ZTC ODU Manual

ZTCODU
(2G/4G)

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 ZTC ODU Manual

CSG Science&Technology Co.,Ltd. Hefei

Copyright declaration:

Copyright of the very product, Manual, accessories, etc. Included, shall belong to CSG Science&Technology
Co., Ltd. Hefei(below named as CSG). Without formal authorization from CSG, no copy or translation is
permitted. Besides, the specifications and other information about the product is for your reference only. The
content inside should change from time to time with no special notification, and for more information, you can
consult CSG.

Copyright reserved·No reprinting©CSG Science&Technology Co., Ltd. Hefei

Product name:

Manual version:

Publishing date:

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 ZTC ODU Manual

Zieltec

Contato:

Endereço：Rua Pais Leme, 215 – Pinheiros – São Paulo - SP

Telefone 1：+55-11-3939-0973

Telefone 2: +55-11-3939-0173

Website：www.zieltec.com

E-mail: comercialradio@zieltec.com

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Catalogue
1. Summary .................................................................................................................................................... 8

1.1 Summary .............................................................................................................................................. 8

1.2 External View ...................................................................................................................................... 9

1.3 Main Function .................................................................................................................................... 11

1.4 System Technical Parameter Table.................................................................................................... 11

2. Series products users' guide .................................................................................................................... 14

2.1 Users Login........................................................................................................................................ 14

2.2 Web Page Introduction ...................................................................................................................... 15

2.3 Configuration ..................................................................................................................................... 17

2.3.1 Radio link configuration（->Radio） ....................................................................................... 18

2.3.1.1 Radio Configuration ->Radio -> Config .......................................................................... 18

2.3.1.2 Site configuration ->Radio -> Site ................................................................................... 21

2.3.1.3 Threshold configuration ->Radio -> Threshold ............................................................ 23

2.3.2 System configuration（ ->System） ........................................................................................ 24

2.3.2.1 IP Internet configuration ->System -> IP ......................................................................... 24

2.3.2.2 Time configuration ->System -> Time ............................................................................ 26

2.3.2.3 Log Configuration ->System -> Log ............................................................................ 27

2.3.3 Ports configuration（ ->Ports） ............................................................................................. 27

2.3.4 Security configuration（ ->Security） ................................................................................... 28

2.3.4.1 Switchconfiguration ->Security ->Switch .................................................................... 28

2.3.4.2 Network configuration ->Security ->Network ................................................................. 38

2.3.5 Aggregation configuration（ ->Aggregation）...................................................................... 43

2.3.5.1 Static configuration ->Aggregation ->Static ................................................................. 43

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2.3.5.2 LACP configuration ->Aggregation ->LACP............................................................... 44

2.3.6 Loop Protection aggregation（ ->Loop Protection）............................................................. 45

2.3.7 Spanning tree configuration（->Spanning Tree） .................................................................... 47

2.3.7.1 STP Bridge configuration ->Spanning Tree ->Bridge Setting ........................................ 47

2.3.7.2 CIST Ports ->Spanning Tree ->CIST Ports .................................................................... 48

2.3.8 MAC Table configuration（ ->MAC Table） ......................................................................... 49

2.3.9 VLANs configuration（ ->VLANs） .................................................................................... 51

2.3.9.1 Accessmode ....................................................................................................................... 52

2.3.9.2 Trunk mode ........................................................................................................................ 52

2.3.9.3 Hybrid mode ...................................................................................................................... 52

2.3.10 QoS configuration（ ->QoS） ................................................................................................. 53

2.3.10.1 Port Classification configuration ->QoS ->Port Classification ............................... 53

2.3.10.2 Port Policing configuration ->QoS ->Port Policing ................................................ 55

2.3.10.3 Port Scheduler configuration ->QoS ->Port Scheduler........................................... 57

2.3.10.4 Port Shaping configuration ->QoS ->Port Shaping ................................................ 59

2.3.10.5 DSCP-Based QoS configuration ->QoS ->DSCP-Based QoS................................ 61

2.3.10.6 Storm Control configuration ->QoS ->Storm Control ............................................ 62

2.4 Monitor（Monitor ） ........................................................................................................................ 63

2.4.1 Radio operating status（ ->Radio）....................................................................................... 63

2.4.1.1 Radio link status ->Radio -> Status .............................................................................. 63

2.4.1.2 Summary status ->Radio -> Summary .......................................................................... 66

2.4.1.3 Alarm ->Radio -> Alarm .............................................................................................. 67

2.4.1.4 SNR record curve ->Radio -> SNR ............................................................................ 68

2.4.1.5 RSL record curve ->Radio -> RSL ............................................................................... 69

2.4.1.6 Temperature record curve ->Radio -> Temperature ..................................................... 70

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2.4.1.7 Link Performance ->Radio -> Link Performance ......................................................... 71

2.4.2 System information（ ->System）......................................................................................... 72

2.4.2.1 System information ->System -> Information .............................................................. 72

2.4.2.2 Log management ->System -> Log .............................................................................. 73

2.4.2.3 Detailed log information ->System -> Detailed Log .................................................... 75

2.4.3 Ports information（ ->Ports）................................................................................................ 75

2.4.3.1 Ports status ->Ports -> State ........................................................................................ 75

2.4.3.2 Ports Traffic Overview ->Ports -> Traffic Overview ................................................... 76

2.4.3.3 Ports Detailed Statistics ->Ports -> Detailed Statistics ................................................. 77

2.4.4 Security information（ ->Security） ..................................................................................... 78

2.4.5 Spanning Tree （ ->Spanning Tree ） ................................................................................... 78

2.4.5.1 STP Bridge Status ->Spanning Tree -> Bridge Status ................................................. 78

2.4.5.2 STP Port Status ->Spanning Tree -> Port Status ......................................................... 79

2.4.5.3 STP Port Statistics ->Spanning Tree -> Port Statistics ................................................ 80

2.4.6 MAC Table（ ->MAC Table）.............................................................................................. 81

2.5 Diagnostics （Diagnostics ）............................................................................................................ 82

2.5.1 Ping function（ ->Ping） ...................................................................................................... 82

2.5.2 Loopback test（ ->Loopback） ............................................................................................ 83

2.5.3 BER test function（ ->BER）............................................................................................... 85

2.6 Maintenance（Maintenance ） ......................................................................................................... 85

2.6.1 Restart Device（ ->Restart Device） ..................................................................................... 85

2.6.2 Factory Defaults（ ->Factory Defaults）............................................................................... 86

2.6.3 Save startup-config（ ->Save startup-config）...................................................................... 87

2.6.4 Software（ ->Software） ....................................................................................................... 87

2.6.5 Configuration（ ->Configuration） ....................................................................................... 88

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2.6.5.1 Download configuration fileMaintenance ->Configuration -> Download.................... 88

2.6.5.2 Upload configuration fileMaintenance ->Configuration -> Upload ............................. 89

2.6.5.3 Activate configuration fileMaintenance ->Configuration -> Activate .......................... 90

2.6.5.4 Delete configuration fileMaintenance ->Configuration -> Delete ................................ 91

2.6.6 MCU（ ->MCU）.................................................................................................................. 91

3. Appendix................................................................................................................................................... 92

Capacity sheet .................................................................................................................................................. 92

Threshold and flow sheet ................................................................................................................................ 93

Abbreviation..................................................................................................................................................... 94

4. Revision records ....................................................................................................................................... 96

5. Feedback ................................................................................................................................................... 97

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Manual

1. Summary

1.1 Summary

Microwave transmission equipment is a device that uses high-frequency radio signals to transmit data. It generally
consists of a radio frequency(RF) section, Modem section, power supply section and data signal access parts.

The device structure uses rugged, compact, sealed metal case, for better protecting core part of the products
(including waterproof, EMC, etc.). Meanwhile, the equipment is easy to install on the tower roof, lamppost, lights
or outdoor small base station.

The product has the characteristics of high spectral efficiency, low latency, high capacity, cost-effective, and can be
widely applied into network synchronization. Variable bandwidths (ETSI14/28/56/112MHz, ANSI20/30/40/80
MHz) and flexible modulation schemes (QPSK-1024QAM) to secure best link performance. We provide users with
more flexible means of transmission in different environments.

The ZTC ODU Series device is an outdoor microwave transmission equipment, meeting the performance
requirements of the operators. ZTC ODU series device greatly reduce the upfront input costs and network operating
costs. This products are compatible with Ethernet network, seamless accessing to TDM/PTN。The product are
designed with high-order modulation, broad channel width, large capacity, supporting 2GHz ~ 23GHz frequency,
also suitable for key data transmission and Internet access, a perfect substitute for cable transmission.

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1.2 External View

The device support GE interface, OPT interface, Antenna interface, RSSI interface, outlook shown as below Figure
1 and Figure 2. Power can be supplied through two ways:

 Through N-type cable in power adapter, as shown in Figure 3;

 Through UTP-6E LAN cable in power adapter, shown as below Figure 4.;

Figure 1 Radio outlook

Figure 2 Radio outlook

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Figure 3 power adapter

Figure 4 Power adapter

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1.3 Main Function

The function of ZTC ODU Series device：

 Link configuration: Setting RF transceiver frequency, transmit power, etc.

