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TABLE OF CONTENTS
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CONTENTS
ABOUT THIS GUIDE ......................................................................................................................................................................................... 9
1.3 GLOBAL COMMANDS OF CLI ................................................................................................................................................................. 12
2. CABLEDIAG COMMANDS OF CLI ............................................................................................................................................................ 14
3. CLEAR OF CLI ............................................................................................................................................................................................. 15
3.1 A CC ES S ...................................................................................................................................................................................................... 16
3.5 ER PS ........................................................................................................................................................................................................... 18
3.6 IP ................................................................................................................................................................................................................. 18
3.7 I PV6 ............................................................................................................................................................................................................ 20
3.12 M A C .......................................................................................................................................................................................................... 23
3.13 M E P .......................................................................................................................................................................................................... 24
3.14 M V R .......................................................................................................................................................................................................... 24
3.16 P T P ........................................................................................................................................................................................................... 26
3.17 S F LO W ...................................................................................................................................................................................................... 26
3.20 SYSTEM ................................................................................................................................................................................................... 28
4. CONFIGURE COMMANDS OF CLI ............................................................................................................................................................30
4.1.1 A A A ....................................................................................................................................................................................................................... 32
4.1. 3.1 A C E..................................................................................................................................................................................................................... 34
4.1.8 D MS .......................................................................................................................................................................................................................41
4.1.9 DO ........................................................................................................................................................................................................................... 42
4.1.10 DO T 1X ..................................................................................................................................................................................................................42
4.1.11 E NA BL E .............................................................................................................................................................................................................. 43
4.1.12 E ND ..................................................................................................................................................................................................................... 44
4.1.13 E PS ...................................................................................................................................................................................................................... 44
4.1.14 ER PS ................................................................................................................................................................................................................... 46
4.1.15 E VE NT ................................................................................................................................................................................................................ 48
4.1.17 G VRP ................................................................................................................................................................................................................... 50
4.1.18 HE LP ................................................................................................................................................................................................................... 50
4.1.19 H OS T NA M E .......................................................................................................................................................................................................51
4.1. 21 I P ......................................................................................................................................................................................................................... 52
4.1. 2 2 I PMC ................................................................................................................................................................................................................... 55
4.1. 2 3 I PV6 .................................................................................................................................................................................................................... 56
4.1. 2 5 L ACP .................................................................................................................................................................................................................. 57
4.1.26 LINE .................................................................................................................................................................................................................... 58
4.1. 3 0 M AC .................................................................................................................................................................................................................... 63
4.1. 31 M EP .................................................................................................................................................................................................................... 64
4.1. 35 N O ....................................................................................................................................................................................................................... 73
4.1. 35 .1 A A A ..................................................................................................................................................................................................................74
4.1. 35 . 8 D OT 1X ............................................................................................................................................................................................................. 79
4.1. 35 .9 E N AB L E .......................................................................................................................................................................................................... 80
4.1. 35 .10 E P S .................................................................................................................................................................................................................81
4.1. 35 .11 E RP S ............................................................................................................................................................................................................... 81
4-1.35 .16 IP .................................................................................................................................................................................................................... 84
4-1.35 .17 IP MC ............................................................................................................................................................................................................. 86
4-1.35 .18 IP V6 ............................................................................................................................................................................................................... 87
4-1.35.24 MAC .............................................................................................................................................................................................................. 92
4-1.35.31 PORT-SECURIT Y ....................................................................................................................................................................................... 98
4-1.35.41 SV L .............................................................................................................................................................................................................. 108
4-1.35.4 3 SYST E M ......................................................................................................................................................................................................110
4-1.35.49 VO I C E .......................................................................................................................................................................................................... 114
4-1.35.50 W EB ............................................................................................................................................................................................................. 114
4-1.41 P T P .................................................................................................................................................................................................................... 119
4-1.42 Q O S ...................................................................................................................................................................................................................121
4-1.47.2 COMMUNITY ...............................................................................................................................................................................................131
4 -1. 4 7. 3 C O NTA CT ..................................................................................................................................................................................................... 132
