3One data IES618 Series User manual

IES618 Series
Managed Industrial Ethernet Switch
User Manual
Document Version: 02
Issue Date: 10/21/2019
Industrial Ethernet communication solutions experts 3onedata Co., Ltd.

Copyright © 2019 3onedata Co., Ltd. All rights reserved.
For this manual, all rights reserved by 3onedata Co., Ltd. No company or individual is allowed to
duplicate or translate this manual in any forms without written permission issued by 3onedata Co., Ltd.
Trademark statement
, and are the registered trademark owned by
3onedata Co., Ltd. And other trademarks mentioned in this manual belong to their corresponding
companies.
Notes
Purchased product, service or features should be constrained by 3ondedata commercial contracts and
clauses. The whole or part product, service or features described in this document may beyond
purchasing or using range. 3onedata won't make any statement or warranty for this document content
unless any other appointment exists.
Due to product version upgrading or other reason, this document content will be upgraded aperiodically.
Unless other appointment exists, this document only for usage guide, all statement, information and
suggestion in this document won't constitute any warranty.

3onedata Co., Ltd.
Headquarter address: 3/B, Zone 1, Baiwangxin High Technology Industrial Park, Song Bai Road,
Nanshan District, Shenzhen, 518108, China
Technology support: [e-mail]
Service hotline: [phone]
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Website: http://www.3onedata.com

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Preface
Managed Industrial Ethernet Switch User Manual has introduced this series of
switches:
Product feature
Network management method
Network management relative principle overview
The manual print screen reference model is IES618-4F-2P (4 100M fiber ports + 4 100M
copper ports, redundant power supply), except the supported Ethernet port and power
supply number and type, its interface function and operation is same to other models
products.
Readers
This manual mainly suits for engineers as follow:
Network administrator responsible for network configuration and maintenance
On-site technical support and maintenance staff
Hardware engineer
Text Format Convention
Format Description
“” Words with "" represent the interface words. e.g.: "The port
number".
> Multiple paths are separated by the symbol ‘>’. For example,
open local connection path description: open "Control
Panel > Network Connection > Local Connection".
Light Blue Font It represents the words clicked to achieve hyperlink. The font
color is as follows: ‘Light Blue’.
Icon Convention
Format Description

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Format Description
Remind the announcements in the operation, improper
operation may result in data loss or equipment damage.
Pay attention to the notes on the mark, improper operation
may cause personal injury.
Conduct a necessary supplements and explanations for the
description of operation content.
Configuration, operation, or tips for device usage.
Pay attention to the operation or information to ensure
success device configuration or normal working.
Port Convention
The port number in this manual is only an example, and does not represent the actual
port with this number on the device. In actual use, the port number existing on the
device shall prevail.
Revision Record
Version NO. Revision Date Revision Description
01 6/27/2013 Product release
02 10/21/2019 Software upgrade, manual optimization

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Content
PREFACE.........................................................................................................................................................1
CONTENT..........................................................................................................................................................I
1LOG IN THE WEB INTERFACE............................................................................................................... 1
1.1 WEB BROWSING SYSTEM REQUIREMENTS................................................................................. 1
1.2 SET THE IP ADDRESS OF THE COMPUTER...................................................................................1
1.3 LOG IN THE WEB CONFIGURATION INTERFACE............................................................................2
2SYSTEM STATUS........................................................................................................................................4
3PORT CONFIGURATION.......................................................................................................................... 6
3.1 PORT SETTING...............................................................................................................................6
3.2 BANDWIDTH MANAGEMENT...........................................................................................................9
4LAYER 2 FEATURES............................................................................................................................... 11
4.1 VLAN...........................................................................................................................................11
4.2 MULTICAST FILTERING.................................................................................................................22
4.2.1 IGMP snooping.......................................................................................................................... 22
4.2.2 Static Filtering.............................................................................................................................24
5QOS............................................................................................................................................................. 27
5.1 QOS CLASSIFICATION.................................................................................................................27
5.2 COS MAPPING............................................................................................................................ 30
5.3 TOS MAPPING............................................................................................................................. 32
6LINK BACKUP...........................................................................................................................................34
6.1 RAPID RING................................................................................................................................. 34
6.1.1 Instance: create single ring...................................................................................................... 38
6.1.2 Instance: create coupling ring................................................................................................. 40
6.1.3 Instance: creating chain............................................................................................................43
6.1.4 Creating Spanning Tree............................................................................................................46
6.2 PORT TRUNKING..........................................................................................................................49
7LLDP............................................................................................................................................................ 52
7.1 PARAMETERS CONFIGURATION.................................................................................................. 52
7.2 NEIGHBOR INFORMATION............................................................................................................54
8ACCESS CTRL.......................................................................................................................................... 55
8.1 PASSWORD..................................................................................................................................55
9REMOTE MONITORING.......................................................................................................................... 58
9.1 SNMP CONFIGURATION............................................................................................................. 58