 Modem configuratios: Setting modulation ways of encoding, channel bandwidth, etc.

 Site Management: Configuring information of the base station equipment installation

 Device Management: Including IP of device and time attributes, etc.

 Ethernet configuration: Configuring the device switching properties, QoS, VLAN, etc.

 System Maintenance: Responsible for the testing equipment, software upgrades, etc.

 Alarm Management: Including alarm display, log, alarm settings, etc.

 Performance Analysis: detecting equipment operating SNR, RSL and other performance parameters

 Equipment system operation and parameter information display.

1.4 System Technical Parameter Table

Frequency(GHz) 2G 4G

Frequency Plan ITR-R Customer standard Customer standard

Modulation QPSK/16QAM/32QAM/64QAM/128QAM/256QAM/512QAM/1024QAM

RF Specs

Bandwidth（MHz) 14MHz/28MHz/56MHz or 29MHz/58MHz/112MHz

RSSI Output Voltage vs RSL: 0~3V vs. -90 ~-20dBm

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RSL Accuracy <± 2 dB

Frequency stability (ppm) <± 5

QSPK 30 33

16 QAM 30 32

32 QAM 29 32
Max RF 64 QAM 29 31
Output
Power(dBm) 128 QAM 29 31

256 QAM 28 30

512 QAM 28 30

1024 QAM 27 29

Min Output Power(dBm) 5

TX Tuning Increment (dB) 1

TX Accuracy (dB) ±2

RX Gain(dB) >75

Ethernet Specs

Throughput (Mbps) Up to 471Mbps (See traffic rate table)

Interface GE Optical,GE Electrical

Max frame size 9216

MAC Table 2048 entries, auto learning and aging

Buffer 128Kbytes

VLAN Support 802.1q

QoS 802.1p

SyncE Support(Native,Master,Slave)

Spanning Tree Protocol 802.1D - 1998 STP

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(STP)

System Function

Threshold(dBm) Refer below table <<Threshold table>>

Toplogy 1+0 or 2+0 with Smart switch

ATPC Yes

Hitless ACM Yes

Network management

SNMP SNMP V1

CLI Support telnet to manage the radio

Upgrade Support software to upgrade on site

System Backup Support

Test diagnosis

Digital loopback Support

Ethernet loopback Support

Alarm LO ,modem ,temp Alarm and etc

History Curve Yes(Temperature,RSL,SNR 24Hours curve,7days curve)

Log Up to 3000 records,Support Syslog

Mechanical Specs

Ant interface N-type

Traffic Port Opt(include Management Port), GE Electrical

Power supply port N-type,POE

RSSI Port BNC

Dimensions: HxWxP mm 315x265x130

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Weight 6(TBC)

Mount Function Option 1: Screw mount Option 2:Hook mount

Other

Temperature -35 °C a +55 °C

Humidity All Weather

Rainproof IP65

Power / Consumption -48V±20% / <35W

Lightening Protection Yes

2. Series products users' guide

2.1 Users Login

When ZTC ODU devices power on, through a standard Ethernet cable you can connect the PC to CFG port (1000
base - TX) of device management or link to the port of switch which is connecting with OPT port of device.

Setting the IP address of PC and sub-net mask, to ensure them in the same sub-net with ZTC ODU IP address of the
device. (ZTC ODU The default IP address: 192.168.0.10 or 192.168.0.11, Sub-net mask: 255.255.255.0) Firstly
you should confirm connection is good (Using 'Ping' tool),then open Web browser, enter the IP address, login page
appears, login page shown as below Figure 5：

Figure 5 login page

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Enter your username and password to log in. Equipment operating user are divided into administrators and viewers ,
administrators can configure device parameters and view the device, the viewer can check the running status of the
device and the current parameter values.

Managers initial user name: admin; password: admin;

Viewers initial user name: viewer; password: viewer.

User-level difference between the two operations is whether you can set parameters, the operating page is same for
two operations. Later description both login as managers, if as viewers, all settings appears gray.

2.2 Web Page Introduction

Login in ZTC ODU device via WEB, then figure 6 appears：

Figure 6 login page

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At the the left side of the Figure 6, there is a navigation tree, where users can find access to all settings and
information. At the upper right side, there are some function buttons. In the middle, users can find the radio’s
working condition and ports status. Green light means normal operation, and red light means the opposite. When
the remote handling function is not accessible, the “Remote Alarm” frame will be gray. Details as below:

Item Example Value Description

MCU Red/Green Device processor unit failure. To alarm when the

system self-test detects a hardware failure or a fault.

MOD Red/Green Modem unit failure.To alarm when the baseband unlock
or carrier signal undetectable

RF Red/Green To alarm when RF phase locked loop is out of lock

ETH Red/Green Network switching module failure.To alarm when the

exchange of wafer processing module failures or
network switch does not work properly

TMP Red/Green To alarm when machine internal temperature is too high

or too low

ALM Red/Green Indicate the status of the remote terminal radio. Green
means connected, and red means disconnected.

Buttons at the Back to home page

upper right
side
Exit

For help

Auto-refresh If chosen, the page will refresh in 3S, automatically

Refresh To refresh by hand

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ZTC radio displays link parameters in the page, meanings of parameters are as follows：

item Description

Device IP IP address

Tx Power Transmit Power

Rx Level Receiving Level

SNR Signal-noise ratio

Tx Frequency Transmission Frequency

Rx Frequency Receiving Frequency

Modulation Modulation Way

Bandwidth Channel Bandwidth

Capacity Transmission capacity

ATPC ATPC enabling

POE Port Port connecting status

OPT Port Port connecting status

Temperature Temperature

Site Name Site Name

Runtime Runtime

2.3 Configuration

The function of configuration and managementcan set various operating parameters of ZTC device: Device IP, site
information, encrypted password, chain network parameters, etc. To set relevant users can click directly on the
respective functions form. Once parameter is done, they are displayed inside the summary for subsequent viewing,
To download configuration information and save it to your PC according to the need.

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In the page of parameter configuration, when normally communicating with remote equipment, it display the
information of distal and proximal devices. By choosing “local” or “Two Terminals”, you can set the local or both
proximal and distal device-related parameters, for example, IP address；set configuration by each setting button, for
example, transmission power. When the proximal and distal communication is normal, the parameters of proximal
and distal devices can be set automatically, for example, transmission frequency and modulation.

When the remote device is inaccessible, then all distal news column will have no information and you can not edit
the settings.

2.3.1 Radio link configuration（->Radio）

2.3.1.1 Radio Configuration ->Radio -> Config

Login in via WEB page, to select the navigation tree in turn: Configuration ->Radio -> Config, find Radio
configuration page, shown as below Figure 7:

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Figure 7 Radio Configuration

In this page, users view and configure some parameters of microwave radio links network, including frequency
transceiver, transceiver power, modulation scheme, ATPC threshold, ACM and so on.

Some parameters are as follows：

Item Example Value Description

Rx Frequency Range 8454000-8482000 KHz Rx Frequency Range, Unit : KHz

Current Rx Frequency 8458000KHz Current Rx Frequency, Unit: KHz

TR Spacing 119000 KHz Transceiver Interval, Unit: KHz

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Side Tx Low (or Tx High) Station Type,Transmission Frequency Level

Tx Frequency Range 8335000-8363000 KHz Transmission Frequency Range ,Unit: KHz。

Determined by Diplexer Parameters

Current Tx Frequency 8335000 KHz Current Transmission Frequency, Unit: KHz

Set Tx Frequency 8338000 KHz Set the Current Transmission Frequency, Unit:
KHz. Value shall be in the range of Tx
Frequency Range, and value will take effect
immediately after change, distal end of the
transmission frequency will be calculating at
the same time. When accessing distal end,
users set the value of the distal end of the
transmission frequency to ensure that the
proximal and distal communication is normal;
Setting order will be from distal to proximal.

Actual Capacity 157.43 Mbps The actual maximum transmission capacity

and the actual channel bandwidth are related
with modulation. When enable ACM,
generator value changes with modulation.

Output Mode IQ Mode / CW Mode Channel Bandwidth, Unit: KHz. This

equipment support14MHz,28MHz,35MHz,
56MHz Channel Bandwidth.

Channel Bandwidth 28000 KHz Modem Modulation .ZTC ODU device support
QPSK, 16QAM, 32QAM, 64QAM, 128QAM,
256QAM, 512QAM, 1024QAM, ACM 9
modulation ways

Modulation 256QAM When selecting ACM, users need specify

fluctuation rage of modulation scheme.
Selecting the allowing minimum and
maximum modulation scheme. Starting from
the maximum modulation in actual use.

ACM Modulation Range Current Size of the Receiving Power, Unit :

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dBm

Current RSL -34 dBm Current Size of the transmittingPower, Unit:

dBm

Current Tx Power 10 dBm Set the current transmitting power, Unit: dBm

Set Tx Power 10 dBm Setting the RF amplifier switching off state,

there are 4 selections, including Off,
MuteOn5Mins, Mute On10Mins,Mute Always.
Respectively: Open amplifier, turn off the
amplifier for5 minutes, turn off the power
amplifier for 10 minutes, closed. The
parameters can be set from both distal and

proximal ends. Attention：If one is set to have

been closed, the device is inaccessible from the

proximal to the distal.

