HIK VISION DS-3E1526P-EI User manual

Smart Managed Switch Web
User Manual
UD33916B

Legal Informaon
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●This Document includes instrucons for using and managing
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i

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ii

Preface
Applicable Models
This manual is applicable to smart managed switches.
About Defaults
●Default administrator account: admin
●Super IP address: 10.180.190.200
Note
●The default user name admin needs to be acvated for rst-
me login.
●The default IP address of the switch is dynamically assigned.
●The super IP address cannot be modied. If the switch is
directly connected to a PC, the super IP address can be used to
access the switch for device management.
iii

Symbol Convenons
The symbols that may be found in this document are dened as
follows.
Symbol Descripon
Danger Indicates a hazardous situaon which, if not avoided,
will or could result in death or serious injury.
Cauon
Indicates a potenally hazardous situaon which, if
not avoided, could result in equipment damage, data
loss, performance degradaon, or unexpected
results.
Note Provides addional informaon to emphasize or
supplement important points of the main text.
iv

Contents
1 Introducon ............................................................. 1
2 Acvaon and Login ................................................. 1
3 Device Informaon ................................................... 3
3.1 Device Overview ................................................... 3
3.2 Port Status ............................................................ 4
3.3 Network Status ..................................................... 5
4 Network Conguraon ............................................. 7
5 Device Conguraon ................................................ 8
5.1 Port Conguraon ................................................ 8
5.1.1 Congure Port Aributes ............................. 8
5.1.2 Congure Link Aggregaon .......................... 9
5.1.3 Congure Long-Range Mode ..................... 10
5.1.4 Congure Port Isolaon ............................. 10
5.1.5 Congure Port Mirroring ........................... 11
5.1.6 Congure High-Priority Port ...................... 12
5.2 STP Conguraon ............................................... 12
5.3 LLDP Conguraon ............................................. 14
5.4 VLAN Conguraon ............................................ 14
5.4.1 Add VLAN ................................................... 14
5.4.2 Congure Port VLAN .................................. 15
5.5 PoE Management ................................................ 16
6 System Management .............................................. 16
6.1 Time Synchronizaon .......................................... 16
6.2 System Maintenance .......................................... 17
v

1 Introducon
Smart managed switches support management via web,
supporng funcons such as acvaon and login, device
overview, network conguraon, device conguraon, and
system maintenance.
Note
The funcons supported vary with device models. If there are
dierences between the gures shown in this manual and the
actual interfaces of your device, the laer prevails.
2 Acvaon and Login
If you use the switch for the rst me, you need to acvate it and
congure the password.
Before You Start
Ensure that your computer and switch are on the same network
segment.
Steps
Note
All gures in this manual are for illustraon purpose only.
1. Enter the default IP address of the switch in the address bar of
a web browser, and press Enter.
Figure 2-1 Acvaon
Note
●You can obtain the default IP address of the switch using the
SADP tool.
●You are recommended to use the following web browsers:
Microso Edge 89 or later, Google Chrome 89 or later, and
Firefox 78 or later.
1

2. Set a password and conrm the password.
Note
The password should contain 8 to 16 characters, including at
least two types of the following categories: uppercase leers,
lowercase leers, digits, and special characters.
3. Oponal: Check Cloud Management.
The Hik-Connect service is enabled.
4. Click OK.
The network conguraon page is displayed.
5. Oponal: Modify the network conguraons.
1) Go to System → Network Conguraon → Network
Conguraon .
Figure 2-2 Network Conguraon
2) Modify the IPv4 address, IPv4 subnet mask, default IPv4
gateway, preferred DNS address, and alternate DNS address
as required, or enable DHCP for automac IP address
assignment.
Note
You are recommended to modify the network conguraons
to beer manage your switch.
3) Log in to the switch web again with the new IP address aer
modicaon.
Figure 2-3 Login
2

3 Device Informaon
Aer logging in to the switch web, you can obtain detailed
informaon about the switch, including the device overview
informaon, port status informaon, and network status
informaon.
3.1 Device Overview
You can view or edit the device overview informaon on the
Overview page.
Basic Device Informaon
You can view the device model, soware version, serial No., IP
address, and MAC address of the switch in the lower right corner
of the Overview page.
Figure 3-1 Basic Device Informaon
Device Name
You can view the current device name or click next to it to
customize the device name on the Overview page.
Figure 3-2 Device Name
Device Running Time
You can also view the running me of the current device in the
upper right corner of the Overview page.
Figure 3-3 Device Running Time
VLANs Added
You can quickly view the number of VLANs that have been added,
or click to go to the VLAN Management page for VLAN
conguraon.
3

