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Huawei AR150 & AR200 & AR1220 & AR2200 & AR3200 Series Enterprise Routers Configuration Guide: Example for outputting logs to the log file

  Networking Requirements

As shown in Figure 1, RouterA connects to the FTP server through the network. The network administrator wants to use the FTP server to view logs generated by RouterA and learn operations on RouterA.

  NOTE

FTP cannot secure secure file transfer. SFTP is recommended on networks that require high security.

Figure 1 Networking diagram for outputting logs to the log file

Huawei router Configuration Roadmap

The configuration roadmap is as follows:

1. Enable the information center.

2. Configure a channel and a rule for outputting logs to a log file so that logs are saved in the log file.

3. Configure RouterA to transfer the log file to the FTP server so that the network

administrator can use the FTP server to view logs generated by RouterA.

  Procedure

Step 1 Enable the information center.

<Huawei> system-view

[Huawei] sysname RouterA

[RouterA] info-center enable

  Step 2 Configure a channel and a rule for outputting logs to a log file.

# Configure a channel for outputting logs to a log file.

  [RouterA] info-center logfile channel channel6

  NOTE

By default, channel 9 is used to send logs to a log file. If the default setting is used, skip this step.

  # Configure a rule for outputting logs to a log file.

[RouterA] info-center source ip channel channel6 log level warning

  Step 3 Configure RouterA to transfer the log file to the FTP server.

# Log in to the FTP server.

<RouterA> ftp 10.1.1.1

Trying 10.1.1.1 ...

Press CTRL+K to abort

Connected to 10.1.1.1.

220 WFTPD 2.0 service (by Texas Imperial Software) ready for new user

User(10.1.1.1:(none)):huawei

331 Give me your password, please

Enter password:

230 Logged in successfully

# Configure RouterA to transfer the log file to the FTP server.

[RouterA-ftp] put sd1:/logfile/log.log

200 PORT command okay

150 "D:\UPDATE\log.log" file ready to receive in ASCII mode

226 Transfer finished successfully.

FTP: 2761463 byte(s) sent in 26.062 second(s) 105.95Kbyte(s)/sec.

[RouterA-ftp] quit

  Step 4 Verify the configuration.

# View information recorded by the channel.

<RouterA> display info-center

Information Center: enabled

Log host:

Console:

channel number: 0, channel name: console

Monitor:

channel number: 1, channel name: monitor

SNMP Agent:

channel number: 5, channel name: snmpagent

Log buffer:

enabled

max buffer size: 1024, current buffer size: 512

current messages: 204, channel number: 4, channel name: logbuffer

dropped messages: 0, overwritten messages: 0

Trap buffer:

enabled

max buffer size: 1024, current buffer size: 256

current messages: 256, channel number: 3, channel name: trapbuffer

dropped messages: 0, overwritten messages: 29

Logfile:

channel number: 6, channel name: channel6, language: English

Information timestamp setting:

log - date, trap - date, debug - date

Sent messages = 1514, Received messages = 1514

# View the received log file on the FTP server.

----End

  Configuration Files

l Configuration file of RouterA

#

sysname RouterA

#

info-center source IP channel 6 log level warning

info-center logfile channel 6

#

interface GigabitEthernet1/0/0

ip address 10.2.1.1 255.255.0.0

#

ip route-static 10.1.0.0 255.255.0.0 10.2.1.2

#

Return

 More related:

Example for Configuring the Netstream Function to Account User Traffic 

Example for Configuring the SNMP Function to Implement Communication Between the Device and the NMS 

Example for Connecting Intranet Users to the Internet in NAT Address Pool Mode

Example for Connecting Intranet Users to the Internet in Easy IP Mode 

The device supports two power-on and power-off modes: automatic and manual.

1 In automatic mode, the interface power supply priority can be configured as critical, high, or low. When the remaining power is insufficient, PDs with higher power supply priority

are first provided with power.

2 In manual mode, you can power on or power off the specified interface as required. When the remaining power is insufficient, PDs cannot be powered on.

Besides powering on PDs in the automatic and manual modes, the interface PoE power

management provides the following functions:

3 Configuring the power-on and power-off time range.

4 Being compatible with non-standard PDs.

  Procedure

1 Configure the PoE power management mode.

1. Run:

system-view

Huawei AR150&200&1200& AR2200 & AR3200 Series Enterprise

Routers

Configuration Guide - Device Management 8 PoE Configuration

The system view is displayed.

  2. Run:

poe power-management { auto | manual } slot slot-id

The PoE power management mode is set.

By default, the device uses the automatic power management mode.

– In automatic mode, configure the power supply priority of the interface. The device

powers on or powers off PDs connected to an interface based on the power supply

priority of the interface.

a. Run:

interface interface-type interface-number

The interface view is displayed.

b. Run:

poe priority { critical | high | low }

The power supply priority of the interface is set.

The priorities in descending order are critical, high, and low.

By default, the power supply priority of an interface is low.

– In manual power management mode, PDs connected to each interface are manually

powered on or powered off. In manual mode, you can select some PDs to power

on or power off as required.

a. Run:

system-view

The system view is displayed.

b. Run:

poe { power-on | power-off } interface interface-type interfacenumber

The PD connected to an interface is powered on or powered off manually.

  2 (Optional) Set the power-off time range of a PoE interface.

PDs connected to an interface do not keep working. You can set the power-off time range

of a PoE interface so that it can automatically power off when it is idle to save energy.

1. Run:

system-view

The system view is displayed.