4 -1. 4 7. 5 H OS T ............................................................................................................................................................................................................. 132
4 -1. 4 7. 8 U SE R ............................................................................................................................................................................................................. 134
4 -1. 4 7.9 V IE W .............................................................................................................................................................................................................. 135
4-1.4 8.2 E D G E ............................................................................................................................................................................................................. 136
4-1.4 8.5 REC OV E R Y .................................................................................................................................................................................................. 138
4-1.49 S VL ................................................................................................................................................................................................................... 139
4-1.51 S Y S TEM .......................................................................................................................................................................................................... 140
4-1.57 VO ICE ............................................................................................................................................................................................................... 146
4-1.58 WEB .................................................................................................................................................................................................................. 147
5. COPY COMMANDS OF CLI ..................................................................................................................................................................... 148
6. DELETE COMMANDS OF CLI .................................................................................................................................................................. 149
7. DIR COMMANDS OF CLI .......................................................................................................................................................................... 150
8. DISABLE COMMANDS OF CLI ................................................................................................................................................................ 151
9. DO COMMANDS OF CLI ........................................................................................................................................................................... 152
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10. DOT1X COMMANDS OF CLI .................................................................................................................................................................. 153
11. ENABLE COMMANDS OF CLI ............................................................................................................................................................... 154
12. ERPS COMMANDS OF CLI .................................................................................................................................................................... 155
13. FIRMWARE OF CLI.................................................................................................................................................................................. 156
14. IP COMMANDS OF CLI .......................................................................................................................................................................... 157
15. IPERF COMMANDS OF CLI ................................................................................................................................................................... 158
16. IPERF3 COMMANDS OF CLI ................................................................................................................................................................. 159
17. IPV6 COMMANDS OF CLI ...................................................................................................................................................................... 160
19. MORE OF CLI ........................................................................................................................................................................................... 162
20. NO COMMANDS OF CLI ........................................................................................................................................................................ 163
21. PING OF CLI ............................................................................................................................................................................................. 165
22. PLATFORM COMMANDS OF CLI ......................................................................................................................................................... 167
23. PTP COMMANDS OF CLI ...................................................................................................................................................................... 168
24. RELOAD OF CLI ....................................................................................................................................................................................... 170
25. SEND OF CLI ........................................................................................................................................................................................... 171
26. SHOW OF CLI .......................................................................................................................................................................................... 172
26-2 ACC E S S ................................................................................................................................................................................................. 174
26-5 BOARD- DATA ........................................................................................................................................................................................ 177
26 -10 E VE NT .................................................................................................................................................................................................. 181
26 -12 H I ST O RY .............................................................................................................................................................................................. 185
26 -14 I P........................................................................................................................................................................................................... 188
26 -15 I P MC .................................................................................................................................................................................................... 191
26 -16 I PV6 ...................................................................................................................................................................................................... 192
26 -17 L AC P .................................................................................................................................................................................................... 193
26 -19 L I NE ...................................................................................................................................................................................................... 195
26-24 M AC ..................................................................................................................................................................................................... 201
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26-25 M EP ......................................................................................................................................................................................................203
26-28 M V R ..................................................................................................................................................................................................... 207
26-30 PL ATFO R M ......................................................................................................................................................................................... 209
26-31 PO E ...................................................................................................................................................................................................... 210
26-34 PROCESS ............................................................................................................................................................................................ 213
26-47 SYSTEM .............................................................................................................................................................................................. 228
26-50 U DLD .................................................................................................................................................................................................... 230
26-54 VERSION ............................................................................................................................................................................................. 233
26-57 WEB .....................................................................................................................................................................................................238
27. TERMINAL OF CLI ..................................................................................................................................................................................240
28. TRACEROUTE OF CLI ............................................................................................................................................................................ 241
TRADEMARKS USED IN THIS MANUAL ...................................................................................................................................... 283
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ABOUT THIS GUIDE
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ABOUT THIS GUIDE
PURPOSE
This guide gives specific information on how to operate CLI to manage the LPB3010A, LPB3028A, or LPB3052A switch. The examples
show the LPB3028A, but the screens are similar for LPB3010A and LPB3052A.
Here are the differences between the three switch models:
The LPB3010A delivers 8 (10M/100M/1G) RJ-45 with 8 PoE+ (support 802.3at/af, and total up to 130 W) ports, two 10GbE SFP+ ports,
and an RJ-45 Console port.
The LPB3028A has 24 (10M/100M/1G) RJ-45 with 24 PoE+ (support 802.3at/af, and total up to 370 W) ports, 4 10GbE SFP+ ports, and
an RJ-45 Console port.
The LPB3052A offers 48 (10M/100M/1G) RJ-45 with 48 PoE+ (support 802.3at/af, and total up to 740 W) ports, 4 10GbE SFP+ ports, and
an RJ-45 console port.
All three models provide high HW performance and environment flexibility for SMBs and Enterprises.
AUDIENCE
The guide is intended for use by network administrators who are responsible for operating and maintaining network equipment;
consequently, it assumes a basic working knowledge of general switch functions, Internet Protocol (IP), and Telnet Protocol.
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CHAPTER 1: CLI MANAGEMENT
1. CLI MANAGEMENT
The following description is a brief procedure for the network connection.