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9.2 RELAY WARNING.........................................................................................................................61
10 PORT STATISTICS................................................................................................................................. 64
10.1 FRAME STATISTICS....................................................................................................................64
11 NETWORK DIAGNOSIS........................................................................................................................ 67
11.1 PORT MIRROR........................................................................................................................... 67
12 SYSTEM MANAGEMENT......................................................................................................................69
12.1 LOG INFORMATION.................................................................................................................... 69
12.2 TIME CONFIGURATION.............................................................................................................. 70
12.3 DEVICE ADDRESS..................................................................................................................... 71
12.4 SYSTEM INFORMATION;............................................................................................................. 74
12.5 FILE MANAGEMENT...................................................................................................................76
12.6 SYSTEM LOG OFF...................................................................................................................... 78
13 FAQ............................................................................................................................................................ 80
13.1 SIGN IN PROBLEMS...................................................................................................................80
13.2 CONFIGURATION PROBLEM...................................................................................................... 80
13.3 ALARM PROBLEM...................................................................................................................... 81
13.4 INDICATOR PROBLEM................................................................................................................ 81
14 MAINTENANCE AND SERVICE.......................................................................................................... 83
14.1 INTERNET SERVICE................................................................................................................... 83
14.2 SERVICE HOTLINE.....................................................................................................................83
14.3 PRODUCT REPAIR OR REPLACEMENT;..................................................................................... 84

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1Log in the Web Interface
1.1 WEB Browsing System Requirements
While using managed industrial Ethernet switches, the system should meet the
following conditions.
Hardware and
Software
System Requirements
CPU Above Pentium 586
Memory Above 128MB
Resolution Above 1024x768
Color Above 256 color
Browser Above Internet Explorer 6.0
Operating System Windows XP
Windows 7
1.2 Set the IP Address of the Computer
The switch default management as follows:
IP Setting Default Value
IP address 192.168.1.254
Subnet mask. 255.255.255.0
While configuring the switch via Web:
Before remote configuration, please make sure the route between computer and
switch is reachable.
Before local configuration, please make sure the IP address of the computer is on

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the same subnet to the one of switch.
Description:
While first configuring the switch, if it is a local configuration mode, please make sure
that the network segment of current PC is 1.
Eg: Assume that the IP address of the current PC is 192.168.5.60, change the
network segment "5" of the IP address to "1".
Operation Steps
Amendment steps as follows:
Step 1 Open "Control Panel> Network Connection> Local Area Connection> Properties>
Internet Protocol Version 4 (TCP / IPv4)> Properties".
Step 2 Change the selected "5" in red frame of the picture below to "1".
Step 3 Click “OK”, IP address is modified successfully.
Step 4 End.
1.3 Log in the Web Configuration Interface
Operation Steps
Login in the web configuration interface as follow:
Step 1 Run the computer browser.
Step 2 On the address bar of browser, enter in the switch address "http://192.168.1.254".
Step 3 Click the “Enter” key.

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Step 4 Pop up a window as the figure below, enter the user name and password on the login
window.
Note:
The default user name and password are “admin”, please strictly distinguish capital and
small letter while entering.
Default user account has the administrator privileges.
Webserver will provide 3 times opportunities to enter username and password. If user
enters the error information for 3 times, the browser will display "Access denied" to
reject access message. Refresh the page and try again.
Step 5 Click “OK”
Step 6 End.
After login in successfully, user can configure relative parameters and information
according to demands.
Note:
After login in the device, modify the switch IP address for usage convenience.

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2System Status
Function description
On the page of "System Information", user can check "Device Information" and "Port
Information".
Operation Path
Open in order: "Main Menu > System Config > System Information".
Interface description
Device information interface as follows:
Main elements configuration description of device information interface:
Interface Element Description
Equipment
information;
Equipment information column.

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Interface Element Description
Device name. Display the device name.
Device model. Display the device model.
Description Display characters description of the device.
Device serial
number.
SN code, product serial number.
Hardware Ver Current hardware version information.
Firmware Ver Current software version information.
MAC address; Hardware address of device factory configuration.
Contact
information.
Display the contact information of the device maintenance
personnel.
Port Information Port information status column
Port Serial number of device port .
Link status Port connection state, display state as follows:
"LINK" represents connected port;
"LOS" represents disconnected port.
Port state Port work state, display state as follows:
"HALF" represents the corresponding port is in the state
of half-duplex;
"FULL" represents corresponding port is in full duplex
state.
Speed Display the link speed of current port when it is connected.
Interface type. Interface type.
FX: fiber port;
TX: copper port.
“Device model”, “Device name”, “Device description”, “Device number” and “Contact
information” can be modified in "Main Menu > System Manage > System Info".