Tx Mute Status Off ATPC function. Choosing On or Off, Choosing

ACM, ATPC should be banned.

ATPC Status Off Adjusting the transmit power level of the

maximum current reception downward.

ATPC Max Rx Level -40 dBm Adjusting the transmit power of the minimum
current level reception upward. Choosing value
in a given range by drop-down list.

ATPC Min Rx Level -60 dBm Rx Frequency Range, Unit : KHz

2.3.1.2 Site configuration ->Radio -> Site

After login in device via WEB page, to select the navigation tree：Configuration ->Radio -> Site , enter the
configuration page for the device management information parameters, shown as figure 8:

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Figure 8 Site configuration

In this page, users set the installation site information. Some parameters are as follows:

Item Example Value Description

Site Name Beijing123 Site Name

Site Number 1001 Site Number

Site Longitude 110.33 Site Longitude

Site Latitude 37.4 Site Latitude

Street Number No. 999 Street Number of the Site

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Street Name Changjiang Road Street Name of the Site

City Beijing City Name of the Site

State Beijing the Name of the Site of the Province or State

Contact Name John Contact Name

Contact Number 0861055556666 Contact Number

Polarization Vertical/Horizon Antenna polarization direction

Device PN E001D0001 Set PN, Unmodified

2.3.1.3 Threshold configuration ->Radio -> Threshold

After login in device via WEB page, to select the navigation tree：Configuration ->Radio -> Threshold, find
threshold configuration page, shown as below Figure 9:

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Figure 9 Alarm threshold configuration

2.3.2 System configuration（ ->System）

2.3.2.1 IP Internet configuration ->System -> IP

Login in via WEB page, to select the navigation tree in turn: Configuration ->System -> IP, find IP
configuration page, as shown below in Figure 10:

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Figure 10 IP configuration

In this page, users can configure IP-related parameter, including DNS server, IP address, IP router, etc. Going into
effect immediately after saving.

Some parameters as below:

Parameter Description

Mode Originally set as Host. At Host mode, communications between ports do

not go through router.

DNS Server 4 options: From any DHCP interfaces, No DNS server, Configured, From
IP Configuration this DHCP interface. After the mode, there is detailed address for DNS
configuration.

DNS Proxy If chosen, equipment will forward the DNS request to the current
configured DNS server.

VLAN Managing VLAN, IP address is only able for visit, when the port is in this
VLAN
IP Interfaces
Address IP address

Mask Length IP address Mask Length

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Add Interface New IP address adding, up to 8 addresses

Network Destination IP address of router

Mask Length Destination IP address Mask Length of router

IP Routes
Gateway IPGateway

Add Route New IP Route adding, up to 32 routes

2.3.2.2 Time configuration ->System -> Time

Login in via WEB page, to select the navigation tree in turn: Configuration ->System -> Time, find time
configuration page, shown as below, Figure 11:

Figure 11 Time Configuration

In this page, users can configure time through “Time Configuration”, going into effect immediately after
saving. Sync PC will be the same with computer, and there is no need to set one by one.

 Mode: Enabled or disabled is optional, to open or close NTP function.

 Server 1~5：Up to 5NTP Server addresses are configurable, server address can be IP address or website.
If the NTP server address is website, then configuration of DNS server needs to be done in IP interface.

 Date (Year/Month/Date): set Day/Month/Year.

 Time (Hour:Minute:Second)：Set Hour, Minute, Second.

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2.3.2.3 Log Configuration ->System -> Log

Login in via WEB page, to select the navigation tree in turn:Configuration ->System -> Log,find Log
Configuration page, shown as below Figure 12:

Figure12 System Log Configuration

In this page, users can configure Log information through “System Log Configuration”, going into effect
immediately after saving.

 Mode：Enabled or disabled is optional, to open or close system Log remote record function;

Server Address：When the mode operation is enabled, the syslog message will send out to syslog server.

 Syslog Level: System Log information level, including Info, Warning, Error.

2.3.3 Ports configuration（ ->Ports）

Login in via WEB page, to select the navigation tree in turn:Configuration ->Ports, find Port Configuration page,
as shown below Figure13:

Figure 13 Port Configuration

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In this page, users can check ports status, set the Negotiation parameter and max Data frame length(original set as
9600) permitted, based on actual needs.

 Port– port number。

 Link– current port link status: green indicates Link Up, and red indicates Link Down。
 Speed– port link speed configuration.
 Disabled：close the port;
 Auto：port auto negotiation mode;
 10Mbps HDX：set the port as 10Mbps half-duplex forcefully;
 10Mbps FDX：set the port as 10Mbps full-duplex forcefully;
 100Mbps HDX：set the port as 100Mbps half-duplex forcefully;
 100Mbps FDX：set the port as 100Mbps full-duplex forcefully;
 1Gbps FDX:set the port as 1Gbps full-duplex forcefully;
 Flow Control – Configure flow control.
 Maximum Frame Size – Max Frame Size, originally set as 9600B, range from 1518-9600B.
 Excessive Collision Mode-

2.3.4 Security configuration（ ->Security）

2.3.4.1 Switchconfiguration ->Security ->Switch

Login in via WEB page, to select the navigation tree in turn:Configuration ->Security ->Switch -> Users, find
Users configuration page, as Figure 14:

Figure14 Users Configuration

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There is a default user, admin, and the password is also admin, privilege level 15. Users can change the user name
and password, by clicking user name admin, then find the editing page. Users can ad new user, password and
privilege level, by clicking Add New User,Configuration page as Figure 15, going into effect immediately after
saving.

Figure 15 Add User

Some parameter as below:

Parameter Description

User Name Letters, numbers and underline permitted, length 1~31bits

Password Length 0~31, blank permitted

Password (again) Password confirmation

Privilege Level Level from 1~15, 1 is min and 15 is max

Result of adding the new user successfully, shown as below Figur16:

Figure 16 Users configuration

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To edit users’ information, choose the user name, find the editing interface, and do the editing of relative parameter;
to delete users, just choose button “delete user”, shown as below Figure 17:

Figure 17 Editing user

Login in via WEB page, to select the navigation tree in turn:Configuration ->Security ->Switch -> SNMP ->
System，, find SNMP System page as Figure 18:

Figure 18 SNMP system configuration

Inside this interface, users can choose and configure SNMP System, including Mode, Version, Read Community,
Write Community, etc. Getting into effect immediately after saving.

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 Mode：Enabled and disabled are optional, to start or close SNMP function respectively；

 Version：ChooseSNMP version, SNMP v1、SNMP v2c optional。

 Read Community:Setting Read Community name, length：0~255bits, readable character.

 Write Community: Setting Write Community name, length：0~255bits, readable character.

Login in via WEB page, to select the navigation tree in turn:Configuration ->Security ->Switch -> SNMP ->
Trap, find Trap configuration page, as Figure 19:

Figure 19 Trap configuration

Inside this interface, users can choose to configure Trap parameter, by Enabled or Disabled mode to start or close
trap function. Choose Add New Entry and users can add new trap destination, shown as below Figure 20:

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Figure 20 Trap destination

Some SNMP Trap Configuration parameter as below:

Parameter Description

Trap Config Name Length 0~255bits, readable character.

Trap Mode Enabled or Disabled optional to start or close SNMP mode function.

Trap Version Choose SNMP version, SNMP v1、SNMP v2c optional.

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Configuration of character string when forwarding SNMP trap package，

Trap Community
length 0~255bits, readable character.

Configure SNMP trap destination address, which can be valid IP address

Trap Destination Address
or valid host name.

SNMP agent forwards SNMP information through this port number,

Trap Destination Port
range from 1~65535.

Enabled or Disabled optional for starting or closing SNMP trap

Trap Inform Mode
information function.

Trap Inform Timeout Trap Inform Timeout value, ranging from 0~2147S.

Trap Inform Retry Times Ranging from 0~255.