Attach the RJ-45 serial port on the switch’s front panel to connect to the switch for telnet configuration.
At the “Com Port Properties” Menu, configure the parameters as shown below.
Baud rate 115200
Stop bits 1
Data bits 8
Parity N
Flow control none
1.1 LOGIN
The command-line interface (CLI) is a text-based interface. Users can access the CLI through either a direct serial connection to the
device or a Telnet session (Default IP address: 192.168.1.1). The default user and password to login into the Managed Switch are listed
below:
Username: admin
Password: <none>
NOTE: <none> means an empty string, just press the Enter key.
After you log in successfully, the prompt will be shown as “<sys_name>#“ . This means you are configured as an administrator and have
the privileges to configure the Managed Switch. If you are not logged in as the administrator, the prompt will be shown as “<sys_name>>”.
It means you are configured as a guest and are only allowed to set the system under the administrator. Each CLI command has its
privileges.
Username: admin
Password:
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CHAPTER 1: CLI MANAGEMENT
1.2 CLI COMMANDS
The CLI is divided into several modes. If a user has enough privileges to run a particular command, the user has to run the command in
the correct mode. To see the commands of the mode, input “?” after the system prompt, then all commands will be listed in the screen.
The command modes are listed as shown next.
COMMAND MODES TABLE
MODEPROMPTCOMMAND FUNCTION IN THIS MODE
exec<sys_name># Display current configuration, diagnostics,
config<sys_name>(config)# Configure features other than those below
Commands reside in the corresponding modes and can run only in that mode. If a user wants to run a particular command, he has to
change to the appropriate mode. The command modes are organized as a tree, and users start in enable mode. The following table
explains how to change from one mode to another.
feature Globally enables/disables a dot1x feature functionality
guest-vlan Guest VLAN
max-reauth-req The number of times a Request Identity EAPOL frame is sent without response before considering entering the
Guest VLAN
re-authentication Set Re-authentication state
system-auth-control Set the global NAS state
timeout timeout
42
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CHAPTER 4: CONFIGURE COMMANDS OF CLI
timer timer
inactivity Time in seconds between check for activity on successfully authenticated MAC addresses.
re-authenticate The period between re-authentication attempts in seconds
<10-1000000> seconds
<1-3600> seconds
guest-vlan Globally enables/disables state of guest-vlan
radius-qos Globally enables/disables state of RADIUS-assigned QoS.
radius-vlan G lobally enables/disables state of RADIUS-assigned VLAN.
<1-4095> Guest VLAN ID used when entering the Guest VLAN
supplicant The switch remembers if an EAPOL frame has been received on the port for the lifetime of the port. Once the switch
considers whether to enter the Guest VLAN, it will first check if this option is enabled or disabled. If disabled (unchecked,
default), the switch will only enter the Guest VLAN if an EAPOL frame has not been received on the port for the life-time
of the port. If enabled (checked), the switch will consider entering the Guest VLAN even if an EAPOL frame has been
received on the port for the lifetime of the port.
<1-255> number of times
quiet-period Time in seconds before a MAC-address that failed authentication gets a new authentication chance.
logging A RP inspection vlan logging mode configuration
all log all entries
deny log denied entries
permit log permitted entries
excluded-address Prevent DHCP from assigning certain addresses
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CHAPTER 4: CONFIGURE COMMANDS OF CLI
pool Configure DHCP address pools
relay DHCP relay agent configuration
server Enable DHCP server
snooping DHCP snooping
<ipv4_addr> Low IP address
<ipv4_addr> High IP address
<word32> Pool name in 32 characters
Information DHCP information option (Option 82)
option DHCP option
policy Policy for handling the receiving DHCP packet already include the information option
drop Drop the package when receive a DHCP message that already contains relay information
keep Keep the original relay information when receive a DHCP message that already contains it
replace Replace the original relay information when receive a DHCP
proxy DNS proxy service
name Define the default domain name
<domain_name> Default domain name
dhcp Dynamic Host Configuration Protocol
Interface Select an interface to configure
ipv4 DNS setting is derived from DHCPv4
ipv6 DNS setting is derived from DHCPv6; Default selection
<ipv4_ucast> IP address of the DHCP relay server
secure-certificate HTTPS certificate
secure-redirect Secure HTTP web redirection
secure-server Secure HTTP web server
delete Delete the current certificate
generate Generate a new self-signed RSA certificate
upload Upload a certificate PEM file
<url_file> Uniform Resource Locator. It is a specific character string that constitutes a reference to a resource. Syntax
<protocol> ://[<username>[:<password>]@] <host>[:<port>][/<path>]/<file_name> If the following special
characters: space !”#$%&’()*+,/:;<=>?@[\]^`{|}~ need to be contained in the input URL string, they should be
percent-encoded. A valid file name is a text string drawn from alphabet (A-Za-z), digits (0-9), dot (.), hyphen (-),
under score (_). The maximum length is 63 and hyphen must not be first character. The file name content that
only contains ‘.’ is not allowed.
host-proxy IGMP proxy configuration
snooping Snooping IGMP
ssm-range IPv4 address range of Source Specific Multicast
Holdtime Sets LLDP hold time (The neighbor switch will discarded the LLDP information after ‘hold time’ multiplied with
‘timer’ seconds).
Med Media Endpoint Discovery.
Reinit LLDP tx reinitialization delay in seconds.
timer Sets LLDP TX interval (The time between each LLDP frame transmitted in seconds).
transmission-delay Sets LLDP transmission-delay. LLDP transmission delay (the amount of time that the transmission of LLDP
frames will delayed after LLDP configuration has changed) in seconds.)
<2-10> 2-10 seconds.
datum Datum (geodetic system) type.
fast Number of times to repeat LLDP frame transmission at fast start.
location-tlv LLDP-MED Location Type Length Value parameter
media-vlan-policy Create a policy, which can be assigned to an interface.
nad83_mllw Mean lower low water datum 1983
nad83_navd88 North American vertical datum 1983
wgs84 World Geodetic System 1984
<1-10>
altitude Altitude parameter.
civic-addr Civic address information and postal information. The total number of characters for the combined civic
address information must not exceed 250 characters.
NOTES:
1) A non-empty civic address location will use two extra characters in addition to the civic address] location
text.
2) The 2 letter country code is not part of the 250 characters limitation.
elin-addr Emergency Call Service ELIN identifier data format is defined to carry the ELIN identifier as used during
emergency call setup to a traditional CAMA or ISDN trunk-based PSAP. This format consists of a numerical
digit string, corresponding to the ELIN to be used for emergency calling. Emergency Location Identification
Number, (e.g. E911 and others), such as defined by TIA or NENA.
latitude Latitude parameter.
longitude Longitude parameter.
floors Specify the altitude in floor
meter Specify the altitude in meters
<word11> Altitude value. Valid range -2097151.9 to 2097151.9
mep os-tlv oui <0-0xFFFFFF> sub-type <0-0xFF> value <0-0xFF>
Parameter
<1-3124> The MEP instance number.
os-tlv Organization-Specific TLV
ais Alarm Indication Signal
aps Automatic Protection Switching protocol.
cc Continuity Check.
ccm-tlv The CCM TLV enable/disable
client
dm Delay Measurement.
down This MEP is a Down-MEP.
lb Loop Back.
lck Locked Signal.
level The MEG level of the MEP.
link-state-tracking Link State Tracking. When LST is enabled in an instance, Local SF or received ‘isDown’ in CCM
Interface Status TLV, will bring down the residence port. Only valid in Up-MEP. The CCM rate must be 1
f/s or faster.
lm Loss Measurement. Either Service frame or Synthetic Frame LM.
lm-avail Availability for Loss Measurement
lm-hli High Loss Interval for Loss Measurement
lm-notif Loss Measurement JSON notifications
lm-sdeg Signal Degrade for Loss Measurement
lt Link Trace.
meg-id The ITU/IEEE MEG-ID.
mep-id The MEP ID.
mip This MEP instance is a half-MIP.
peer-mep-id The peer MEP ID.
performance-monitoring Performance monitoring Data Set collection (MEF35).
syslog Enable syslog.
tst Test Signal
up This MEP is a Up-MEP.
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CHAPTER 4: CONFIGURE COMMANDS OF CLI
vid The MEP VID.
fr1m Frame rate is 1 f/min.
fr1s Frame rate is 1 f/s.
protect The AIS can be used for protection. At the point of state change three AIS PDU is transmitted as fast as
possible.
<0-7> Priority in case of tagged OAM. In the MPLS and EVC domain this is the COS-ID.
laps Linear Automatic Protection Switching protocol.
multi OAM PDU is transmitted with multicast MAC. Must me ‘multi’ in case of RAPS.
raps Ring Automatic Protection Switching protocol.
uni OAM PDU is transmitted with unicast MAC. The MAC is taken from peer MEP MAC database. Only possible in
case of LAPS.
octet Then last OCTET in the multicast MAC. Only possible in case of RAPS.
fr100s Frame rate is 100 f/s.
fr10s Frame rate is 10 f/s.
fr300s Frame rate is 300 f/s.
fr6h Frame rate is 6 f/hour.
fr6m Frame rate is 6 f/min.
rx-only CCM transmission and LOC detection is not enabled. Only RX parameters (priority and frame rate) are
configured.
domain Client flow domain.
evc EVC client flow.
flow Client flow instance.
vlan VLAN client flow.