Figure 3-4 Number of VLANs Added
Cloud Plaorm Connecon Status
Figure 3-5 Cloud Plaorm Connecon Status
The Cloud Plaorm module shows whether the device is
connected to Hik-Connect.
●If the cloud plaorm is connected, scan the QR code to add the
device to Hik-Partner Pro app for remote management.
●If the cloud plaorm is disconnected, click Refresh to
reconnect, or click Diagnose to nd out the cause of the
connecon failure and go to the cloud plaorm conguraon
page as prompted for cloud plaorm conguraon.
3.2 Port Status
The Overview page provides a visual representaon of the
physical ports and shows the connecon or power supply status
of each port, making it easier for users to manage switch ports.
Port Panel
The Port Panel module displays the connecon and power supply
status of each port. When you hover the mouse over a port, the
port name, connecon status, rate/duplex, ow control status,
and packet receiving/sending rate are displayed. If the port is a
PoE port, you can view the PoE power of the port.
Figure 3-6 Port Panel
Port Details
The Port Details module lists the status parameters of each port.
You can also congure the port status, rate/duplex, and ow
control of each port, and view the port name, connecon status,
and actual rate/duplex of each port.
4

Figure 3-7 Port Details
Connecon Status
The connecon status of a port: Connected or Disconnected.
Port Status
Enable or disable a port. Ports are enabled by default.
Actual Rate/Duplex
The actual rate and duplex mode of a port.
Congured Rate/Duplex
The default value is Auto/Auto. You can select dierent
combinaons of rates and duplex modes as required.
Flow Control
Enabled by default. Flow control can eecvely reduce the
impact of large amounts of data on the network and maintain
the stability of the network.
PoE Power
You can view the whole device PoE power and peak PoE power in
last seven days of the switch. Click in the upper right corner of
the module to go to the PoE Management page for PoE funcon
conguraon.
Figure 3-8 PoE Power
Note
PoE power display is only available for switches supporng PoE.
3.3 Network Status
Network Monitoring allows you to view the same-LAN network
device informaon, MAC addresses learned by ports, port
stascs, and cable status.
Find Network Devices
Network Device Discovery is a funcon that automacally
detects transmission devices in the same LAN with the switch and
displays informaon about these devices. Go to Network
Monitoring → Network Device Discovery , and you can view the
device IP address, type, model, and serial No. of the network
device(s) found. You can also select a device and click in the
Operaon column to go to the web conguraon page of the
device.
5

Figure 3-9 Network Device Discovery
Query Port MAC Address
You can query the MAC address(es) learned by each port. Go to
Network Monitoring → MAC Address , select the desired port
from the Port drop-down list, and click Search. The MAC
address(es) learned by the port and type(s) of the MAC
address(es) are displayed in the list below.
Figure 3-10 Port MAC Address
View Port Stascs
You can monitor and collect stascs on the transmied data of
device ports. Go to Network Monitoring → Port Stascs , and
you can view the current connecon status of each port and the
data transmied by each port in the stascs list.
Figure 3-11 Port Stascs
You can also perform the following operaons:
●Clear port stascs: You can click Clear All to clear all the port
stascs.
●Manually refresh port stascs: You can click to manually
refresh the port stascs.
●Auto refresh port stascs: You can set the interval for
automacally refreshing port stascs: 30 seconds or 60
seconds.
Detect Cable Status
6

Cable Detecon is a funcon that detects the statuses of
Ethernet port cables, for example, to check whether there is a
short circuit or an open circuit in the receiving or sending
direcon of a cable, and if any, to locate the faulty cable. Go to
Network Monitoring → Cable Detecon , select the desired port
on the le port panel, and click Detect to view the detecon
result.
Figure 3-12 Cable Status Detecon
4 Network Conguraon
You can click on the home page to check Hik-Connect
connecon status, or go to System → Network Conguraon for
network conguraon, cloud plaorm conguraon, and SADP
conguraon.
Network Conguraon
Figure 4-1 Network Conguraon
Set the IPv4 address, IPv4 subnet mask, default IPv4 gateway,
preferred DNS address, and alternate DNS address as required, or
enable DHCP for automac IP address assignment.
Cloud Plaorm Conguraon
If the device is displayed as oine when you add it to Hik-Partner
Pro, you need to modify the DNS server address and congure
Hik-Connect parameters.
Go to System → Network Conguraon → Cloud Plaorm
Conguraon , and ensure that Hik-Connect is enabled. You can
also check the operaon code, and bind the device to your cloud
account on Hik-Partner Pro app.
7