Trap Probe Security

Engine ID

Trap Security Engine ID

Trap Security Name

Users can also choose to trigger SNMP Trap events, options as below:

 System event
 Warm Start;
 Cold Start;
 interface event
 link up;
 link down;
 LLDP;
 AAA event
 Authentication Fail;
 Switch event
 STP;
 RMON

Login in via WEB page, to select the navigation tree in turn:Configuration ->Security ->Switch -> SNMP ->
Communities, find SNMPv3 Community configuration page, as Figure 21:

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Figure 21 SNMPv3 Community configuration

In this page, users can choose parameter related to SNMPv3 Community, including adding/deleting Community,
set corresponding Source IP, Source Mask, etc. Going into effect, immediately after saving. Users can add new
Community, by clicking Add New Entry, as Figure 22:

Figure 22 SNMPv3 adding/deleting Community configuration

Login in via WEB page, to select the navigation tree in turn:Configuration ->Security ->Switch -> SNMP ->
Users, find SNMPv3 Users information configuration page, as Figure 23:

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Figure 23 SNMPv3 adding/deleting User configuration

In this page, users can add or delete SNMPv3 user, going into effect immediately after saving. Users can add
new user information by clicking Add New Entry, as Figure 24:

Figure 24 SNMPv3 adding new user

Login in via WEB page, to select the navigation tree in turn:Configuration ->Security ->Switch -> SNMP ->
Groups, find SNMPv3 Group page, as Figure 25:

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Figure 25 SNMPv3 Group configuration

In this page, users can choose parameter about SNMPv3 Group, including adding or deleting etc. Going into
effect, immediately saving. Users can add new group by clicking Add New Entry, as Figure 26:

Figure 26 Add SNMPv3 Group adding/deleting

Login in via WEB page, to select the navigation tree in turn:Configuration ->Security ->Switch -> SNMP ->
Views, find SNMPv3 View page, as Figure 27:

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Figure 27 SNMPv3 View configuration

In this page, users can choose parameter about SNMPv3 View, including adding or deleting etc. Going into effect,
immediately saving. Users can add new View by clicking Add New Entry, as Figure 28:

Figure 28 SNMPv3 View adding/deleting

Login in via WEB page, to select the navigation tree in turn:Configuration ->Security ->Switch -> SNMP ->
Access, find SNMPv3 Access page, as Figure 29:

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Figure 29 SNMPv3 Access configuration

In this page, users can configure parameter about SNMPv3 Access, including adding or deleting etc. Going into
effect, immediately saving. Users can add new Access group, by clicking Add New Entry, as Figure 30:

Figure 30 SNMPv3 Access adding/deleting

2.3.4.2 Network configuration ->Security ->Network

Login in via WEB page, to select the navigation tree in turn:Configuration ->Security ->Network -> Limit
Control, find Port Security Limit Control configuration, as Figure 31:

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Figure 31 Port Security Limit Control configuration

In this page, users can configure parameter about Port Security Limit Control, including Mode, Aging Enabled,
Aging Period, Limit, Action etc. Going into effect, immediately saving.

System Configuration

 Mode: Enabled or disabled is optional, to start or close function respectively.

 Aging Enabled: Activate Aging function.

 Aging Period: Set time, by second, range from0-9999.

Port Configuration

 Mode: Enabled or disabled is optional, to start or close function respectively.

 Limit: Set limit level, default is 4,

 Action:Set operation, options are: None, Trap, Shutdown, Trap & Shutdown.

Login in via WEB page, to select the navigation tree in turn:Configuration ->Security ->Network -> ACL ->
Ports, find ACL Ports page, as Figure 32:

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Figure 32 ACL Ports configuration

In this page, users can choose parameter about ACL Ports. Going into effect, immediately saving.

 Policy ID：ID

 Action：Deny or Permit optional

 Rate Limiter ID: Disabled from 1~16 optional

 Port Redirect：Disabled optional

 Mirror：Enabled or disabled is optional, to start or close function respectively.

 Logging：Enabled or disabled is optional, to start or close function respectively.

 Shutdown：Enabled or disabled is optional, to start or close function respectively.

 State：Enabled or disabled is optional, to start or close function respectively.

 Counter：Number

Login in via WEB page, to select the navigation tree in turn:Configuration ->Security ->Network -> ACL ->
Rate Limiters, find ACL Rate Limiter page, as Figure 33:

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Figure 33 ACL Rate Limiter configuration

In this page, users can configure parameter about ACL Rate Limiter. Going into effect, immediately saving.

 Rate：default is 1.

 Unit：options are pps、kbps.

Login in via WEB page, to select the navigation tree in turn:Configuration ->Security ->Network -> ACL ->
Access Control List, find Access Control List, as Figure 34:

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Figure 34 Access Control List configuration

In this page, users can configure parameter about Access Control List, including adding and deleting operations, set
corresponding parameter etc. Going into effect, immediately saving. Users can add new configuration by clicking

, as Figure 35:

Figure 35 ACE configuration

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2.3.5 Aggregation configuration（ ->Aggregation）

Aggregation is to combine multiple ports together to form a aggregation group, to achieve the sharing of
output/input load among the ports, which will provide better connecting bandwidth and connecting reliability.

2.3.5.1 Static configuration ->Aggregation ->Static

Login in via WEB page, to select the navigation tree in turn:Configuration ->Aggregation ->Static , find
Aggregation Mode Configuration page, as Figure 36:

Figure 36 Aggregation

Inside this interface, users can choose different aggregation modes, based on actual Web environment. Going
into effect, immediately saving.

 Source MAC Address

 Destination MAC Address
 IP address
 TCP/IP port number

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2.3.5.2 LACP configuration ->Aggregation ->LACP

LACP(Link Aggregation Control Protocol) is a protocol which can achieve link active aggregation, based on
IEEE802.3ad standard. LACP communicates with the other port through LACPDU(Link Aggregation Control
Protocol Data Unit).

Login in via WEB page, to select the navigation tree in turn:Configuration ->Aggregation ->LACP , find LACP
Port Configuration, as Figure 37:

Figure 37 LACP configuration

Some parameter as below:

Parameter Description

If LACP chosen, the port will notify the other port with its own system priority level,
system MAC address, port priority level, port number, and operating key, through
transmitting LACPDU. Once the other port receives these information, it will
LACP Enabled
compare them with its own storage information and choose a port that can do
aggregation, then the two port will reach an agreement on whether to join or exit an
active aggregation group.

Key is a configuration combination, caused by LACP protocol, based on port

configuration(that is, rate, duplex, basic configuration, and management key), during
Key aggregation. The management key default is zero, when LACP is activated in active
aggregation port. The management key is the same as the aggregation ID, when LACP
is activated in static aggregation port. For active aggregation group, members inside

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shall have the same operating key, while for static or aggregation group by hand, the
ports that are active shall have the same operating key.

Role Indicate LACP active status, active or passive optional.

BPDU transmitting period, Fast or Slow optional. Fast: transmitting LACP packet per
Timeout
second; slow：transmitting LACP packet per 30 seconds

Prio Port priority level.

After the LACP active aggregation link negotiation completed, through navigation
tree:Monitor ->LACP ,users can check aggregation link information: System Status, Port Status, Port Statistics.
LACP System Status result as Figure 38:

Figure 38 LACP System Status result

2.3.6 Loop Protection aggregation（ ->Loop Protection）

Login in via WEB page, to select the navigation tree in turn:Configuration ->Loop Protection , find Loop
Protection Configuration, as Figure 39:

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Figure 39 Loop Protection

In this page, users can configure parameter about Loop Protection. Going into effect, immediately saving.

 Enable Loop Protection：Enabled or disabled, optional to start or close protection function:

 Transmission Time：

 Shutdown Time:

Parameter about Port Configuration as below:

Parameter Description

Enabled If chosen, the port function will be started.

Action Shutdown Port, Shutdown Port and Log, Log Only optional

TX Mode Enable or Disable

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2.3.7 Spanning tree configuration（->Spanning Tree）

2.3.7.1 STP Bridge configuration ->Spanning Tree ->Bridge Setting

Login in via WEB page, to select the navigation tree in turn:Configuration ->Spanning Tree ->Bridge Setting ,
find STP Bridge Configuration page as Figure 40:

Figure 40 STP configuration

In this page, users can configure STP Bridge, including Basic Settings and Advanced Settings. Going into
effect, immediately saving.

some parameter as below:

Parameter Description

Protocol Version STP, RSTP and MSTP optional

With smaller value, the priority is higher, options range from

Bridge Priority
Basic Settings 0~61440, with 4096 as step length

Forward Delay time from root port and pointed port in STP
Forward Delay
bridge to Forwarding. Range from 4~30s

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Max time for root bridge to transmitting message, range from 6

Max Age
~40s, meanwhile it shall meet<= (FwdDelay-1)*2

Max bridge quantity of messages that root bridge can transmit,

Maximum Hop Count
range from 6~40.

Transmit Hold Count BPDU packets transmitted every second, range from 1~ 10.

Edge Port BPDU Filtering

Edge Port BPDU Guard

Advanced Settings Port Error Recovery

Port Error Recovery Only configurable, once the Port Error Recovery function is
Timeout chosen, range from 30 ~ 86400s.

2.3.7.2 CIST Ports ->Spanning Tree ->CIST Ports

Login in via WEB page, to select the navigation tree in turn:Configuration ->Spanning Tree -> CIST Ports , find
STP CIST Port Configuration, as Figure 41:

Figure 41 CIST Ports

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Inside this interface. Users can configure CIST, including CIST Aggregated Port Configuration and CIST Normal
Port Configuration respectively. Getting into effect immediately after saving.

Relative parameter description shown as below:

Parameter Description

STP Enabled If chosen, STP function will be enabled.

Auto or Specific optional, and if Specific is chosen, the cost value will be set
Path Cost
by hand, range from 1~200000000

Port priority, when the ports cost values are the same, sequence will be decided
Priority
by port priority. Configurable values are in according following sheet.

Admin Edge Set Edge status, Non-Edge or Edge optional.

Auto Edge If chosen, then Auto Edge check function for bridge port will be enabled.

Restricted Role If chosen, then port will not be set as CIST or MSTI

Restricted TCN If chosen, topology change or topology structure change will not be accepted.

 BPDU Guard If chosen, the port will forbidden itself when receiving valid BPDU.