<uint> Client flow instance number value.
ais-prio AIS injection priority.
lck-prio LCK injection priority.
level The MEG level on the client layer
<0-7> AIS injection priority value.
ais-highest Request the highest possible AIS priority.
<0-7> LCK injection priority value.
lck-highest Request the highest possible LCK priority.
bin Delay Measurement Binning.
ns Nanoseconds
overflow-reset Reset all Delay Measurement results on total delay counter overflow.
proprietary Proprietary Delay Measurement.
synchronized Near-end and far-end is real time synchronized.
dual Delay Measurement based on 1DM PDU transmission.
flow The two way delay is calculated as round trip symmetrical flow delay. The far end residence time is subtracted.
interval Interval between PDU transmission in 10ms. Min value is 10.
multi OAM PDU is transmitted with multicast MAC.
rdtrp The two way delay is calculated as round trip delay. The far end residence time is not subtracted.
single Delay Measurement based on DMM/DMR PDU.
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uni OAM PDU is transmitted with unicast MAC. The MAC is taken from peer MEP MAC database.
<uint> Interval value.
<uint> The last N value.
mep-id Peer MEP ID for unicast DM. The MAC is taken from peer MEP MAC database.
last-n The last N delays measurements used for average last N calculation. Min value is 10. Max value is 100
fd the number of FD Measurement Bins.
ifdv the number of IFDV Measurement Bins.
threshold the threshold for each Delay Measurement Binning.
<2-10> the number of FD Measurement Bins.
<1-50000> the threshold for each Delay Measurement Binning.
domain The domain of the MEP.
evc This MEP is a EVC domain MEP.
port This MEP is a Port domain MEP.
vlan This MEP is a VLAN domain MEP.
flow In case the MEP is a VLAN, EVC, MPLS-TP link, tunnel, LSP or Pseudo-Wire domain MEP, the flow instance that
the MEP is related to must be given.
level The MEG level of the MEP.
vid In case the MEP is a Port domain Up-MEP or a EVC domain customer MIP (on the UNI), the VID must be given.
<uint> The VLAN, EVC, MPLS-TP link, MPLS-TP tunnel, MPLS-TP LSP or MPLS-TP Pseudo-Wire flow instance number.
<0-7> The MEG level value.
interface Select an interface to configure
GigabitEthernet Gigabit Ethernet Ports
10GigabitEthernet 10Gigabit Ethernet Ports
<port_type_list> Port list in 1/1-24
<port_type_list> Port list in 1/1-4
<vlan_id> The port Domain MEP or EVC domain customer MIB VID.
<0-7> Priority in case of tagged OAM. In the MPLS and EVC domain this is the COS-ID.
count The number of LBM PDUs to send in one loop test. The value 0
indicate infinite transmission (test behavior). This is hardware based LBM/LBR and Requires VOE.
dei Drop Eligible Indicator in case of tagged OAM.
multi OAM PDU is transmitted with multicast MAC. Not used for MPLS-TP.
uni OAM PDU is transmitted with unicast MAC. The MAC is taken from peer MEP MAC database. Not used for
MP L S-T P.
<uint> Number of LBM PDUs to send value.
mac Loop Back unicast MAC to be used in case of LB against MIP.
mep-id Peer MEP ID for unicast LB. The MAC is taken from peer MEP MAC database. Not used for MPLS-TP.
flow-counting Loss Measurement is counting service frames per flow – all priority in one.
oam-counting Loss Measurement is counting OAM frames either as Y1731 or all
rx Receive and respond to LM PDUs from LM initiator.
dual Dual ended LM is based on CCM PDU or 1SL PDU in case of ‘synthetic’.
flr The Frame Loss Ratio interval.
fr100s Frame rate is 100 f/s. Is only allowed for ‘synthetic’ LM.
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CHAPTER 4: CONFIGURE COMMANDS OF CLI
fr10s Frame rate is 10 f/s.
fr1s Frame rate is 1 f/s.
fr6m Frame rate is 6 f/min. Is not allowed for dual ended ‘service frame’ LM (CCM PDU based).
multi OAM PDU is transmitted with multicast MAC.
single Single ended LM is based on LMM/LMR PDU or SLM/SLR PDU in case of ‘synthetic’.
slm-testid SLM Test ID
synthetic Do synthetic LM using SLM/1SL OAM PDUs. Synthetic LM allows multiple peer MEP configured. Service frame
LM allows only one peer MEP.
threshold Frame Loss threshold
uni OAM PDU is transmitted with unicast MAC. The MAC is taken from peer MEP MAC database. In case of LM
there is only one peer MEP.
interval Availability interval
maintenance Availability Maintenance indicator.
