Configuring the Attributes of an Uplink GPON Port MA5612

When dual Huawei GPON ports are used for upstream transmission, only 0/0/1 port can be set. After the setting, the parameters of port 0/0/1 are the same as those of port 0/0/0.

Set the alarm thresholds for the receive optical power of the optical module.

Run the optical-module threshold (in GPONNNI mode) command to set the alarm thresholds for the receive optical power of the optical module. If the alarm thresholds are set successfully and the receive optical power of the optical module is beyond the upper or lower threshold, the system immediately generates an alarm indicating that the optical power is abnormal.

Set the working mode of the optical module of the uplink GPON port.

Run the laser (in GPONNNI mode) command to set the working mode of the optical module to auto, on, or off.

auto: indicates the automatic optical signal transmission mode. When this mode is used, the optical port is working properly and services are running properly.

on: indicates the continuous optical signal transmission mode. This mode is used to detect the transmit power of an optical port. When the detection is complete, set the working mode to auto.

off: disables the optical port. This mode is used in a test or to locate a fault. Before setting the working mode to off, ensure that the uplink port does not carry services.

Query the statistics for the port.

Run the display gpon-port statistic command to query the traffic information and line status of the MA5612  port.

Descriptions of the ports of the HG8240

OPTICAL HG8240 GPON

Indicates the optical port. The optical port is equipped with a

rubber plug and is connected to an optical fiber for upstream

transmission.

The type of the optical connector connected to the OPTICAL

port is SC/APC.

LAN1-LAN4 Indicate auto-sensing 10/100/1000M Base-T Ethernet ports

(RJ-45), used for connecting to PCs or IP STBs.

TEL1-TEL2 Indicate VoIP telephone ports (RJ-11), used for connecting to

the ports on telephone sets.

ON/OFF Indicates the power-on/power-off button, used for powering on

or powering off the device.

POWER Indicates the power port, used for connecting to the power

adapter or backup battery.

BBU Indicates the external backup battery monitoring port, used for

connecting to the backup battery for monitoring the battery.

RESET

Indicates the reset button. Press the button for a short time to

reset the device; press the button for a long time (longer than

10s) to restore the device to the default settings and reset the

device.

In the upstream direction, the HG8240 is connected to the optical splitter and the networkside

OLT through the passive optical network (PON) port, namely the OPTICAL port, to

provide integrated access services.

l In the downstream direction, the HG8240 is connected to various terminals through the

following LAN-side ports to implement the triple play service:

– Two 10/100/1000M Base-T Ethernet ports, which can be connected to terminals such

as PCs, STBs, and video phoned to provide the high-speed data and video services.

– Two TEL ports, which can be connected to telephone sets or fax machines to provide

superior and cost-effective voice over IP (VoIP), fax over IP (FoIP), and modem over

IP (MoIP) services.

Descriptions of the ports of the HG8010

OPTICAL,Indicates the optical port. The optical port HG8010 EPON is equipped with a

rubber plug and is connected to an optical fiber for upstream

transmission.

The type of the optical connector connected to the OPTICAL

port is SC/APC.

LAN Indicate auto-sensing 10/100/1000M Base-T Ethernet ports

(RJ-45), used for connecting to PCs or IP set-top boxes (STBs).

POWER Indicates the power port, used for connecting to the power

adapter or backup battery.

Indicates the power button. It is used to power on or power off

the device.

RESET

Indicates the reset button. Press the button for a short time to

reset the device; press the button for a long time (longer than

10s) to restore the device to the default settings and reset the

device

l In the upstream direction, the HG8010 is connected to the optical splitter and the networkside

OLT through the passive optical network (PON) port, namely the OPTICAL port, to

provide integrated access services.

l In the downstream direction, the HG8010 is provides a 10/100/1000M Base-T Ethernet

port for connecting to a home gateway. The home gateway then can be connected to a PC,

STB, or video phone to provide high-speed data and video services.

configuration of the ACL on the MA5600/MA5603

Huawei SmartAX MA5612 is the industry-leading remote multi dwelling unit (MDU) launched by Huawei.

Basic ACL,2000-2999,The rules of a standard ACL are only defined according to the L3 source IP address for analyzing and processing data packets.

Advanced ACL,3000-3999,The rules of an advanced ACL are defined according to the source IP address, destination IP address, type of the protocol over IP, and features of the protocol (including TCP source port, TCP destination port, and ICMP message type).

Compared with the basic ACL, the advanced ACL contains more accurate, comprehensive, and flexible rules.

Link layer ACL,4000-4999,A link-layer ACL allows definition of rules according to the link-layer information such as the source MAC address, VLAN ID, link-layer protocol type, and destination MAC address, and the data is processed accordingly.

User-defined ACL,5000-5999,The rules of a user-defined ACL are defined according to any 32 bytes of the first 80 bytes in the L2 data frame for analyzing and processing data packets.