Control whether the port connect to a point-to-point LAN shared media. True
Point-to-point
or False can be set automatically, or by force.

2.3.8 MAC Table configuration（ ->MAC Table）

Login in via WEB page, to select the navigation tree in turn:Configuration ->MAC Table ，, find MAC Address
Table Configuration, as Figure 42:

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Figure 42 MAC Table configuration

Inside this interface, users can decide MAC Aging Configuration, MAC Table Learning, and Static MAC Table
Configuration. Getting into effect immediately after saving.

Relative parameter description shown as below:

Parameter Description

Aging Disable Automatic Aging Disable the automatic aging of dynamic entries by checking
Configuration Aging Time Mac aging time, range from 10~1000000s

Auto At Auto mode, port can learn Dynamic and Static MAC Address.

At Disable mode, port will only learn Static MAC Address, but not
MAC Table Disable
Dynamic MAC Address
Learning
At Secure mode, port will only learn Static MAC Address, and
Secure
other reports will be disabled.

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At Static MAC Table Configuration, users can set static MAC address, by choosing “Add New Static Entry”, also
VLAN and MAC can be configured, as well as port number of the static MAC address, shown as below Figure 43

Figure 43 Static MAC configuration

2.3.9 VLANs configuration（ ->VLANs）

Login in via WEB page, to select the navigation tree in turn:Configuration ->VLANs , find Global VLAN
Configuration page, as Figure 44:

Figure 44 Vlan configuration

VLAN configuration parameter is mainly for each port. Configuration parameter in Global VLAN Configuration
and Port VLAN Configuration are closely connected, so configuration parameter in Global VLAN Configuration
can not be treated separately.

 Allow Access VLANs – This configuration parameter only applies in Access mode. When the Port Mode
is Access, its Port VLAN value needs to be added into Allow Access VLANs, otherwise data can not be
forwarded by the current port normally. Allow Access VLANs value should be separated by comma, and
for sequential values, dash can be used, like：1,10,11,12,13,200, and also can be 1,10-13,200
 Ethertype for Custom S-ports – This configuration parameter only applies in S-Custom-PortPort
Type.When the Port Mode is Hybrid, and Port Type is S-Custom-Port, users can define TPID value
through configuring Ethertype for Custom S-ports value. Original value is set as 88A8

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There are mainly three port modes for each port: Access mode, Trunk mode, Hybrid mode. Configurable parameter
can be slightly different afterwards, at different port modes.

2.3.9.1 Accessmode

At Access mode, users only need to configure two parameter below. Other parameter is not configurable.

 Port VLAN - Configure the PVID value of this port, and only one value is configurable, ranging from 1
– 4095, originally set as 1;
 Forbidden VLANs – Forbidden VLAN sheet, originally set as blank.

2.3.9.2 Trunk mode

At Trunk mode, users only need to configure four parameter below. Other parameter is not configurable.

 Port VLAN - Configure the PVID value of this port, and only one value is configurable, ranging from 1
– 4095, originally set as 1
 Egress Tagging – This configuration parameter only works for the port output data flow. At Trunk mode,
only two parameter below optional: Originally set as Untag Port VLAN
 Untag Port VLAN –To divide port output data flow from its Port VLAN
 Tag all – To not divide port output data flow from its Port VLAN.
 Allowed VLANs – This equals a VLAN forwarding sheet, and users can add or delete VLAN permitted
by the port, Originally set as 1 – 4095
 Forbidden VLANs –Forbidden VLAN sheet, originally set as blank.

2.3.9.3 Hybrid mode

At Hybrid mode, users need to configure seven parameter below:

 Port VLAN - Configure PVID value of the Port, only one value configurable, ranging from 1 – 4095,
originally set as 1.
 Port Type – Configure the type of port. At Hybrid mode, user can choose one out of the four types below
to do the configuration:
 Unaware – Downlink applied in QinQ;
 C-Port – Recognize VLAN information of Ingress frame. Mainly at Access and Trunk mode;
 S-Port – mainly applied in QinQ Uplink. To revise TPID of data frame.
 S-Custom-Port – Almost the same as S-Port function, the difference is users can define revise TPID
value through Global VLAN Configuration;
 Ingress Filtering – If chosen, VLAN of data frame will not be inside port VLAN, then data frame shall
be disabled.

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 Ingress Acceptance – To check and accept port input data flow. At Hybrid mode, users can choose one
out of the three ways to do the configuration:
 Tagged and Untagged – Pass Tagged and Untagged frame;
 Tagged Only – Only pass Tagged frame;
 Untagged Only – Only pass Untagged frame。
 Egress Tagging - This configuration works for port output data flow. At Hybrid mode, there are three
parameter below optional. Originally set as Untag Port VLAN:
 Untag Port VLAN - To divide port output data flow from its Port VLAN；
 Tag all – To not divide port output data flow from its Port VLAN；
 Untag All - To divide port output data flow from its VLAN tag。
 Allowed VLANs – This equals a VLAN forwarding sheet, and users can add or delete VLAN permitted
by the port, Originally set as 1 – 4095
 Forbidden VLANs –Forbidden VLAN sheet, originally set as blank.

2.3.10 QoS configuration（ ->QoS）

2.3.10.1 Port Classification configuration ->QoS ->Port Classification

Login in via WEB page, to select the navigation tree in turn:Configuration ->QoS ->Port Classification , find QoS
Ingress Port Classification, as Figure 45:

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Figure 45 Port Classification

Inside this interface, user can configure Port Classification. Set CoS（class of service）, DPL（drop precedence
level）, PCP（Priority Code Point）, DEI（Drop Eligible Indicator）, Tag Class, DSCP Based and Address Mode
to each port. Getting into effect immediately after saving.

Relative parameter description as below:

Parameter Value range Description

CoS 0~7 Control original service level.

DPL 0、1 Control original disabled priority level.

Control original priority level PCP value, can be regarded as

PCP 0~7 users’ priority. Saved in three bits of 802.1Q frame, which
represents priority level.

Controls the default DEI value.

DEI 0、1
All frames are classified to a DEI value.If the port is VLAN
aware and the frame is tagged, then the frame is classified to

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the DEI value in the tag. Otherwise the frame is classified to

the default DEI value.

Configure tag frame classification mode. If configured as

Disabled, then original CoS and DPLwill be used for
Disabled 、
Tag Class Classification, and if configured as Enabled, then mapping
Enabled
from (PCP, DEI) to (QoS class, DP level) will be used for
classification, configuration shown as below Figure23.

If chosen, then Enable will do classification based on QoS, the

DSCP Based
port input of DSCP.

Source, Indicating the classification cause, whether based on mac/IP

Address Mode
Destination address(Source), or destination mac/IP address（Destination）。

2.3.10.2 Port Policing configuration ->QoS ->Port Policing

Login in via WEB page, to select the navigation tree in turn:Configuration ->QoS ->Port Policing, find QoS
Ingress Port Policers page, as Figure 46:

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Figure 46 Port Policing

Inside this interface, users can configure port policing, set Rate, Unit, and Flow Control to each port. Getting into
effect immediately after saving.

Relative parameter as below:

Parameter Value range Description

Enabled If chosen, configuration’s rate will be enabled.

When "Unit"is"kbps"or"fps", range of rate is:

Rate 100-1000000; when "Unit"is" Mbps "or" kfps ", range of
rate is: 1-3300

kbps、Mbps、
Unit
fps、kfps Rate unit

Flow control, if chosen, then flow control frame will be

Flow Control
forwarded, once surpassing configuration’s rate.

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2.3.10.3 Port Scheduler configuration ->QoS ->Port Scheduler

Login in via WEB page, to select the navigation tree in turn:Configuration ->QoS ->Port Scheduler, find QoS
Egress Port Schedulers, as Figure 47:

Figure 47 Port Schedule

Inside this interface, users can configure port schedule mode. Configure schedule way, choose port number (port1
as an example), enter port schedule configuration to each port. Detailed configuration shown as below Figure 48:

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Figure 48 Port Scheduler configuration

Users can choose port Scheduler Mode as strict priority or weighted. When configuration is weighted mode, the
first six sequential weight value are configurable. Getting into effect immediately after saving.

Parameter description shown as below:

Parameter Value range description

When Scheduler Mode is weighted, weight value of each line

Weight 1-100
Queue can be configured, range from1-100
scheduler Indicating the ratio between weight value of this line and all
Percent
bandwidth

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2.3.10.4 Port Shaping configuration ->QoS ->Port Shaping

Login in via WEB page, to select the navigation tree in turn:Configuration ->QoS ->Port Shaping, find QoS
Egress Port Shapers, as Figure 49:

Figure 49 Port Shaping configuration

Inside this interface, users can configure Port Shaping of each queue. To configure eight queues for each port, users
can choose a port number (port1 as an example), enter port shaping interface. Detailed configuration shown as
below Figure 50:

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Figure 50 Port Shaping

Inside this interface, users can limit the rate value in the queue, and configure the port shaping. When the data flow
surpasses the limit value, it will be shaped. Getting into effect immediately after saving.

Relative parameter description shown as below:

Parameter Value range Description

Enable in any queue chosen, the port shaping function in that

Enable
queue will be enabled.

