2014年1月23日星期四

Huawei transmission equipment ----Metro 500 product characteristics

OptiX Metro 500 has two kinds of shapes. Compared with OptiX Metro 500 and Metro 500  OptiX , increased battery function, product appearanceand installation in different ways. Type II device provides 220V AC power supply and battery charge and discharge function, the wall hanging typeinstallation.
The business interface rich
SDH interface: OptiX OSN 500 STM-1 optical interface specifications
PDH interface: OptiX Metro 500 can provide multiple E1, T1, E3, T3 interface
Ethernet interface: OptiX Metro 500 10/100M Ethernet interface
N * 64K interface: OptiX Metro 500 supports multiple N * 64K interface
Clock interface: OptiX Metro 500 provides external clock input and output interface
Switch interface: OptiX Metro 500 provides the switch input and output interface
Transparent data interface: OptiX Metro 500 provides asynchronoustransparent data port, the maximum rate of 19.2k
The ability to cross
Cross capacity OptiX Metro 500 devices is 6 × 6VC-4 crossover. Crosscapacity OptiX Metro 500 devices is 6 × 6VC-4 crossover.
Network and protection
Network and protection can be composed of chain type network, also canform a ring network, support single bidirectional path protection, linear multiplex section protection.
Network management
OptiX iManager T2000 can be centralized operation, maintenance andmanagement of OptiX Metro 500 (OAM), realize the allocation andscheduling circuit, ensure the safe operation of the network, but alsosupport the Web Server localization management. The above is Huaweitransmission equipment ----Metro 500 product characteristics. The similar product OSN 3500, more information please visit: http://www.huanetwork.com.


2014年1月21日星期二

Configuring the Ethernet EFM OAM for MA5612

 Configuring the Ethernet EFM OAM for Huawei MA5612

Ethernet in the First Mile (EFM) OAM is defined in IEEE 802.3ah to make the Ethernet physicallayer specifications in respect of the user access part and the Ethernet OAM in respect of the access part. Ethernet EFM OAM is used for the link detection of the last mile and it is the linklevel OAM.

Prerequisite
l Network devices and lines must be in the normal state.
l The OLT must support the Ethernet EFM OAM function.

Context
Huawei OLT OAM is a key method of reducing network maintenance cost.
Ethernet EFM OAM is defined in IEEE 802.3ah Clause 57 and it is a key component of Ethernet OAM. Ethernet EFM OAM provides a mechanism for monitoring links, such as remote defect indication (RDI) and remote loopback control. It is an L2 mechanism, as a complement to the higher layer applications.

Networking
Figure 1 shows the example network of the Ethernet EFM OAM function.


Procedure
Step 1 Run the efm oam mode command to configure the Ethernet EFM OAM mode of the port.
l The default Ethernet EFM OAM mode of the port is the active mode.
l After the Ethernet EFM OAM function is enabled on the port, the mode of the port cannot
be changed.
l When the Ethernet EFM OAM mode of both the local and peer devices is the passive mode, the Ethernet EFM OAM function cannot be enabled. The Ethernet EFM OAM function can be enabled only when the Ethernet EFM OAM mode of the device at one end is the active mode.

Step 2 Run the efm oam enable command to enable the Ethernet EFM OAM function on the port.
By default, the Ethernet EFM OAM function on the port is disabled.

Step 3 (Optional) Run the efm loopback command to configure the start, end, and control parameters for the Ethernet EFM OAM loopback on the port.
l By default, the Ethernet EFM OAM loopback is not performed.
l After the Ethernet EFM OAM loopback is started, all the services are interrupted.

Step 4 Run the efm error-frame command to set error frame parameters and the status of the error frame alarm function. In this manner, the link signals and data quality can be monitored.

Step 5 Query the configuration information about the Ethernet EFM OAM function.
l Run the display efm oam status command to query the status of the Ethernet EFM OAM
function.
l Run the display efm oam event config command to query the parameters of the Ethernet
EFM OAM event.
----End

Example
Assume that the Ethernet EFM OAM mode is the passive mode, the error frame alarm function is enabled, the local error frame window is 1, and the error frame threshold is 0. To enable the Ethernet EFM OAM function on port 0/4/1, do as follows:
huawei(config)#efm oam mode 0/4/1 passive
huawei(config)#efm oam 0/4/1 enable
huawei(config)#efm error-frame 0/4/1 notification enable
huawei(config)#efm error-frame 0/4/1 period 1
huawei(config)#efm error-frame 0/4/1 threshold 0
Run the display efm oam status command to query the status of the Ethernet EFM OAM
function.
huawei#display efm oam status
{ frameid/slotid/portid<S><Length 1-15> }:0/4/1
{ local<K>|remote<K> }:local //Query the local Ethernet OAM status. If you need
to query the remote Ethernet OAM status, select remote.
Command:
display efm oam status 0/4/1 local
Admin Status : Enable //The Ethernet OAM function is
enabled.
Operation Status : Operational
OAM Mode : Passive //The local Ethernet OAM mode is the
passive mode.
Max OAM PDU Size : 1514
Stable & Evaluation : 2
Configuration Revision : 0
Multiplexer Action : Forward
Parser Action : Forward
Unidirectional Support : No
Loopback Support : No
Event Support : Yes
Variable Support : No
Run the display efm oam event config command to query the parameters of the Ethernet EFM
OAM event.
huawei(config)#display efm oam event config 0/4/1
Errored Symbol Period Event :Disable
Errored Symbol Period Event Window :-
Errored Symbol Period Event Threshold :-
Errored Frame Event :Enable //The error frame alarm
function is enabled.
Errored Frame Event Window :1 //The error frame window
is 1.
Errored Frame Event Threshold :0 //The error frame threshold
is 0.
Errored Frame Period Event :Disable
Errored Frame Period Event Window :-
Errored Frame Period Event Threshold :-
Errored Frame Seconds Summary Event :Disable
Errored Frame Seconds Summary Event Window :-
Errored Frame Seconds Summary Event Threshold :-
Link Fault Event :Enable
Dying Gasp Event :Disable

Critical Link Event :Disable

2014年1月15日星期三

Which Huawei AR routers support voice function

Which Huawei AR routers support voice function? This question you should know from the two side:

The router type and version support voice function
The version of V200R001C00 – only AR1220V support
The version of V200R001C01 -- AR1220, AR1220VW, AR2220, AR2240 and AR3260 support
The version of V200R002 -- AR207V, AR207V-P, AR1220V, AR1220VW, AR2220, AR2240 and AR3260 support

Support conditions
A, DSP module: V type equipment has been built in DSP, AR2220, AR2240 and AR3260 require a separate configuration DSP that can support voice function.
B, voice interface card: AR12&22&32 series need to access a POTS user, need to purchase4FXS1FXO single board.
AR12&22&32 series need access to the ISDN phone user, need to purchase 2BST single board.
C, license: PBX function using the License authorization, by default, PBX function constrained devices cannot use.

The function of SIPAG (R2 version) with License authorization, by default, SIPAG functionconstrained devices cannot use.
The customers who want to Buy Huawei router, please click here.

2014年1月14日星期二

Configuring Huawei S2700 VLAN Isolation

Configuring Huawei S2700 VLAN Isolation
Networking requirements:
The PC1 and PC2, PC3 and PC4 can exchange,
PC1 and PC3, PC2 and PC3, PC2 and PC4 cannot exchange, while PC1, C2, PC3, PC4 to access the Internet through the GE1 port
How to configure: divided into three VLAN 20 30 100, PC1 and PC2 belongs to 20, PC3 and PC4 belongs to 30, GE1 is 100, VLAN can be isolated, the same VLAN can interchange, but is not to the Internet through Ge.

When you meet the problems as above, the right configuration for you just follow below:
If your router is G0/0/1, following configuration:
Interface Ethernet0/0/1
Port hybrid PVID VLAN 10
Port hybrid untagged VLAN 110
#
Interface Ethernet0/0/2
Port hybrid PVID VLAN 10
Port hybrid untagged VLAN 110
#
Interface Ethernet0/0/3
Port hybrid PVID VLAN 10
Port hybrid untagged VLAN 110
#
Interface Ethernet0/0/4
Port hybrid PVID VLAN 10
Port hybrid untagged VLAN 110
#
Interface Ethernet0/0/5
Port hybrid PVID VLAN 10
Port hybrid untagged VLAN 110
#
Interface Ethernet0/0/6
Port hybrid PVID VLAN 10
Port hybrid untagged VLAN 110
#
Interface Ethernet0/0/7
Port hybrid PVID VLAN 10
Port hybrid untagged VLAN 110
#
Interface Ethernet0/0/8
Port hybrid PVID VLAN 10
Port hybrid untagged VLAN 110
#
Interface Ethernet0/0/9
Port hybrid PVID VLAN 20
Port hybrid untagged VLAN 120
#
Interface Ethernet0/0/10
Port hybrid PVID VLAN 20
Port hybrid untagged VLAN 120
#
Interface Ethernet0/0/11
Port hybrid PVID VLAN 20
Port hybrid untagged VLAN 120
#
Interface Ethernet0/0/12
Port hybrid PVID VLAN 20
Port hybrid untagged VLAN 120
#
Interface Ethernet0/0/13
Port hybrid PVID VLAN 20
Port hybrid untagged VLAN 120
#
Interface Ethernet0/0/14
Port hybrid PVID VLAN 20
Port hybrid untagged VLAN 120
#
Interface Ethernet0/0/15
Port hybrid PVID VLAN 20
Port hybrid untagged VLAN 120
#
Interface Ethernet0/0/16
Port hybrid PVID VLAN 20
Port hybrid untagged VLAN 120
#
Interface GigabitEthernet0/0/1

Port hybrid untagged VLAN 11020
S2700-26TP-EI-AC the popular switch on huanetwork.com US$377.00, competitive price.

2014年1月13日星期一

Difference Between Huawei S5700 LI/SI/EI/HI Four Series

LI: compact type, support of the basic two layer protocol of MAC, VLAN, static routes.

SI: standard type, support of the basic layer two protocol, static routing and rip routing protocol.

EI: enhanced type, based on SI, support a variety of unicast / multicast routing protocol for RIP,OSPF, ISIS, BGP, PIM, IGMP and simple reliability technology VRRP.


HI: advanced type, based on EI, support the reliability technology and support of BFD,MPLS, and L2L3VPN technology.

2014年1月8日星期三

Example of Configuring a VTY User Interface on Huawei S9300

Example of Configuring a VTY User Interface on Quidway S9300:
Networking Requirements
A user can use the VTY interface to log in to a remote device using Telnet. The device
administrator can configure the attributes of the VTY user interface to ensure device security.
In this example, the level of VTY users is 2. The password authentication mode and
authentication password huawei2012 are configured for VTY users to log in to the device. Only the user whose IP address is 10.1.1.1 can log in to the device.
If a user logs in to the device and does not perform an operation within 30 minutes, the user's terminal disconnects from the device
.
Configuration Roadmap
The configuration roadmap is as follows:
1. Configure the maximum number of concurrent VTY user interfaces to 8.
2. Configure restrictions on call-in and call-out permissions on the VTY user interface to
allow users at a specified address or address segment to log in to the device.
3. Configure terminal attributes on the VTY user interface.
4. Configure the user level on the VTY user interface.
5. Configure the authentication mode and password of the VTY user interface.

Procedure, use the Huawei S9303 for the example.
Step 1 Configure the maximum number of concurrent VTY user interfaces.
<Quidway> system-view
[Quidway] user-interface maximum-vty 8

Step 2 Configure restrictions on call-in and call-out permissions on the VTY user interface.
[Quidway] acl 2000
[Quidway-acl-basic-2000] rule deny source 10.1.1.1 0
[Quidway-acl-basic-2000] rule permit source any
[Quidway-acl-basic-2000] quit
[Quidway] user-interface vty 0 7
[Quidway-ui-vty0-7] acl 2000 inbound

Step 3 Configure terminal attributes on the VTY user interface.
[Quidway-ui-vty0-7] shell
[Quidway-ui-vty0-7] idle-timeout 30
[Quidway-ui-vty0-7] screen-length 30
[Quidway-ui-vty0-7] history-command max-size 20

Step 4 Configure the user level on the VTY user interface.
[Quidway-ui-vty0-7] user privilege level 2

Step 5 Configure the authentication mode and password of the VTY user interface.
[Quidway-ui-vty0-7] authentication-mode password
[Quidway-ui-vty0-7] set authentication password cipher huawei2012
[Quidway-ui-vty0-7] quit
After the VTY user interface is configured, users can log in to the device in the password
authentication mode using Telnet to maintain the device locally or remotely. For details on how to log in to the device see 4.2.2 Logging In to the Device Through Telnet.

Step 6 Verify the configuration.
# Connect the terminal to the device using Telnet, and verify that the new password is valid.
# Use 10.1.1.1 to log in to the device using Telnet. The login fails.
# Run the user-interface vty 0 7 command to enter the VTY interface view, and run the display this command to check the configurations on the VTY interface.
[Quidway] user-interface vty 0 7
[Quidway-ui-vty0-7] display this
#
user-interface maximum-vty 8
user-interface vty 0 7
acl 2000 inbound
authentication-mode password
user privilege level 2
set authentication password cipher %%$%$RdF~Z+6N|0d^a3%v5`W~3.%ymjpAD#$u
[T'e#e32hd8G~4+&%$%$
history-command max-size 20
idle-timeout 30 0
screen-length 30
#
return
----End

Configuration File
#
acl number 2000
rule 5 deny source 10.1.1.1 0
rule 10 permit
#
user-interface maximum-vty 8
user-interface vty 0 7
acl 2000 inbound
authentication-mode password
user privilege level 2
set authentication password cipher %%$%$RdF~Z+6N|0d^a3%v5`W~3.%ymjpAD#$u
[T'e#e32hd8G~4+&%$%$
history-command max-size 20
idle-timeout 30 0
screen-length 30
#
return
S9300&S9300E Terabit Routing Switch
Configuration Guide - Basic Configuration 3 Configuring a User Interface
Issue


2014年1月7日星期二

Example for Configuring PoE on Huawei Router

Networking Requirements
Figure 1 shows that Router are deployed at the access layer in current network. The IP phone connected to the router is deployed outdoors and the AP is deployed on the external wall of the office. The location makes it difficult to connect power supplies to these devices. The user wants Router to provide power for these devices and save the deployment costs. As the office network of a bank, AP1 cannot be powered off and should be configured with the highest power supply priority. IP Phone1 with a large amount of services needs to obtain power supply with high priority and generally cannot be powered off.

Figure 1 Networking diagram of PoE Configuration

Configuration Roadmap
The configuration roadmap is as follows:
1. Configure the power management mode as automatic mode so that PDs can be flexibly
managed.
2. Configure the maximum output power for the device to ensure the device obtains the power as required.
3. Configure the power supply priority on Ethernet0/0/4 and Ethernet0/0/6 to preferentially
provide power for IP Phone1 and AP1.
4. Configure the maximum output power on Ethernet0/0/4 and Ethernet0/0/6 to limit the
power of the corresponding interface and ensure security of the device.
The configuration overview:
Step 1 Configure the power management mode of the device as automatic mode.
<Huawei> system-view
[Huawei] sysname Router
[Router] poe power-management auto slot 0

Step 2 Configure the maximum output power of the device as 100 W.
[Router] poe max-power 100000 slot 0
Warning: This operation may power off some PD.Continue?[Y/N]:y

Step 3 If IP Phone1 and AP1 respectively requires power of 10 W and 15 W, configure the maximum output power on Ethernet0/0/4 and Ethernet0/0/6.
[Router] interface ethernet 0/0/4
[Router-Ethernet0/0/4] poe enable
[Router-Ethernet0/0/4] poe power 10000

Warning: This operation may power off the PD of this port.Continue?[Y/N]:y
Info: Succeed in setting maximum power of port.

[Router-Ethernet0/0/4] quit
[Router] interface ethernet 0/0/6
[Router-Ethernet0/0/6] poe enable
[Router-Ethernet0/0/6] poe power 15000
Warning: This operation may power off the PD of this port.Continue?[Y/N]:y
Info: Succeed in setting maximum power of port.
[Router-Ethernet0/0/6] quit

NOTE
By default, the PoE function is enabled on all interfaces. You need to run the poe enable only after running the undo poe enable command to disable the PoE function.

Step 4 Configure the power priority on Ethernet0/0/4 as High and power priority on Ethernet0/0/6 as Critical.
[Router] interface ethernet 0/0/4
[Router-Ethernet0/0/4] poe priority high

Warning: This operation may power off some PD with lower priority.Continue?[Y/N] :y
[Router-Ethernet0/0/4] quit
[Router] interface ethernet 0/0/6
[Router-Ethernet0/0/6] poe priority critical
Warning: This operation may power off some PD with lower priority.Continue?[Y/N] :y
[Router-Ethernet0/0/6] quit

Step 5 Check the configuration.
# Display the PoE power supply status of the interface in slot 0.
<Router> display poe power-state slot 0
PortName PowerOn/Off Enabled Priority Status

Ethernet0/0/4 On Enable High Delivering-power
Ethernet0/0/5 On Enable Low Delivering-power
Ethernet0/0/6 On Enable Critical Delivering-power
Ethernet0/0/7 On Enable Low Delivering-power
----End
Configuration Files
#
sysname Router
#
poe max-power 100000 slot 0
#
interface Ethernet0/0/4
poe priority high
poe power 10000
#
interface Ethernet0/0/6
poe priority critical
poe power 15000
#
Return

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2014年1月2日星期四

How Do I Configure the Telnet Login Function?

How Do I Configure the Telnet Login Function? The common problem when you are using the switch, here will tell you the details:

You can log in to a switch through Telnet only when the switch has an IP address and the VTY user authentication method and VTY user level have been configured. By default, the preceding configurations are unavailable on the switch, and you must log in to the switch through the console interface and complete the configurations.

Perform the following configurations:
1. Set a management IP address for the switch, I use the switch S5700-28P-LI-AC and S5700-28P-PWR-LI-AC most time on the network, Huawei Quidway S5700 series gigabit enterprise switches, which are  next-generation energy-saving switches developed by Huawei to meet the demand for high-bandwidth access and Ethernet multi-service aggregation, Based on cutting-edge hardware and Huawei Versatile Routing Platform (VRP) software, the S5700 provides a large switching capacity and high-density GE ports to accommodate 10 Gbit/s upstream transmissions. 
# If the switch has an management interface, configure an IP address for the management interface.
<HUAWEI> system-view
[HUAWEI] interface meth 0/0/1
[HUAWEI-MEth0/0/1] ip address ip address 192.168.1.2 24
[HUAWEI-MEth0/0/1] quit

# If the switch has no management interface, configure an IP address for the WLANIF
interface.
<HUAWEI> system-view
[HUAWEI] vlan 4094
[HUAWEI-vlan4094] quit
[HUAWEI] interface gigabitethernet 0/0/48
[HUAWEI-GigabitEthernet0/0/48] port link-type hybrid
[HUAWEI-GigabitEthernet0/0/48] port hybrid untagged vlan 4094
[HUAWEI-GigabitEthernet0/0/48] quit
[HUAWEI] interface vlanif 4094
[HUAWEI-Vlanif4094] ip address ip address 192.168.1.2 24
[HUAWEI-Vlanif4094] quit

2. Configure reachable routes between the PC and switch so that the PC can successfully ping the switch.
If the PC is directly connected to the switch, ensure that the IP address of the PC is in
the same network segment as the management IP address of the switch.

If the PC is not directly connected to the switch, configure reachable routes between
the PC and switch.

3. Set the authentication mode for Telnet login to AAA.
[HUAWEI] user-interface vty 0 4
[HUAWEI-ui-vty0-4] authentication-mode aaa
[HUAWEI-ui-vty0-4] quit

4. Configure the Telnet login user parameters. Set the user name and password to admin, and user level to 3.
[HUAWEI] aaa
[HUAWEI-aaa] local-user admin password cipher admin
[HUAWEI-aaa] local-user admin privilege level 3

[HUAWEI-aaa] local-user admin service-type telnet