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3Port Configuration
3.1 Port Setting
Function description
The "PoE Config" page mainly includes:
Check port type;
Set speed mode and duplex mode;
Port enablement;
Flow control;
Network congestion can cause packet loss, and flow control is a technology that
prevents this from happening. After flow control function is configured, this device
would send messages to the opposite device to notify it to stop sending
messages if it has congestion. When the opposite device receives this message,
it would stop sending messages to this device to avoid congestion no matter what
its interface work speed is. Flow control can effectively prevent the impact on
network caused by the instantaneous mass data in network to ensure the efficient
and stable operation of user network.
Flow control implements half and full duplex mode via different ways:
-In half duplex mode, flow control is implemented through backpressure,
which is usually called backpressure count. This count makes signal source
lower its sending speed by sending jamming signal to source.
-In full duplex mode, flow control usually conforms to IEEE 802.3x standard.
The switch sends “pause” frame to signal source to make it stop sending.
After signal source receives “pause” frame, it would stop for a while to send
messages.

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The speed, duplex and flow control of this port take effects only when the port is
enabled.
After selecting automatic negotiation, speed and duplex will be gained via automatic
negotiation.
Operation Path
Open in order: "Main Menu > Port Config > Port Setting".
Interface description
Port settings interface as follows:
Main elements configuration description of port settings interface:
Interface Element Description
Port Port number of the device.
Interface type. According to the electrical properties of interface, the
Ethernet interface of switch can be divided into:
Copper port: transmit electrical signal via twisted-pair;
Fiber port: transmit optical signal via optical fiber
Speed mode Click the drop-down list box of “speed mode” to select port
speed mode.
Auto-negotiation: port can adjust to the transmission
speed of the opposite port;
10M speed: the maximum supported speed is 10Mbit/s;
100M speed: the maximum supported speed is
100Mbit/s;
Description:
The copper ports of the switch are all MDI/MDIX self-adaptive
ports, which support auto-negotiation.

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Interface Element Description
Duplex mode Click the drop-down box of “duplex mode” to select the
corresponding duplex mode of the port, options are as
follows:
Half-duplex: interface can only receive or send data at
any time.
Full-duplex: interface can receive and send data at the
same time.
Description:
When the speed mode is “auto-negotiation”, the port would match
the duplex mode of corresponding port automatically.
Enable Tick the check box to enable the port.
Note:
Unchecking the checkbox means this port is disabled and cannot
forward data.
Flow control Tick the check box to enable the flow control function of the
port.
Under full duplex mode, flow control method is IEEE
802.3x flow control.
Under half duplex mode, flow control method is back
pressure flow control.
Instance: Port Settings
for example: set port 1, port 2 and port3 as follows:
Set port 1’s “speed mode” to “auto-negotiation”;
Set port 2’s “speed mode” to “100M speed”, and “duplex mode” to “full duplex”;
Set port 3’s “speed mode” to “10M speed”, and “duplex mode” to “half duplex”,
and enable “flow control”.
Operating steps
Step 1 Enter: "Main Menu > Port Config > Port Setting".
Step 2 Configure the parameter of port 1:
1. Check “Port Enable” checkbox.
2. Choose “automatic negotiation” as “speed mode” .
Note:
The default configuration of “speed mode” is “auto-negotiation”.
Step 3 Configure the parameter of port 2:
1. Check “Port Enable” checkbox.
2. Select “100M speed” as “speed mode”;
3. Choose “Full duplex” as “Duplex mode”.
Step 4 Configure the parameter of port 3:

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1. Check “Port Enable” checkbox.
2. Select “10M speed” as “speed mode”;
3. Choose “Half duplex” as “Duplex mode”.
4. Check “Flow control” checkbox.
Step 5 Click “Apply”.
Step 6 End.
3.2 Bandwidth Management
Function description
On the page of “Bandwidth Management”, the device can realize the port’s egress
bandwidth settings and priority scheduling of ingress data packet.
Operation Path
Open in order: “Main Menu > Port Configuration > Bandwidth Management”.
Interface description
Bandwidth management interface as below:
The main element configuration description of bandwidth management interface:
Interface Element Description
Port Port number of the device.
Rate Egress bandwidth is the bandwidth when the port sends
data.