Figure 4-2 Cloud Plaorm Conguraon
Note
It takes several minutes for reconnecng to Hik-Connect service.
SADP Conguraon
Figure 4-3 SADP Conguraon
Enable SADP Server or SADP Agent as required.
Note
●Aer SADP server is enabled, devices supporng SADP can be
searched and informaon about the devices is displayed.
●Aer SADP agent is enabled, query requests are sent to the
LAN periodically (every minute) for network topology drawing.
5 Device Conguraon
5.1 Port Conguraon
5.1.1 Congure Port Aributes
The basic aributes can inuence the working status of a port.
Congure the parameters as required.
Steps
1. Go to L2 Conguraon → Port Aributes .
8

Figure 5-1 Congure Port Aributes
2. Select the desired port(s) and congure the parameters.
Port Status
Enable or disable the selected port(s). Once a port is
disabled, no data will be transmied on it.
Rate/Duplex
The data transmission speed of a port or the duplex mode of
a port. The congurable rates or duplex modes of ports vary
with device models.
Flow Control
Enable or disable ow control of a port. Enabling ow
control can prevent data loss in data transmission.
3. Click Save.
4. Oponal: View the port aributes in the port status list.
5.1.2 Congure Link Aggregaon
Link aggregaon is used to combine mulple physical links
together to make a logical high-bandwidth data path, which
provides a stronger and faster network connecon.
Steps
1. Go to L2 Conguraon → Link Aggregaon .
2. Click .
Figure 5-2 Congure Link Aggregaon
3. Select at least two desired ports.
Note
●Only the selectable ports can be added to an aggregaon
group.
●2 to 4 ports are allowed for each link aggregaon group.
●Some ports can only be added to a specic aggregaon
group. For example, ports 1 to 4 can only be added to
aggregaon group 1. Please refer to the actual situaon.
●The rate, duplex mode, ow control, and long-range mode
conguraons of ports in one aggregaon group should be
the same.
9

4. Set Aggregaon Group No..
Note
The number of aggregaon groups allowed varies.
5. Click Save.
6. Oponal: Edit the aggregaon group.
1) Click an exisng aggregaon group, for example,
.
2) Select the desired port(s) on the le port panel to add to the
group, or deselect the desired port(s) on the right to delete
from the group.
3) Click Edit to save the modicaon.
7. Oponal: Delete the aggregaon group.
1) Click an exisng aggregaon group, for example,
.
2) Click Delete on the right.
8. Oponal: View the member ports of each aggregaon group in
the list below.
5.1.3 Congure Long-Range Mode
Aer the long-range mode is enabled for a port, the transmission
distance of the port can reach 300 meters at a rate of 10 Mbps.
Steps
1. Go to L2 Conguraon → Long-Range Mode .
Figure 5-3 Congure Long-Range Mode
2. Select the desired port(s) on the le port panel.
Note
You can also click or on the right to batch select
or deselect all ports.
3. Enable or disable Long-Range Mode on the right as required.
4. Click Save.
5. Oponal: View the long-range statuses of dierent ports in the
Port Long-Range Status list.
5.1.4 Congure Port Isolaon
Port isolaon is a feature to add mulple ports to an isolaon
group so that ports in the same isolaon group cannot
communicate with each other. For example, by using port
isolaon funcon, you can achieve the goal of prevenng PCs
under dierent ports communicang with each other without
conguring VLANs.
10

Steps
1. Go to L2 Conguraon → Port Isolaon .
Figure 5-4 Congure Port Isolaon
2. Select the desired port(s) on the le port panel.
Note
You can also click or on the right to batch select
or deselect all ports.
3. Enable or disable Port Isolaon on the right as required.
4. Click Save.
5. Oponal: View the port isolaon statuses of dierent ports in
the Port Isolaon Status list.
5.1.5 Congure Port Mirroring
Port mirroring is a feature in network switches that allows
administrators to monitor trac on one port (mirrored port) and
replicate this data to another port (mirroring port) for analysis.
This replicaon occurs in real-me, allowing an administrator to
view a "mirror" or exact duplicate of the trac moving on the
mirrored port.
Steps
1. Go to L2 Conguraon → Port Mirroring .
Figure 5-5 Congure Port Mirroring
2. Select the desired port(s) on the le port panel as the mirrored
ports, and congure the parameters as required.
Note
You can also click or on the right to batch select
or deselect all ports.
Enable
Enable or disable port mirroring of the selected port(s).
Monitoring Port
11