Limit the rate value in the queue, when the “unit” is “kbps”,
Queue shaper 100-1000000
Rate the range is from 100-1000000, and when the “Unit” is
or 1-3300
“Mbps”, the range is from 1-3300

Unit kbps、Mbps Rate value unit in the queue, kbps、Mbps optional

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Excess If chosen, then the extra bandwidth in the queue will be used.

If chosen, then the port shaping function in the queue will be

Enable
enabled.

Limit the rate value in the port, when the “unit” is “kbps”,
Port shaper 100-1000000
Rate the range is from 100-1000000, and when the “Unit” is
or 1-3300
“Mbps”, the range is from 1-3300

Unit kbps、Mbps Rate value unit in the port, kbps、Mbps optional

2.3.10.5 DSCP-Based QoS configuration ->QoS ->DSCP-Based QoS

Login in via WEB page, to select the navigation tree in turn:Configuration ->QoS ->DSCP-Based QoS, find
DSCP-Based QoS Ingress Classification page, as Figure 51:

Figure 51 DSCP-Based QoS

Inside this interface, users can configure corresponding QoS class, DPL value in DSCP, and choose whether to
trust DSCP value. Getting into effect immediately after saving.

Relative parameter description shown as below:

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Parameter Value range Description

If chosen, then the DSCP VALUE will be trusted, when the

frame band is the trusted DCSP value, it will map to
Trust
corresponding QOS and DPL value; when the frame band is
not the trusted DCSP value, it will be treated as Non-IP frame.

Data statistics flow will be mapped to different QoS queue,

QoS class 0~7
based on DCSP value.

DPL 0、1 Configure drop priority level of the data statistics flow

2.3.10.6 Storm Control configuration ->QoS ->Storm Control

Login in via WEB page, to select the navigation tree in turn:Configuration ->QoS ->Storm Control , find Storm
Control Configuration page, as Figure 52:

Figure 52 Storm Control configuration

Inside this interface, users can configure storm control. By choosing “enable” or not for different frames, storm
control can be achieved. If “enable” is chosen, users can decide the rate value, pps as unit. Getting into effect
immediately after saving.

Relative parameter description shown as below:

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Parameter Description

Configure storm control to different data flow, like Unicast,

Frame Type
Multicast, Broadcast.

Enable If chosen, Storm control function is enabled.

Storm control rate value, pps as unit, options are:1, 2, 4, 8, 16, 32,
Rate (pps) 64, 128, 256, 512, 1K, 2K, 4K, 8K, 16K, 32K, 64K, 128K, 256K,
512K ,1024K.

2.4 Monitor（Monitor ）

2.4.1 Radio operating status（ ->Radio）

2.4.1.1 Radio link status ->Radio -> Status

After login, the default page is the link status, or users can find through navigation tree:Monitor ->Radio ->
Status, find the page, as Figure 53:

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Figure 53 Link status

Users can find the radio’s working condition and ports status in Figure 55. Green light means normal operation, and
red light means the opposite. When the remote handling function is not accessible, the “Remote Alarm” frame will
be gray. If Auto-refresh chosen, then the page will do refresh every 3 seconds, automatically; “Refresh” button is to
refresh by hand. Details as below:

Item Example Value Description

MCU Red/green Micro Controller Unit failure, when the self-check of

system fails, or it detects the hardware problem, the
alarm will be on.

MOD Red/green Modem failure, when the Modem loses lock or detects
no signal carrier, the alarm will be on.

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RF Red/green When the RF phase locked loop loses lock, the alarm
will be on.

ETH Red/green Network switching module failure, when the switching

IC or switching module can not work normally, the
alarm will be on.

TMP Red/green When the temperature inside radio is too high or too
low, the alarm will be on

ALM Red/green Indicating the remote terminal connecting condition:

Green means good connection, and red means
disconnection.

Meanings of parameters are as follows

item Description

Device IP IP address

Tx Power Transmit Power

Rx Level Receiving Level

SNR Signal-noise ratio

Tx Frequency Transmission Frequency

Rx Frequency Receiving Frequency

Modulation Modulation Way

Bandwidth Channel Bandwidth

Capacity Transmission capacity

ATPC ATPC enabling

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POE Port Port connecting status

OPT Port Port connecting status

Temperature Temperature

Site Name Site Name

Runtime Runtime

2.4.1.2 Summary status ->Radio -> Summary

Login in via WEB page, to select the navigation tree in turn:Monitor ->Radio -> Summary, find Summary status,
as Figure 54:

Figure 54 Summary status

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In this page, when the configuration is done, all the configuration value can be checked for the current radio.

2.4.1.3 Alarm ->Radio -> Alarm

Login in via WEB page, to select the navigation tree in turn: Monitor ->Radio -> Alarm, find Alarm page, as
Figure 55:

Figure 55 Alarm

In this page, you can find all current alarm information for all parts. The corresponding green light means the
working is in good condition, and the red means the opposite. If Auto-refresh chosen, then the page will do refresh
every 3 seconds, automatically; “Refresh” button is to refresh by hand. Details as below:

Item Example Value Description

MCU Red/Green Micro Controller Unit failure, when the self-check of

system fails, or it detects the hardware problem, the
alarm will be on.

Modem Red/Green Modem failure, when the Modem loses lock or detects
no signal carrier, the alarm will be on.

Temp Red/Green When the temperature inside radio is too high or too
low, the alarm will be on

Ethernet Red/Green Network switching module failure, when the switching

IC or switching module can not work normally, the
alarm will be on.

RFLO Lock Red/Green When the RF phase locked loop loses lock, the alarm
will be on.

RXIFLO Red/Green When the phase locked loop in receiving channel loses
Lock lock, the alarm will be on.

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TXIFLO Red/Green When the phase locked loop in transmitting channel

Lock loses lock, the alarm will be on.

PA Current Red/Green When the current in RF PA is abnormal, the alarm will

be on.

2.4.1.4 SNR record curve ->Radio -> SNR

Login in via WEB page, to select the navigation tree in turn:Monitor ->Radio -> SNR, find SNR page, as Figure
56:

Figure 56 SNR record curve

In this page, users can find SNR record curve. And auto refresh will be done in every 30 seconds.

 SNR Daily Curve：This curve indicates SNR record of that very date. SNR will be recorded by radio
every five minutes, and the new time spot information will be added into the cure.

 SNR Weekly Curve：This curve indicates SNR record of that very week. The time starts from the very
beginning of the record, the time interval of the coordinate is one hour. The value of that time spot is an
average of all the twelve values within that hour.

The record will be saved inside the radio at regular time, and restart or shut-down will not influence the record,
users can still find it in the record page. SNR Daily Curve will save the data up to one day, and SNR Weekly Curve
will save the data up to one week recently.

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Notice: The current time in the page is defined by the time in computer, so the SNR Daily Curve and SNR Weekly
Curve is based on this computer time. When the computer time and local time is different, then the data may not
agree with the time in the curve. Therefore, to have a right data in the curve, please keep the time the same.

2.4.1.5 RSL record curve ->Radio -> RSL

Login in via WEB page, to select the navigation tree in turn:Monitor ->Radio -> RSL,find RSL page, as Figure
57:

Figure 57 RSLrecord curve

In this page, users can find RSL record curve. And auto refresh will be done in every 30 seconds.

 RSL Daily Curve：This curve indicates RSL record of that very date. RSL will be recorded by radio
every five minutes, and the new time spot information will be added into the cure.

 RSL Weekly Curve：This curve indicates RSL record of that very week. The time starts from the very
beginning of the record, the time interval of the coordinate is one hour. The value of that time spot is an
average of all the twelve values within that hour.

The record will be saved inside the radio at regular time, and restart or shut-down will not influence the record,
users can still find it in the record page. SNR Daily Curve will save the data up to one day, and SNR Weekly Curve
will save the data up to one week recently.

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Notice: The current time in the page is defined by the time in computer, so the SNR Daily Curve and SNR Weekly
Curve is based on this computer time. When the computer time and local time is different, then the data may not
agree with the time in the curve. Therefore, to have a right data in the curve, please keep the time the same.

2.4.1.6 Temperature record curve ->Radio -> Temperature

Login in via WEB page, to select the navigation tree in turn:Monitor ->Radio -> Temperature, find Temperature
page, as Figure 58:

Figure 58 Temperature record curve

In this page, users can find Temperature curve, and the cure will be refreshed automatically every 30 seconds.

 Temperature Daily Curve：This curve indicates Temperature record of that very date.Temperature will
be recorded by radio every five minutes, and the new time spot information will be added into the cure.

 Temperature Weekly Curve：This curve indicates Temperature record of that very week. The time
starts from the very beginning of the record, the time interval of the coordinate is one hour. The value of
that time spot is an average of all the twelve values within that hour.

The record will be saved inside the radio at regular time, and restart or shut-down will not influence the record,
users can still find it in the record page. SNR Daily Curve will save the data up to one day, and SNR Weekly Curve
will save the data up to one week recently.

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Notice: The current time in the page is defined by the time in computer, so the SNR Daily Curve and SNR Weekly
Curve is based on this computer time. When the computer time and local time is different, then the data may not
agree with the time in the curve. Therefore, to have a right data in the curve, please keep the time the same.

2.4.1.7 Link Performance ->Radio -> Link Performance

Login in via WEB page, to select the navigation tree in turn:Monitor ->Radio -> Link Performance, find Link
Performance page, as Figure 59:

Figure 59 Link Performance

In this page, users can find link performance information, including values of RSL, SNR, Upstream/downstream
rate, etc. Some parameter as below:

Item Example Value Description

RSL -20 dBm RSL value at that moment

Max RSL -20 dBm Max RSL value within the counted time

Min RSL -34 dBm Min RSL value within the counted time

SNR 19.23 dB SNR value at that moment

Max SNR 43.42 dB Max SNR value within the counted time

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Min SNR 18.34 dB Min SNR value within the counted time

Total Transmit Frames 8715 Total Transmit Frames within the counted
time

Loss Frames 0 Loss Frames within the counted time

Total Test Time 2242 Seconds Total Test Time(seconds)

If Auto-refresh chosen, the data inside this page will be refreshed every 3 seconds. Users can also choose to refresh
by hand, through Refresh button. If users want to restart all statistics, they need to choose button “Clear” to do the
recount.

2.4.2 System information（ ->System）

2.4.2.1 System information ->System -> Information

Login in via WEB page, to select the navigation tree in turn:Monitor ->System -> Information, find System
information page, as Figure 60:

Figure 60 System information

In this page, users can find system information. If Auto-refresh chosen, the data inside this page will be refreshed
every 3 seconds. Users can also choose to refresh by hand, through Refresh button. Description of the parameter as
below:

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Item Description

MAC Address MAC Address

System Date System Date currently

System Uptime System operating time

Software Version Software Version

Software Date Software published Date

2.4.2.2 Log management ->System -> Log

Login in via WEB page, to select the navigation tree in turn:Monitor ->System -> Log, find Logpage, as Figure
61:

Figure 61 Log management

In this page, users can find log information. If Auto-refresh chosen, the data inside this page will be refreshed every
3 seconds. Users can also choose to refresh by hand, through Refresh button.

In this page, users can find log information below: Log No., log recorded time, log type, log source, log source IP,
and log contents. Log is sequenced by log recorded time, so on the top of the log information, there is the latest

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recorded log information. Therefore, if the radio system time is changed, then there would be interlaced time inside
the log.

 Log number is written in reverse orderto the log, the smaller the number is, the later written will be.We
can know how many logs saved according to the serial number of the size.

 Log time is showed in the format of YYYY-MM-DD HH:MM:SS;

 Log types contains a notification message, warning alarm, operation log, login four types.

 Log sources contain native producing local,WMT through web browser, SNMP access through SNMP
protocol, telnet or Telnet from serial port access. This machine usually generates notification messages
and alarms, WMT, SNMP and Telnet usually produce login logging and operation logging;

 Log source IP address is the IP address of host visitors' PC, if the message is locally generated, it is
127.0.0.1. According to IP, the operator can be found according to IP.

 Log contents describe the specific content of the log. Action log records the success or failure of the
operation and configuration parameters.Alarm log shows alarm types or parameter values when
alarming.For Modem warning, since there are so many types alarm description, using a alarm code to
represent the value when alarming, each alarm code is a hexadecimal valve,three bit lower of the value
represents an alarm, bit2 represents lost lock on symbol detection,bit1 represents service channel
failure,bit0 represents not acquired the carrier.

Some parameters are as follows:

Item Description

Show Startup Log Display device boot record

Show Event Log Display device event log

Delete All Event Log Delete all device event log

Download Event Log Download event log to the machine PC, save the
log as txt text format.

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2.4.2.3 Detailed log information ->System -> Detailed Log

Login in via WEB page, to select the navigation tree in turn:Monitor ->System -> Detailed Log，, find detailed
Log page, and every log is recorded in detail, as Figure 62:

Figure 62 Detailed Log information

In this page, every log is recorded in detail. Users can choose Refresh to do the refreshing of the page.

2.4.3 Ports information（ ->Ports）

2.4.3.1 Ports status ->Ports -> State

Login in via WEB page, to select the navigation tree in turn:Monitor ->Ports -> State, find ports state page, as
Figure 63:

Figure 63 Port state

In this page, users can find the connection state for every port. If Auto-refresh chosen, the data inside this page will
be refreshed every 3 seconds. Users can also choose to refresh by hand, through Refresh button.

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All ports status shown as below:

RJ45 ports

SFP ports

State Disabled Down Link

2.4.3.2 Ports Traffic Overview ->Ports -> Traffic Overview

Login in via WEB page, to select the navigation tree in turn:Monitor ->Ports -> Traffic Overview，, find ports
statistics overview page, as Figure 64:

Figure 646 Ports Traffic Overview

In this page, users can find statistics for ports. If Auto-refresh chosen, the data inside this page will be refreshed
every 3 seconds. Users can also choose to refresh by hand, through Refresh button. Description of the parameter as
below:

 Port – port number. Choose corresponding port number, users can get into Detailed Statistics interface.
 Packets – Packet statistics. Summarizing reports received and transmitted through port.
 Bytes – Bytes statistics. Summarizing bytes received and transmitted through port.
 Errors – Errors reports statistics. Summarizing error reports received and transmitted through port.
 Drops – Drops statistics. Summarizing Drops statistics caused by port traffic or others.
 Filtered – Filter statistics. Summarizing filtered packets.

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2.4.3.3 Ports Detailed Statistics ->Ports -> Detailed Statistics

Login in via WEB page, to select the navigation tree in turn:Monitor ->Ports -> Detailed Statistics，, find
Detailed Statistics page, as Figure 65:

Figure 65 Detailed Statistics

In this page, users can find detailed information of each port. If Auto-refresh chosen, the data inside this page will
be refreshed every 3 seconds. Users can also choose to refresh by hand, through Refresh button. Through
drop-down menu, users can choose different ports types. Parameter as below:

 Port – Choose Corresponding ports.

 Receive/Transmit Total
 Receive/Transmit Packets
 Receive/Transmit Octets
 Receive/Transmit Unicast
 Receive/Transmit Multicast
 Receive/Transmit Broadcast
 Receive/Transmit Pause
 Receive/Transmit Size Counters
 Receive/Transmit Queue Counters。

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 Receive/Transmit Error Counters

 Rx/Tx Drops
 Rx CRC/Alignment
 Rx Undersize
 Rx Oversize
 Rx Fragments；
 Rx Filtered

2.4.4 Security information（ ->Security）

2.4.5 Spanning Tree （ ->Spanning Tree ）

2.4.5.1 STP Bridge Status ->Spanning Tree -> Bridge Status

Login in via WEB page, to select the navigation tree in turn:Monitor ->Spanning Tree -> Bridge Status, find
STP Bridge Status page, as Figure 66:

Figure 66 STP Bridge Status

In this page, users can find STP Bridge Status information. If Auto-refresh chosen, the data inside this page will be
refreshed every 3 seconds. Users can also choose to refresh by hand, through Refresh button.Description of
parameter as below:

Item Description

MSTI The Bridge Instance. This is also a link to

the STP Detailed Bridge Status.

Bridge ID The Bridge ID of this Bridge instance.

Root ID The Bridge ID of the currently elected root

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bridge.

Root Port The switch port currently assigned the root port

role.

Root Cost Root Path Cost. For the Root Bridge it is zero.

For all other Bridges, it is the sum of the Port

Path Costs on the least cost path to the Root

Bridge.

Topology Flag The time since last Topology Change occurred.

Topology Change Last The time since last Topology Change occurred.

2.4.5.2 STP Port Status ->Spanning Tree -> Port Status

Login in via WEB page, to select the navigation tree in turn:Monitor ->Spanning Tree -> Port Status, find
STP Port Status page, as Figure 67:

Figure 67 STP Port Status

In this page, users can find STP Port Status information. If Auto-refresh chosen, the data inside this page will be
refreshed every 3 seconds. Users can also choose to refresh by hand, through Refresh button. Description of
parameter as below:

Item Description

Port The switch port number of the logical STP port.

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CIST Role The current STP port role of the CIST port. The port role can

be one of the following

values: AlternatePortBackupPort RootPort DesignatedPortDi

sabled.

CIST State The current STP port state of the CIST port. The port state

can be one of the following

values: DiscardingLearning Forwarding.

Uptime The time since the bridge port was last initialized.

2.4.5.3 STP Port Statistics ->Spanning Tree -> Port Statistics

Login in via WEB page, to select the navigation tree in turn:Monitor ->Spanning Tree -> Port Statistics，, find
STP Port Statistics page, as Figure 68:

Figure 68 STP Port Statistics

In this page, users can find STP Port Statistics information. If Auto-refresh chosen, the data inside this page will be
refreshed every 3 seconds. Users can also choose to refresh by hand, through Refresh button. Description of
parameter as below:

Item Description

Port The switch port number of the logical STP

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port.

MSTP The number of MSTP BPDU's

received/transmitted on the port.

RSTP The number of RSTP BPDU's

received/transmitted on the port.

STP The number of legacy STP Configuration

BPDU's received/transmitted on the port.

TCN The number of legacy STP Configuration

BPDU's received/transmitted on the port.