It is recommended that you define a general rule, such as permit any or deny any, in each ACL, so that each packet has a matching traffic rule that determines to forward or filter the unspecified packet.

The activated ACL rules share the hardware resources with the protocol modules (such as DHCP module and IPoA module). In this case, the hardware resources are limited and may be insufficient. To prevent the failure of enabling other service functions due to insufficient hardware resources, it is recommended you enable the protocol module first and then activate ACL rules in the data configuration. If you fail to enable a protocol module, perform the following steps:

Check whether ACL rules occupy too many resources.

If ACL rules occupy too many resources, deactivate or delete the unimportant or temporarily unused ACL configurations, and then configure and enable the protocol module.

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Configuring the Attributes of an Upstream Ethernet Port SmartAX MA5600T

The MA5600T/MA5603U/MA5608T should be interconnected with the upstream device through the Ethernet port. Therefore, pay attention to the consistency of port attributes.

Default Configuration

Ethernet port 0/17/0 is an electrical port. The attribute is as follows: The port rate is 1000 Mbit/s in duplex mode, with supporting flow control, not supporting auto-negotiation function. Do as follows:

huawei(config)#interface 0/17

huawei(config-if-0/17)#auto-neg 0 disable

huawei(config-if-0/17)#speed 0 1000

huawei(config-if-0/17)#duplex 0 full

huawei(config-if-0/17)#flow-control 0

Parameter	Default Setting (Optical Port)	Default Setting (Electrical Port)
Auto-negotiation mode of the port	GICD/GICF/GICK: enabled	Enabled
	Other GIU board: disabled
Port rate	FE optical port: 100 Mbit/s	NA
	GE optical port: 1000 Mbit/s	NOTE:
	10GE optical port: 10000 Mbit/s	After the auto-negotiation mode of the port is disabled, you can configure the port rate.
Duplex mode	Full-duplex, read only	NA
		NOTE:
		After the auto-negotiation mode of the port is disabled, you can configure the duplex mode.
Network cable adaptation mode	Not supported	FE electrical port: auto
		GE electrical port: normal
Flow control	Disabled	Disabled

Huawei S5300 Checking the Flash Space by Running Commands

In the user view S5324TP-PWR-SI, run the dir command to check whether the available space in the Flash on the master and slave MPUs is sufficient for the system software after upgrade.

<5324SI_L2SRV_22.103>dir *                                                   

Directory of flash:/                                                                                                                                        

  Idx  Attr     Size(Byte)  Date        Time       FileName                    

    0  -rw-          1,716  Nov 16 2008 01:46:56   vrpcfg.zip                  

    1  drw-              -  Oct 29 2008 19:19:10   compatible                   

    2  -rw-          6,506  Nov 25 2008 01:46:00   private-data.txt            

    3  -rw-          3,684  Nov 25 2008 00:49:56   $_patch_history             

    4  -rw-             36  Nov 25 2008 00:49:56   $_patchstate_reboot         

    5  -rw-         10,926  Nov 16 2008 06:35:26   patch_53si_pack3.pat        

    6  drw-              -  Nov 26 2008 00:00:20   resetinfo                   

    7  -rw-            836  Nov 25 2008 01:46:28   rr.dat                      

    8  -rw-         14,424  Aug 04 2012 10:46:50   11225.cap                   

    9  -rw-         14,424  Aug 04 2012 10:49:16   112452.cap                  

   10  drw-              -  Nov 25 2008 01:48:32   syslogfile                  

   11  -rw-            836  Nov 25 2008 01:46:28   rr.bak                      

   12  drw-              -  Oct 17 2008 22:26:14   dhcp                        

   13  -rw-         14,424  Aug 06 2012 10:19:40   1186.cap                    

   14  -rw-         10,921  Nov 16 2008 06:52:10   patch_53si_pack4.pat        

   15  -rw-            947  Aug 07 2012 20:13:00   vrpcfg_auto.zip             

   16  -rw-         14,424  Aug 06 2012 10:22:10   111056.cap                  

   17  -rw-         14,424  Aug 08 2012 06:20:22   73729.cap                   

   18  -rw-         14,424  Aug 08 2012 06:22:50   74020.cap                   

   19  drw-              -  Oct 01 2008 00:13:44   user                        

   20  -rw-          6,921  Nov 17 2008 00:26:24   patch_53si_pack99.pat       

   21  -rw-          7,829  Nov 23 2008 01:16:18   patch_53si_pack.pat         

   22  -rw-              0  Nov 25 2008 01:42:08   s-s53si_port_isolate.cc     

   23  -rw-     15,614,764  Nov 07 2008 23:47:02   s5300si-V200R003C00SPC300-main14534

.cc                                                                          

   24  -rw-      1,558,252  Oct 11 2008 06:54:20   s5300si-v200r001c00.web.zip 

                                                                             

32,593 KB total (15,377 KB free)                                                                                                                           

<5324SI_L2SRV_22.103>                

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How to configure Root Protection on an Interface on Huawei NE40E Router?