  2. Run:

time-range time-name { start-time to end-time days | from time1 date1

[ to time2 date2 ] }

A power-off time range of PoE is defined.

  3. Run:

interface interface-type interface-number

The interface view is displayed.

  4. Run:

poe power-off time-range time-range-name

A configured PoE power-off time range is applied to an interface.

  3 (Optional) Configure the device to be compatible with non-standard PDs

When a non-standard PD is connected to the device, the device cannot detect the proper

resistance and cannot identify the PD. When compatibility check is enabled, the device can detect and provide power for the PD that does not comply with the 802.3af or 802.3at

standard.

1. Run:

system-view

The system view is displayed.

  2. Run:

interface interface-type interface-number

The interface view is displayed.

  3. Run:

poe legacy enable

The interface is enabled to check compatibility of non-standard PDs

By default, compatibility detection for PDs is disabled on an interface.

----End

  Checking the Configuration

1 Run the display poe-power command to view the status of the PoE power supply.

2 Run the display lldp tlv-config command to view the TLV types supported by the interface.

3 Run the display lldp local command to view the status of the LLDP on the interfaces and

device.

4 Run the display lldp neighbor command to view the information of the interface neighbors.

5 Run the display lldp neighbor brief command to view the information of the device

neighbors.

6 Run the display poe device command to display the information about the devices that

support the PoE function.

7 Run the display poe information [ slot slot-id ] command to view the information about

the PoE function.

8 Run the display poe power { slot slot-id | interface interface-type interface-number }

command to view the current power of the interface.

9 Run the display poe power-state { slot slot-id | interface interface-type interfacenumber

} command to view the PoE power supply status on the interface.

In the past, Cisco is recognized as the router area "boss", but the technology is beyond. In 2012 September, the leading industry in the first half of Huawei released 480G routing line card,ignited a new round of competition in 2013 April, the throughput; in the industry is also immersed in the 480G concerned, Huawei again in the annual analyst meeting released 1Trouting line card, this time it is leading Cisco and other manufacturers 1-2 years.

"From beyond the chase to equivalent to, we spent 17 years of time." In the face of C114,President of Huawei fixed network business department to check your very regrets ground say.

17 years beyond the Cisco

In the field of Huawei router journey can be traced back to 1995, since its inception North Institute began to develop in the data communication equipment, the 1997 launch of the firstmodel for the Quidway R2501 router.

Every age will bring greater bandwidth capacity, better investment building price to promote the development of network capacity, and further promote the development of the society. Theperformance of routing line card to coordinate, Huawei playing catch-up in the 10G, 40G times,100G times in 2010 tied, then ushered in the 400G, 1T beyond the era.

In 2008 April, Huawei industry's first release NE5000E 2+8 cluster system, support 40G capacityper slot, leading the era of Internet 10T. In 2009 September, released the end-to-end 100G solution, the core of 100G routing line card and 100G wave interface card. In 2011 April,released the 200G routing line card, the InfoVision annual innovation awards. In 2012September, Huawei publishing industry first high density 480G single board and flexible 400Gboard. In 2013 April, the latest release of NE5000E 2+8 cluster system based on 400G per slot,throughput of the industry's highest 102.4Tbps; earlier released 1T routing line card, andcontinues to lead the industry to high performance board.

Reliability is the king

The industry performance, power consumption, will be integrated as a router measurements.Huawei not only in the performance beyond the Cisco, in power and the integration of the sameindustry leading position, he said.

In the case of the NE5000E, as a real green cluster router, it uses the heat dissipation technology leading, reduced by 50% -- Huawei bill is Cisco power, using the platform of 400Gcore router, a year can save 700000 yuan electricity.

Integration is related to the size and weight, the NP chip and the leading architecture design of NE5000E with high performance and low power consumption, compared with the Cisco similarcluster router volume was 1/3, the weight is only 1/2, and no special requirements on the ground bearing, in the current room space generally tight situation can be rapidly deployed,save room transformation workload.

Huawei opinion, reliability is the key attribute core routers, is the premise of other attributes. In the laboratory, Jun mouth, reliability is equivalent to the brakes, "if the brakes, the car and then advanced again comfortable are useless".

Leading the industry forward

From the patent hunt to participation in standard setting, the dominant rules, turned to the industry leader in the field of IP Huawei patent right is growing rapidly, as of the end of 2012 has30% IP core patent, only a year in 2012 has 3575 authorized patents.

At the same time, it is also the Internet Engineering Task Force (IETF), the InternationalTelecommunication Standardization Sector (ITU-T), open network foundation (ONF), the European Telecommunications Standards Institute (ETSI) and other international standards organization for nearly 30 technical field of high-end IP standard position; the dominant set of more than 100 IP standard (RFC), relates to the traditional core routing protocol and IP value-added business technology, become the main technology in the field of contribution.

"Huawei think, as the leader of IP industry, we should not only leading the industry developmentdirection in the future also in technology, the next generation network architecture around the business development needs of exploration." Jun said, in 2012, 13 operators set up jointly by the SDNNFV organization, Huawei was elected as its architecture group co chaired byequipment manufacturers representatives.

Huawei 480G routing line card and support each slot now supports the 1T capacity of core router products currently has a commercial scale, the global more than 20 operators haveshown great interest, some of which have begun to deploy. Huawei hope backbone nodes deployed at least a commercial 20 400G core router before the end of 2013, the 1T routing line card will be in the second half of the small scale commercial validation, expected by the end of 2013 to early 2014 commercial.

Customers interested in purchasing Cisco 1921 router or the price, please refer to below links:

AR2200