<1-1000> Availability interval - number of measurements with same availability in order to
change Availability state.
flr-threshold Availability FLR Threshold
<0-1000> Availability FLR Threshold in permille.
flr-threshold High Loss Interval FLR Threshold
<0-1000> High Loss Interval FLR Threshold in permille
interval High Loss Interval consecutive interval (number of measurements)
<uint> High Loss Interval consecutive interval (number of measurements)
los-int-cnt-holddown Hold down timer for JSON notification updates for near and far end frame loss interval count
<uint> Timer value in seconds.
hli-cnt-holddown Hold down timer for JSON notification updates for near and far end High Loss Interval count
tx-min Minimum number of frames that must be transmitted in a measurement before FLR is tested against the SDEG
FLR threshold.
<uint> Minimum number of frames that must be transmitted in a measurement before FLR is tested against the SDEG
FLR threshold.
flr-threshold Signal Degrade FLR threshold
<0-1000> Signal Degrade FLR threshold in permille
bad-threshold Number of consecutive bad interval measurements required to set degrade state.
<uint> Number of consecutive bad interval measurements required to set degrade state.
good-threshold Number of consecutive good interval measurements required to clear degrade state.
<uint> Number of consecutive good interval measurements required to clear degrade state.
mac Link Trace target unicast MAC to be used in case of LT against MIP.
mep-id Peer MEP ID for Link Trace target unicast MAC. The MAC is taken from peer MEP MAC database.
<uint> Peer MEP ID value.
ttl Time To Live.
<0-255> Time To Live value.
<word> The MEG-ID string. This is either the ITU MEG-ID or the IEEE Short MA, depending on the selected MEG-ID
format. The ITU max. is 13 characters. The ITU-CC max. is 15 characters. The IEEE max. is 16 characters.
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CHAPTER 4: CONFIGURE COMMANDS OF CLI
ieee The MEG-ID (Short MA Name) has IEEE Character String format. The MEG-ID max. is 16 characters.
itu The MEG-ID has ITU format (ICC - UMC). The MEG-ID max. is 13 characters.
itu-cc The MEG-ID has ITU Country Code format (CC - ICC - UMC). The MEG-ID max. is 15 characters
<uint> The MEP ID value.
rx Receive Test Signal.
tx Transmit Test Signal.
all-one Test pattern is set to all one.
all-zero Test pattern is set to all zero.
one-zero Test pattern is set to 10101010.
sequence Enable sequence number in TST PDU
rate The TST frame transmission bit rate - in Mega bits pr. second. Limit is 400 Mbps. This is the bit rate of a standard frame
without any encapsulation. If 1 Mbps rate is selected in a EVC MEP, the added tag will give a higher bitrate on the wire.
size The TST frame size. This is entered as the wanted size (in bytes) of a un-tagged frame containing TST OAM PDU -
including CRC (four bytes). Example when ‘Size’ = 64 => Un-tagged frame size = DMAC(6) + SMAC(6) + TYPE(2) + TST
PDU LENGTH(46) + CRC(4) = 64 bytes. The transmitted frame will be four bytes longer for each tag added - 8 bytes in
case of a tunnel EVC. There are two frame MAX sizes to consider. Switch RX frame MAX size: The MAX frame size
(all inclusive) accepted on the switch port of 10240 Bytes. CPU RX frame MAX size: The MAX frame size (all inclusive)
possible to copy to CPU of 10240 Bytes. Consider that the Peer MEP must be able to handle the selected frame size.
Consider that in order to calculate the ‘RX rate’ a received TST PDU must be copied to CPU. Warning will be given if
selected frame size exceeds the CPU RX frame MAX size. Frame MIN Size is 64 Bytes.
summer-time Configure summer (daylight savings) time
timezone Configure time zone
EXAMPLE
LPB3028A(config)# no clock summer-time
LPB3028A(config)#
4.1.35.7 DEBUG
Debugging functions
SY N TA X
no debug mep <uint> dm tx ( dual | single ) <0-7> [ interval <uint> ] [ synchronized ]
no debug mep <uint> raps forward
no debug mep <uint> test tx ( lb | tst ) ( <0-7> | all ) [ all-one | all-zero | one-zero ] [ dei | rate | size ]
no debug mep <uint> test tx ( lb | tst ) ( <0-7> | all ) [ dei ] [ all-one | all-zero | one-zero | rate | size ]
no debug mep <uint> test tx ( lb | tst ) ( <0-7> | all ) rate <uint> [ all-one | all-zero | dei | one-zero | size ]
no debug mep <uint> test tx ( lb | tst ) ( <0-7> | all ) size <uint> [ all-one | all-zero | dei | one-zero | rate ]
no debug mep <uint> volatile
no debug mep inject ( afi | single ) ( down | up ) pdu <uint> prio <uint> [ isdx <uint> ] | [ pipeline-point <uint> ] | [ tagged ]
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Parameter
mep Maintenance Entity Point.