The NE40E can be flexibly deployed at the edge or core of IP or MPLS networks, simplifying network structure. With its ability to provide an extensive range of services and reliable service quality

Step 1:

system-view

The system view is displayed.

Step 2:

interface interface-type interface-number

The view of the Ethernet interface participating in STP calculation is displayed.

Step 3:

portswitch

The interface is switched to a Layer 2 interface.

Step 4:

stp binding process process-id

The port is bound to an MSTP process.

Step 5:

stp root-protection

Root protection is configured on the switching device.

For more Huawei ME60-X8 information please click here

AR3260 Enterprise Routers

AR3260 Basic Configuration(Includes AR3260 Chassis, 350W AC Power, Service and Router Unit 40, with Basic Software and Document), 1GE WAN, 2GE Combo WAN, 2 USB Interfaces, 2GB MircoSD Card, 4 SIC Slots, 2 WSIC Slots, 4XSIC Slots, 3 DSP DIMM

Huawei AR3200 series enterprise routers (AR3200) are next-generation enterprise-class routers based on the Huawei proprietary Versatile Routing Platform (VRP), which take advantage of Huawei long-term accumulation in data communication, wireless, access network, and core network fields.

The AR3200 provides an integrated solution for enterprise networks, speeds up multi-service provision, and protects customers' investments.

The AR3200 uses the embedded hardware encryption technique and supports the voice Digital Signal Processor (DSP).

The AR3200 integrates routing, switching, 3G, voice, and security functions. It uses a multi-core CPU and non-blocking switching structure that provides industry-leading system performance, meeting service development requirements both now and in the future.

It supports firewall functions, call processing, voice mail, and various application programs. The AR3200 supports various wired and wireless access modes, such as E1/T1, xDSL, CPOS, and 3G.

The AR3200 provides a mini-USB port. By using the mini-USB, users can configure the devices through GUI.

Users can use the USB disk to deploy devices, and the devices are plug-and-play.

The AR3200 supports the auto-config function. The auto-config function enables the AR3200 to automatically obtain configurations.

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configure Huawei S3352P Switch?

Huawei Quidway Switch S3300, S3352P-SI Mainframe(48 10/100 BASE-T ports and 2 100/1000 BASE-X ports and 2 SFP GE (1000 BASE-X) ports (SFP Req.) and AC 110/220V

Step 1:
system-view
The system view is displayed.
Step 2:
mpls ldp
The MPLS-LDP view is displayed.
Step 3:
mtu-signalling [ apply-tlv ]
The function to send an MTU TLV is enabled.
Step 4:
system-view
The system view is displayed.
Step 5:
interface interface-type interface-number
The view of an MPLS-enabled interface is displayed.
Step 6:
mpls mtu mtu
An MPLS MTU is configured on the interface.


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How to configure Remote Port Mirroring on Huawei S3352P-EI Switch?

Huawei Quidway Switch S3300, S3352P-EI Mainframe(48 10/100 BASE-T ports and 2 100/1000 BASE-X ports and 2 SFP GE (1000 BASE-X) ports (SFP Req.) and AC 110/220V)

Step 1:
system-view
The system view is displayed.
Step 2:
vlan vlan-id
An RSPAN VLAN is created and the RSPAN VLAN view is displayed.
Step 3:
mac-address learning disable
The MAC address learning is disabled.
Step 4:
quit
Return to the system view.
Step 5:
observe-port index interface interface-type interface-number [ vlan vlan-id ]
An observing port is configured, and the RSPAN VLAN is specified.
Step 6:
interface interface-type interface-number
The view of the mirrored port is displayed.
Step 7:
port-mirroring to observe-port index { both | inbound | outbound }
Remote port mirroring is configured.


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How to configure LLDP Timers on Huawei S2309TP-SI Switch?

Huawei Quidway Switch S2300, S2309TP-EI Mainframe(8 10/100 BASE-T ports and 1 Combo GE(10/100/1000 BASE-T+100/1000 Base-X) ports and DC -48V

Step 1:
system-view
The system view is displayed.
Step 2:
lldp message-transmission interval interval
The interval for sending LLDP packets is set.
Step 3:
lldp message-transmission delay delay
The delay to send LLDP packets is set.
Step 4:
lldp message-transmission hold-multiplier hold
The hold time multiplier of device information stored on neighbors is set.
Step 5:
lldp restart-delay delay
The delay to re-enable LLDP on an interface is set.
Step 6:
lldp trap-interval interval
The delay to send neighbor change traps to the NMS is set.

For more Huawei LS-S2309TP-EI-DC information please click here