Discarded Unknown The number of unknown Spanning Tree

BPDU's received (and discarded) on the port.

Discarded Illegal The number of illegal Spanning Tree BPDU's

received (and discarded) on the port.

2.4.6 MAC Table（ ->MAC Table）

Login in via WEB page, to select the navigation tree in turn:Monitor ->MAC Table , find MAC Table page, as
Figure 69:

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Figure 69 MAC Table

Item Description

Switch (stack only) The stack unit where the entry is learned.

Type Indicates whether the entry is a static or a

dynamic entry.

MAC address The ports that are members of the entry.

VLAN The ports that are members of the entry.

Port Members The ports that are members of the entry.

2.5 Diagnostics （Diagnostics ）

2.5.1 Ping function（ ->Ping）

Login in via WEB page, to select the navigation tree in turn:Diagnostics ->Ping , find Ping page, as Figure 70:

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Figure 70 Ping

Inside this interface, users can operate Ping function, put down the IP address for pinging inside column “IP
Address” and choose “Start”, the result of “Ping” will come out, shown as below Figure 71:

Some parameter as below:

Figure 71 Ping result

2.5.2 Loopback test（ ->Loopback）

Login in via WEB page, to select the navigation tree in turn:Diagnostics ->Loopback , find loopback page, as
Figure 72:

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Figure 72 Loopback test

In this page, users can set（Loopback Expired Time）and（Select Loopback Mode).

 Loopback Expired Time：Loopback testing will result interruption in network access, so you can not be

access to a microwave device, the system will automatically recover in a timeout. After a set of loop time,
the device will return to normal working condition. The length of time, can be set via the parameter
"Loopback Expired Time", unit is seconds, the default is 30 seconds.

 Select Loopback Mode：Selecting the loopback operation by drop-down menu.in drop-down list, there

are Off, Baseband Loopbackoptions, Off indicates normal operation, no loopback in progress. User
selecting a mode, press the "Set" button to start the loopback test. After testing is out of Expired Time,
loopback goes back to the normal mode.

 Baseband Loopback：Ethernet data passes through the switching unit and baseband modem unit

inside the device, finally is sent back to the input port by baseband unit shown as figure 73.

Full outdoor digital packet microwave equipment

Baseband Loopback

Transmission Baseband RF
Switching Unit
Equipment Modem Modem

73 Baseband Loopback

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2.5.3 BER test function（ ->BER）

Login in via WEB page, to select the navigation tree in turn:Diagnostics ->BER , find BER page, as Figure 74:

Figure 74 BER configuration

In this page, users can find statistics at first step. Description of parameter as below:

Item Description

Test Expired Time(s) Total test time

Remaining Time(s) Remaining Time

BER BER value

SNR(dB) SNR

Stop Stop testing

2.6 Maintenance（Maintenance ）

2.6.1 Restart Device（ ->Restart Device）

Login in via WEB page, to select the navigation tree in turn:Maintenance ->Restart Device , find Restart Device
page, as Figure 75:

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Figure 75 Restart Device page

Click “Yes” to restart, and “No” to get back to the login page.

2.6.2 Factory Defaults（ ->Factory Defaults）

Login in via WEB page, to select the navigation tree in turn:Maintenance ->Factory Defaults, findFactory
Defaults as Figure 76:

Figure 76 Factory Defaults

Click “Yes” to set Factory Defaults, and “No” to get back to the login page. After the finish of setting factory
defaults, users can find page as Figure 77:

Figure 77 Finishing Factory Defaults

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2.6.3 Save startup-config（ ->Save startup-config）

Login in via WEB page, to select the navigation tree in turn:Maintenance ->Save startup-config , find Save
startup-config page, as Figure 78:

Figure 78 Save startup-config

Inside this interface, operating file configuration can be saved into start-up file. Getting into effect immediately
after clicking “Save Configuration”. Save startup-config, before restart, and after the restart, the operating
configuration will be the one saved before the restart.

2.6.4 Software（ ->Software）

Login in via WEB page, to select the navigation tree in turn:Maintenance ->Software ->Upload , find Software
page, as Figure 79:

Figure 79 Software Upload

Inside this interface, click “Browse” to choose the version for upgrading, then click “upload” and start the
uploading process. During the uploading, the interface will be as below Figure 82. After completing the uploading,
it will return to the login interface.

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Figure 79 Software uploading interface

After upgrading the software, through navigation tree:Monitor ->System -> Information, users can check
software version information, shown as below Figure 80:

Figure 80 Software version checking

2.6.5 Configuration（ ->Configuration）

2.6.5.1 Download configuration fileMaintenance ->Configuration -> Download

Login in via WEB page, to select the navigation tree in turn:Maintenance ->Configuration -> Download, find
Download configuration files page, as Figure 81:

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Figure 81 Download configuration files

 running-config： the current configuration;

 default-config：restore to the factory settings;
 startup-config：saved configuration;
Choose the file to download, and click “Download Configuration” to start the process.

2.6.5.2 Upload configuration fileMaintenance ->Configuration -> Upload

Login in via WEB page, to select the navigation tree in turn:Maintenance ->Configuration -> Upload, find
Upload configuration file page, as Figure 82:

Figure 82 Upload configuration file

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Click “Browse” to choose the file to upload, and meanwhile choose the file name under “Destination File”,then
click “Upload Configuration” to do the uploading. Once the uploading completed, the interface will be shown as
below Figure 83:

Figure 83 Uploading completed

2.6.5.3 Activate configuration fileMaintenance ->Configuration -> Activate

Login in via WEB page, to select the navigation tree in turn:Maintenance ->Configuration -> Activate, find
Activate configuration file page, as Figure 84:

Figure 84 Activate configuration file

 default-config：Restore to factory settings;

 startup-config：Saved configuration;
Choose the configuration file to do the activating, click “Activate Configuration”. Activating completed, the
interface will be shown as below Figure 85:

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Figure 85 Activating completed

2.6.5.4 Delete configuration fileMaintenance ->Configuration -> Delete

Login in via WEB page, to select the navigation tree in turn:Maintenance ->Configuration -> Delete, find Delete
configuration file page, as Figure 86:

Figure 86 Delete configuration file

Choose the file to delete, and click “Delete Configuration File” to delete the saved configuration file. Once
startup-config deleted, if the the configuration is not saved before the restart, then the equipment will restore to the
factory setting after the restart.

2.6.6 MCU（ ->MCU）

Login in via WEB page, to select the navigation tree in turn:Maintenance ->MCU ->Upload, find MCU page, as
Figure 87:

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Figure 87 MCU upgrading page

Click “browse” and choose the file to upgrade. The upgrading starts by “Upload”, and after the finishing, it will go
back automatically.

3. Appendix

Capacity sheet

BW 128QA 256QA 512QA 1024QA

QPSK 16QAM 32QAM 64QAM
MOD M M M M

14MHz 22Mbps 44Mbps 55Mbps 66Mbps 77Mbps 88Mbps 99Mbps 110Mbps

28MHz/29MHz 44Mbps 88Mbps 110Mbps 132Mbps 154Mbps 176Mbps 198Mbps 220Mbps

56MHz/58MHz 88Mbps 176Mbps 220Mbps 264Mbps 308Mbps 352Mbps 396Mbps 440Mbps

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Threshold and flow sheet

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Abbreviation

Abbreviation Full name

ACL Access Control List

ACM Auto Control Modulation

ATM Asynchronous Transfer Mode

ATPC Automatic Transmit Power Control

ARP Address Resolution Protocol

BPDU Bridge Protocol Data Unit

CFG Configuration

CLI command-line interface

CRC Cyclic Redundancy Check

XPIC Cross Polarization Interference

Cancellation
DSCP Differentiated Services Code Point

ETSI European Telecommunications Standards

Institute
FE Fast Ethernet

GE Gigabit Ethernet

IP Internet Protocol

ISO International Organization for

Standardization
ITU International Telecommunication Union

LACP Link Aggregation Control Protocol

LAN Local Area Network

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LDPC Low Density Parity Check Code

MCU Micro Control Unit

MD5 Message Digest algorithm 5

MAC Media Access Control

MIB Management Information Base

MISC miscellaneous

MSTP Multiple Spanning Tree Protocol

MTBF Mean Time Between Failures

NTP Network Time Protocol

OAM Operation, Administration and

Maintenance
ODU OutDoor Unit

OPT Optical

PA power amplifier

PLO Power local oscillator

PTP Precision Time Protocol

QAM Quadrature Amplitude Modulation

QPSK Quadrature Phase Shift Keying

QoS Quality of Service

RF Radio frequency

RSL Received Signal Level

RSSI Received Signal Strength Indication

SFP Small Form-factor Pluggable

SNMP Simple Network Management Protocol

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SNTP Servicer Network Time Protocol

SNR Signal to Noise Ratio

SSL Secure Sockets Layer

TBD To be define

TCP/IP Transmission Control Protocol/Internet

Protocol
VLAN Virtual Local Area Network

WRR Weighted Round Robin

4. Revision records

Date Version Revised Chapters Description Reviser

2018.08.13 V0.34 Initial publishing Chen Yongxin

2018.08.17 V0.54 Some pictures and WMT description added Xu Qinyou

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