<uint> The MEP instance number.
inject
dm Delay Measurement.
raps The MEP instance get RAPS forwarding enabled.
test Test Generation.
volatile The MEP instance is change to volatile.
tx Transmit DM/1DM.
dual Dual ended - 1DM based.
single Single ended - DMM/DMR based.
<0-7> Priority in case of tagged OAM. In the MPLS and EVC domain this is the COS-ID.
interval Interval between PDU transmission in 10ms. Min value is 10.
synchronized Near-end and far-end is real time synchronized.
<uint> Interval value.
tx Transmit Test.
lb Loop Back test
tst Test Signal test
all all priorities.
all-one Data pattern is set to all one.
all-zero Test pattern is set to all zero.
dei Drop Eligible Indicator in case of tagged OAM.
one-zero Data pattern is set to 10101010.
rate The TEST frame transmission bit rate - in Kbps. This is the bit rate of a standard frame without any encapsulation.
If 1 Mbps rate is selected in a EVC MEP, the added tag will give a higher bitrate on the wire.
size The TEST frame size. This is entered as the wanted size (in bytes) of an untagged frame containing TST OAM PDU -
including CRC (four bytes). Example when ‘Size’ = 64 : Untagged frame size = DMAC(6) + SMAC(6) + TYPE(2) + TST PDU
LENGTH(46) + CRC(4) = 64 bytes. The transmitted frame will be four bytes longer for each tag added - 8 bytes in case of
a tunnel EVC. Minimum Size is 64 Bytes. Maximum Size is 9600 Bytes (1526 for MPLS).
afi AFI frame injection.
single Single frame injected
down DOWN injection.
up UP injection.
pdu PDU type.
<uint> The PDU type opcode.
prio Priority.
<uint> The priority in TAG.
isdx ISDX.
pipeline-point pipeline_point.
tagged tagged.
<uint> The pipeline point.
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EXAMPLE
LPB3028A(config)# no debug mep 1 dm tx single 1
LPB3028A(config)#
4.1. 35 . 8 D OT 1X
IEEE Standard for port-based Network Access Control
SY N TA X
no dot1x authentication timer ( inactivity | re-authenticate )
no dot1x ( max-reauth-req | re-authentication | system-auth-control )
no dot1x timeout ( quiet-period | tx-period )
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Parameter
authentication Authentication
feature Globally enables/disables a dot1x feature functionality
guest-vlan Guest VLAN
max-reauth-req The number of time a Request Identity EAPOL frame is sent without response before considering entering the
Guest VLAN
re-authentication Set Re-authentication state
system-auth-control Set the global NAS state
timeout timeout
timer timer
re-authenticate The period between re-authentication attempts in seconds
guest-vlan Globally enables/disables state of guest-vlan
radius-qos Globally enables/disables state of RADIUS-assigned QoS.
radius-vlan Globally enables/disables state of RADIUS-assigned VLAN.
supplicant The switch remembers if an EAPOL frame has been received on the port for the life-time of the port. Once
the switch considers whether to enter the Guest VLAN, it will first check if this option is enabled or disabled.
If disabled (unchecked, default), the switch will only enter the Guest VLAN if an EAPOL frame has not been
received on the port for the life-time of the port. If enabled (checked), the switch will consider entering the
Guest VLAN even if an EAPOL frame has been received on the port for the life-time of the port.
quiet-period Time in seconds before a MAC-address that failed authentication gets a new authentication chance.
tx-period The time between EAPOL retransmissions
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EXAMPLE
LPB3028A(config)# no dot1x authentication timer re-authenticate
LPB3028A(config)# no dot1x guest-vlan supplicant
LPB3028A(config)# no dot1x max-reauth-req
LPB3028A(config)# no dot1x re-authentication
LPB3028A(config)# no dot1x system-auth-control
LPB3028A(config)# no dot1x timeout tx-period
LPB3028A(config)#
4.1. 35 .9 E N AB L E
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Modify enable password parameters
SY N TA X
no enable password [ level <1-15> ]
no enable secret [ 0 | 5 { level <1-15> }]
Parameter
password Assign the privileged level clear password
secret Assign the privileged level secret
0 Specifies an UNENCRYPTED password will follow
5 Specifies an ENCRYPTED password will follow
level Set exec level password
<1-15> Level number
EXAMPLE
LPB3028A(config)# no enable secret level 15
LPB3028A(config)# no enable password level 15
LPB3028A(config)#
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4.1. 35 .10 E P S
Ethernet Protection Switching
SY N TA X
no eps <uint> [ command | holdoff | revertive ]
Parameter
<uint> The EPS instance number.
command Clear command on EPS.
holdoff
revertive Revertive EPS.
EXAMPLE
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LPB3028A(config)# no eps 1 command
LPB3028A(config)#
4.1. 35 .11 E RP S
Ethernet Ring Protection Switching
SY N TA X
no erps 1-64 ( guard | holdoff | mep | revertive | rpl | version | vlan)
no erps 1-64 topology-change propagate
Parameter
1-64 ERPS group number
guard Guard
holdoff Hold-off time
mep MEP
revertive Revertive
rpl Ring Protection Link
sub Sub-ring
topology-change Topology Change
version Version
vlan VLAN
propagate Propagate
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CHAPTER 4: CONFIGURE COMMANDS OF CLI
EXAMPLE
LPB3028A(config)# no erps version
LPB3028A(config)#
4.1.35.12 GREEN-ETHERNET
Green ethernet (Power reduction)
SY N TA X
no green-ethernet eee optimize-for-power
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Parameter
eee Powering down of PHYs when there is no traffic.
optimize-for-power Set if EEE shall be optimized for least power consumption (else optimized for least traffic latency).
EXAMPLE
LPB3028A(config)# no green-ethernet eee optimize-for-power
LPB3028A(config)#
4-1.35 .13 GV RP
Enable GVRP feature
SY N TA X
no gvrp
no gvrp max-vlans <1-4094>
no gvrp time [ join-time <1-20> ] [ leave-time <60-300> ] [ leave-all-time <1000-5000> ]
Parameter
max-vlans Number of simultaneously VLANs that GVRP can control
time Config GARP protocol timer parameters. IEEE 802.1D-2004, clause 12.11.
join-time Set GARP protocol parameter JoinTime. See IEEE 802.1D-2004, clause 12.11
leave-all-time Set GARP protocol parameter LeaveAllTime. See IEEE 802.1D-2004, clause 12.11
leave-time Set GARP protocol parameter LeaveTime. See IEEE 802.1D-2004, clause 12.11
<1-20> join-time in units of centiseconds. Range is 1-20. Default is 20.
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<1000-5000> leave-all-time in units of centiseconds Range is 1000-5000. Default is 1000.
<60-300> leave-time in units of centiseconds. Range is 60-300. Default is 60.
EXAMPLE
LPB3028A(config)#no gvrp max-vlans 1
LPB3028A(config)#
4-1.35.14 HOSTNAME
Set system’s network name
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SY N TA X
no hostname
Parameter
none
EXAMPLE
LPB3028A(config)# no hostname
LPB3028A(config)#
4-1.35.15 INTERFACE
Select an interface to configure.
SY N TA X
no interface ( llag 1-26 ) | ( vlan <vlan_list> )
Parameter
llag Local link aggregation interface configuration
vlan VLAN interface configurations
1-26 ID of LLAG interface
<vlan_list> List of VLAN interface numbers
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EXAMPLE
LPB3028A(config)# no interface vlan 10
LPB3028A(config)#
4-1.35 .16 IP
Interface Internet Protocol configuration commands
SY N TA X
no ip arp inspection
no ip arp inspection entry interface ( GigabitEthernet | 10GigabitEthernet ) <port_type_id> <vlan_id> <mac_ucast> <ipv4_ucast>
no ip arp inspection vlan <vlan_list> [ logging ]
no ip dhcp excluded-address <ipv4_addr> [ <ipv4_addr> ]
no ip dhcp pool <word32>
no ip dhcp relay information [ option | policy ]
no ip dhcp [ server | snooping ]
no ip dns proxy
no ip domain name
no ip helper-address
no ip http ( secure-redirect | secure-server )
no ip igmp host-proxy [ leave-proxy ]
no ip igmp snooping [ vlan <vlan_list> ]
no ip igmp ( ssm-range | unknown-flooding )
no ip name-server [ <0-3> ]
no ip route <ipv4_addr> <ipv4_netmask> <ipv4_ucast>
no ip routing
no ip source binding interface ( GigabitEthernet | 10GigabitEthernet ) <port_type_id> <vlan_id> <ipv4_ucast> <mac_ucast>