagnostics	226
15.3.1 Cable Test	226
15.4 Network Diagnostics	227
15.4.1 Ping	227
15.4.2 Tracert	228
Appendix A: Specifications	229

Match case Limit results 1 per page

124

Chapter 10

PoE

PoE (Power over Ethernet) technology describes a system to transmit electrical power along

with data to remote devices over standard twisted-pair cable in an Ethernet network. It is

especially useful for supplying power to IP telephones, wireless LAN access points, cameras

and so on.



Composition

A PoE system usually consists of PSE and PD.

PSE:

Power sourcing equipment (PSE) is a device such as a switch that provides power on the

Ethernet cable to the linked device.

PD:

A powered device (PD) is a device accepting power from the PSE and thus consumes

energy. PDs falls into two types, standard PDs and nonstandard PDs. Standard PDs refer to the

powered devices that comply with IEEE 802.3af and IEEE 802.3at. Examples include wireless

LAN access points, IP Phones, IP cameras, network hubs, embedded computers etc.



Advantage



Cheap cabling: The remote device such as cameras can be powered by PSE in no

need of prolonging its power cord additionally and Ethernet cable is much cheaper

than AC wire or power cord.



Easy to connect: PoE uses only one Ethernet cable with no need of external power

supply.



Reliable: A powered device can be either powered by PSE using Ethernet cable or

powered through the provided power adapter. It is very convenient to provide a

backup power supply for the PDs.



Flexibility: In compliance with IEEE 802.3af and IEEE 802.3at, global organizations can

deploy PoE everywhere without concern for any local variance in AC power standards,

outlets, plugs, or reliability.



Wide use: It can be applied to wireless LAN access points, IP Phones, IP cameras,

network hubs, embedded computers etc.

T1500G-10MPS is a Power Sourcing Equipment (PSE). All the Auto-Negotiation RJ45 ports on

the switch support Power over Ethernet (PoE) function, which can automatically detect and

supply power for those powered devices (PDs) complying with IEEE 802.3af and IEEE 802.3at.

PoE function can be configured in the two sections,

PoE Config

and

PoE Time-Range

10.1

PoE Config

All the RJ45 ports on the switch can be configured to supply power for the powered devices

that comply with IEEE 802.3af and IEEE 802.3at. As the power every port or the system can

provide is limited, some attributes should be set to make full use of the power and guarantee

the adequate power to the linked PDs. When the power exceeds the maximum power limit or

the power is inadequate to power the device, the switch may disconnect the power supply to

the PD linked to the port with lower priority. When detecting a PD is unplugged, the switch will

stop supplying the power to the PD.