Only one port can be set as the monitoring port (mirroring
port).
Mirroring Direcon
Ingress
The data received by the source port will be under
monitoring.
Egress
The data sent by the source port will be under monitoring.
Egress and Ingress
Both the data received by and the data sent from the
source port will be under monitoring.
3. Click Save.
Note
The latest conguraon will overwrite the previous
conguraon.
4. Oponal: View the mirroring statuses of dierent ports in the
Port Mirroring Status list.
5.1.6 Congure High-Priority Port
High-priority ports are idened by a red area on the device front
panel. In the case of uplink congeson, the data of ports in this
area is preferenally transmied.
Steps
1. Go to Quality of Service → High-Priority Port .
Figure 5-6 Congure High-Priority Port
Note
High-priority port conguraon is only supported when the
switch has high-priority ports.
2. In High-Priority Mode, toggle on Enable to batch enable high-
priority ports.
Note
The number of high-priority ports varies with dierent device
models. Please refer to the actual situaon.
All high-priority ports of the switch are enabled, with a higher
data transmission priority than common ports.
5.2 STP Conguraon
Spanning Tree Protocol (STP) is a layer-2 link management
protocol that provides path redundancy and prevents loops in a
network topology. STP uses a spanning-tree algorithm to select
one switch as the root of a spanning tree, and determines the
network topology by transming Bridge Protocol Data Unit
(BPDU) packets between devices, helping to create a stable
network.
12

Steps
1. Go to L2 Conguraon → STP .
Figure 5-7 STP Conguraon
2. In STP Conguraon, toggle on Enable STP.
3. Set STP parameters as required.
Table 5-1 STP Parameters
Parameter Descripon
Bridge Priority
●The value ranges from 0 to
61440, in an increment of
4096. The default value is
32,768. Valid values are 0,
4096, 8192, 12288, 16384,
…, and 61440.
●The smaller the value, the
higher the bridge priority of
a switch. A switch with
higher bridge priority is
more likely to become the
root bridge.
Hello Time
The interval between each
BPDU that is sent on a port,
which is used for port link
diagnosis. The value ranges
from 1 to 10 seconds. The
default value is 2 seconds.
Max. Aging Time
The maximum length of me
interval that a STP-enabled
switch port saves its
conguraon BPDU
informaon. The value ranges
from 6 to 40 seconds. The
default value is 20 seconds.
Note
The Max. aging me must
meet the following condions:
2 × (Hello Time + 1) ≤ Max.
Aging Time ≤ 2 × (Forwarding
Delay – 1)
Forwarding Delay The me interval that is spent
in the listening and learning
13

Parameter Descripon
state when the topology
changes. The value ranges from
4 to 30 seconds. The default
value is 15 seconds.
4. Click Save.
5. Oponal: Click Port Status or STP Status to view the status of
each port or the global status of STP sengs.
Note
●The Port Status informaon includes the port name, path
cost, port role, and port status.
●The STP Status informaon includes the bridge ID, root
bridge ID, as well as hello me, Max. aging me, and
forwarding delay of the root bridge.
5.3 LLDP Conguraon
Link Layer Discovery Protocol (LLDP) is a layer 2 neighbor
discovery protocol that allows devices to adverse device
informaon to their directly connected peers/neighbors. With
LLDP enabled, network devices can send LLDP data units
(LLDPDUs) to inform other devices of their status. LLDP helps to
draw network topology and detect improper conguraons in a
network.
Steps
1. Go to L2 Conguraon → LLDP .
2. Enable or disable LLDP.
Figure 5-8 LLDP Conguraon
Note
Aer LLDP is enabled, network devices can discover each other,
facilitang network topology drawing.
3. Oponal: View the local port(s), MAC address(es) of peer
device(s), and peer port(s) in the Neighbor Informaon list.
5.4 VLAN Conguraon
Virtual Local Area Networks (VLANs) separate an exisng physical
network into mulple logical networks. Thus, each VLAN creates
its own broadcast domain. With VLANs congured on a switch,
users in the same VLAN can communicate with each other, while
users in dierent VLANs are isolated. In this way, dierent
broadcast domains are isolated, enhancing network security.
5.4.1 Add VLAN
Steps
1. Click VLAN Management in the le navigaon pane.
14