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Description:
“----” represents no speed limit.
Limitation Packet
Type
The data packets type of receiving bandwidth needs to be
limited, options of drop-down list as follows:
All frames: all kinds of data packets;
Broadcast, Multicast and flood unicast frames:
Broadcast and Multicast only;
Broadcast frames only.
Rate of Low Priority
Queue
Bandwidth settings of low priority queue.
Rate of Normal
Priority Queue
Bandwidth settings of normal priority queue. The value could
be the same to or twice of the bandwidth with the lowest
priority.
Rate of Medium
Priority Queue
Bandwidth settings of medium priority queue, the value
could be the same to or twice of the bandwidth of normal
priority queue.
Rate of High Priority
Queue
Bandwidth settings of high priority queue, the value could be
the same to or twice of the bandwidth of medium priority
queue.
Instance: bandwidth settings
For example:
Configure the egress bandwidth of port 1 as “4M”.
Configure the ingress bandwidth of port 1 as “Broadcast only”, and set the
bandwidth from low to high priority as follows: 1M, 2M, 4M, 8M.
Operating steps
Step 1 Enter “Main Menu > Port Configuration > Bandwidth Management”.
Step 2 On the region of “Egress”, choose the egress bandwidth of port 1 as “4M”.
Step 3 On the region of “Ingress”, conduct following operations on the row of port 1:
1. Choose “Broadcast frames only” as “Limitation Packet Type”;
2. Choose “Rate of Low Priority Queue” as “1M”;
3. Choose “Rate of Normal Priority Queue” as “2M”;
4. Choose “Rate of Medium Priority Queue” as “4M”;
5. Choose “Rate of High Priority Queue” as “8M”.
Step 4 Click “Apply”.
Step 5 End.

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4Layer 2 Features
4.1 VLAN
VLAN (Virtual Local Area Network) is a communication technology that logically
divides a physical LAN into multiple broadcast domains. Hosts in VLAN can directly
communicate with each other, but two VLAN can't directly communicate with each
other, which can limit the broadcast message in a VLAN. Using VLAN can bring
following benefits to users.
Limit the broadcast domain;
Increase the security of LAN;
Improve the network stability;
Flexibility construct virtual working team.
Port VLAN
Port VLAN adopts different identifications to distinguish different VLAN. Adopting the
same ID identification will cause internal member groups being replaced, new ID
identification will establish new forwarding rules, and all ports must belong to one or
more VLAN.
IEEE802.1Q VLAN
Under the provisions of IEEE 802.1Q protocol, the device can add 4 bytes VLAN tag
(Tag for short) between Source address and Length/Type fields of Ethernet data
frame, identifying the VLAN information. As the picture below:
TPID: Tag Protocol Identifier represents the data frame type, when the value is
0x8100, it represents the VLAN data frame of IEEE 802.1Q.

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PRI: Priority represents the 802.1p priority of data frame. Value range is 0-7,
larger value represents higher priority. During network congestion, the switch will
preferentially send data frame with higher priority.
CFI: Canonical Format Indicator represents whether MAC address is packaged in
standard format in different transmission media. 0 represents that MAC address
is packaged in standard format.
VID: VLAN ID represents the VLAN number of the data frame. The value range of
VLAN ID is 0-4095. 0 and 4095 are reserved values of the protocol, so the valid
value range of VLAN ID is 1-4094.
Function description
On the VLAN page, user can configure the following functions:
Configure port type:
Configure the port PVID;
Create VLAN entry;
Configure the port member type.
Operation Path
Open in order: "Main Menu > L2 Feature > VLAN".
Interface Description 1: Port-based VLAN
Port-based VLAN interface as follows:
The main elements configuration description of port-based VLAN interface:
Interface Element Description
VLAN Mode Choose VLAN type, options are:
Port-based VLAN
IEEE 802.1Q VLAN
VLAN name Enter VLAN number in digital form.
Description:
Input range is 1~4094.
Port Choose VLAN member.

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Interface Element Description
Operation Add/edit, delete or save VLAN configuration information.
Instance: create port-based VLAN.
The steps of configuring port-based VLAN:
Step 1 Open “Main Menu > L2 Feature > VLAN”.
Step 2 On the option box of “VLAN Mode”, select “Port-based VLAN”.
Step 3 Enter VLAN table items in the textbox of “VLAN Name”, such as filling in the figure “3”
to represent VLAN3.
Step 4 Select VLAN member on the check box of “Join Port”, such as select port 2 and port 3.
Step 5 Click “Add/Edit”.
Step 6 Click “Apply”, port 2 and port 3 are divided into VLAN3, port 2 and port 3 that belong to
the same VLAN can transmit data to each other.
Interface Description: VLAN based on 802.1Q
Interface screenshot of VLAN based on 802.1Q as follows: