Ne40e Manual

• Huawei Ne40e Manual
• Ne40e-x8a Manual

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The NetEngine40E series universal service router (NE40E) is a high-end network product provided by Huawei Technologies Co., Ltd. NE40Es are usually deployed at the edges of Internet Protocol (IP) backbone networks, IP Metropolitan Area Networks (MANs), and other large-scale IP networks. Huawei NE40E Series Router NE40E-X16A Product Description The NetEngine40E series universal service router (NE40E) is a high-end network product provided by Huawei Technologies Co., Ltd. NE40Es are usually deployed at the edges of Enterprise networks, Campus Aggregation Network, IDC network and Interconnection networks between Enterprise Campuses. NE40E-X16 Basic Configuration (Including NE40E-X16 Chassis, 2 MPUs, 4 SFUs(200G), 8 AC Power, without Software Charge and Document) 169600.00: Add to Quote. Detail: 02351AFK: CR5P16BASA7H: NE40E-X16 Basic Configuration (Including NE40E-X16 Chassis, 2 MPUs, 4 SFUs(200G), 8 AC Power(Power Cords Cable), without Software Charge. Huawei NE40E Universal Service Router is a high-end router. Huawei NE40E is positioned as the edge or convergence router on the IP backbone network. The NE40E series routers, including Huawei NE40E-X16, Huawei NE40E-X8 and Huawei NE40E-X3, are suitable for networks of different scales. NE40E Universal Service Router NE40E is a high-end network product released by Huawei primarily used in IP backbone networks, IP MAN and various other large-scale IP network edge positions.

660 ne40e products are offered for sale by suppliers on Alibaba.com, of which fiber optic equipment accounts for 1%, routers accounts for 1%, and switching power supply accounts for 1%. A wide variety of ne40e options are available to you, There are 112 suppliers who sells ne40e. The NE40E series includes the NE40E-X16A/X16, NE40E-X8A/X8, NE40E-X3 to satisfy the requirement of various scales network.Various IPv4-to-IPv6 transition technologies: manual tunnel, automatic tunnel, 6to4 tunnel, GRE tunnel, and ISATAP tunnel. View & download of more than 4099 Huawei PDF user manuals, service manuals, operating guides. Cell Phone, Network Router user manuals, operating guides & specifications. Ne40e-Manual 1/3 PDF Drive - Search and download PDF files for free. Ne40e Manual PDF Ne40e Manual Thank you very much for reading Ne40e Manual. Maybe you have knowledge that, people have search numerous times for their chosen books like this Ne40e Manual, but end up in harmful downloads. Detail: 02354367 Huawei NetEngine NE40E-X3 Series Router CR5P03BASD71 NE40E-X3 Basic Configuration (Include NE40E-X3 Chassis, 2 MPUs, 2 DC Power, without Software Charge and Document) Condition: Brand New Sealed. Availability: IN STOCK.

Brochure_Datasheet

Enterprise NE40E Universal Service Router Product Brochure v1.2(20180731).pdf

WAN Interconnection for Large Enterprises Solution (NE Routers).pdf

All-IP Universal Bearer Solution for Power Grids (NE Routers).pdf

All-IP Universal Bearer Solution for Railways (NE Routers).pdf

IPv6 Migration Solution for WAN (NE Router).pdf

IAP Metro Solution (NE Series).pdf

NE40E Series Universal Service Routers Data Sheet.pdf

NE40E Series Switch Fabric Units.pdf

NE40E Series Service Processing Units.pdf

NE40E Series Main Processing Units Data Sheet.pdf

NE40E Series 50G Flexible Card Line Processing Units Data Sheet.pdf

NE40E Series 50G & 20G Integrated Line Processing Units Data Sheet.pdf

NE40E Series 480G Integrated Line Processing Units Data Sheet.pdf

NE40E Series 480G Flexible Card Line Processing Units Data Sheet.pdf

NE40E Series 240G Integrated Line Processing Units Data Sheet.pdf

NE40E Series 240G Flexible Card Line Processing Units Data Sheet.pdf

NE40E Series 200G Integrated Line Processing Units Data Sheet.pdf

NE40E Series 200G Flexible Card Line Processing Units Data Sheet.pdf

NE40E Series 120G Integrated Line Processing Units Data Sheet.pdf

NE40E Series 120G Flexible Card Line Processing Units Data Sheet.pdf

NE40E Standard Reference (V800R008C10).pdf

Product_Solution Description

NE40E-M2 Hardware Description.pdf

NE40E Hardware Description.pdf

Specification List

Ne40e-x8a Manual

NE40E V800R010C10 Specifications List for Channel(20181116).xls

Technical White Paper

Ne40e-x3 Manual

Media Fabric Solution White Paper.pdf

This tutorial explains how to configure static routing step by step in detail including advantage of static routing and disadvantage of static routing. Learn how to enable, configure, manage and delete static route in Cisco router with practical example in packet tracer.

Static routing is the most secure way of routing. It reduces overhead from network resources. In this type of routing we manually add routes in routing table. It is useful where numbers of route are limited. Like other routing methods static routing also has its pros and cons.

Advantage of static routing

• It is easy to implement.
• It is most secure way of routing, since no information is shared with other routers.
• It puts no overhead on resources such as CPU or memory.

Disadvantage of static routing

• It is suitable only for small network.
• If a link fails it cannot reroute the traffic.

To explain static routing, I will use packet tracer network simulator software. You can use any network simulator software or can use a real Cisco devices to follow this guide. There is no difference in output as long as your selected software contains the commands explained in this tutorial.

Create a practice lab as shown in following figure or download this pre-created practice lab and load in packet tracer

If require, you can download the latest as well as earlier version of Packet Tracer from here. Download Packet Tracer

Assign IP address to PCs

Assign IP address 10.0.0.2/8 to PC0.

Repeat same process for PC1 and assign IP address 20.0.0.2/8.

Assign IP address to interfaces of routers

Double click Router0 and click CLI and press Enter key to access the command prompt of Router0.

Two interfaces FastEthernet0/0 and Serial0/0/0 of Router0 are used in this topology. By default interfaces on router are remain administratively down during the start up.

We need to configure IP address and other parameters on interfaces before we could actually use them for routing. Interface mode is used to assign IP address and other parameters. Interface mode can be accessed from global configuration mode. Following commands are used to access the global configuration mode.

From global configuration mode we can enter in interface mode. From there we can configure the interface. Following commands will assign IP address on FastEthernet0/0.

interface fastEthernet 0/0 command is used to enter in interface mode.

ip address 10.0.0.1 255.0.0.0 command will assign IP address to interface.

no shutdown command will bring the interface up.

exit command is used to return in global configuration mode.

Serial interface needs two additional parameters clock rate and bandwidth. Every serial cable has two ends DTE and DCE. These parameters are always configured at DCE end.

We can use show controllers interface command from privilege mode to check the cable's end.

Fourth line of output confirms that DCE end of serial cable is attached. If you see DTE here instead of DCE skip these parameters.

Now we have necessary information let's assign IP address to serial interface.

Wellcraft parts manual parts. Router#configure terminal Command is used to enter in global configuration mode.

Router(config)#interface serial 0/0/0 Command is used to enter in interface mode.

Router(config-if)#ip address 192.168.0.253 255.255.255.252 Command assigns IP address to interface. For serial link we usually use IP address from /30 subnet.

Router(config-if)#clock rate 64000 And Router(config-if)#bandwidth 64 In real life environment these parameters control the data flow between serial links and need to be set at service providers end. In lab environment we need not to worry about these values. We can use these values.

Router(config-if)#no shutdown Command brings interface up.

Router(config-if)#exit Command is used to return in global configuration mode.

We will use same commands to assign IP addresses on interfaces of remaining routers. We need to provided clock rate and bandwidth only on DCE side of serial interface. Following command will assign IP addresses on interface of Router1.

Now we know how to assign IP addresses on interfaces. We will use same commands to assign IP addresses on interfaces of Router2.

Repeat same process for Router3

Great job we have finished our half journey. Now routers have information about the networks that they have on their own interfaces. Routers do not exchange network information between them on their own. We need to implement a mechanism that insists them to share this information. This mechanism is called routing.

There are two types of routing static and dynamic. In this article we will use static method of routing.

Command to configure the static route

We have two commands to configure the static route.

Or

ip route

This is the base command that adds new routes in routing table.

destination_network_#[subnet_mask]

This is the first parameter. It specifies the destination network address. We need to provide subnet mask if we are using sub-network. Sub-networks are the smaller network created from one large network in subnetting. If we are not using sub-network then we can omit the subnet mask value. It will parse automatically.

Huawei Ne40e Manual

IP_address_of_next_hop_neighbor / interface_to_exit

This parameter provides a way to reach the destination network. Both commands use separate way to assign this value. First command provides the IP address of next hop neighbor. It tells router that if it receives a packet for destination [that we set in previous parameter], forward that packet to this next hop neighbor IP address.

Second command also do the same job but in different way. It specifies exit interface instead of next hop IP address. It tells router that if it receives a packet for the destination specified by previous parameter then exits that packet from this interface. Device attached on other end of this interface will take care of the packet.

administrative_distance

Administrative distance is the trustworthiness of route. Route with the lowest AD value will be chosen while forwarding the packet. By default static route has two AD values depending on the previous parameter. If you have used next hop neighbor IP address, then the default AD value will be 1. If you have used exit interface, then the default AD value will be 0. This parameter allows us to create multiple static routes for the same destination. For example we can create primary and backup path for the destination network. To create backup path, we need to set AD value to higher than default, such as 2 or 3. With this configuration router will use primary path. Due to some reason if primary route fails, the router will start using backup route automatically.

permanent

When a route goes down router will remove that from routing table. Permanent parameter will keep this route in routing table even if it goes down. Its optional parameter we can omit it. If we omit it, router will remove this route from routing table if it goes down. You might use this parameter for security reason if you never want packets to take another path.

Now we are familiar with IP route command and its parameters lets implement it in our network.

Configure Static Route

By default when a packet arrives in interface, router checks destination filed in packet and compare it with routing table. If it finds a match for destination network then it will forward that packet from related interface. If it does not find a match in routing table then it will discard that packet. This is the default behavior of router. We do not need to configure directly connected networks.

Run following command from global configuration mode in routers.

This command instructs router that when you receive a packet for 20.0.0.0 network give it to 192.168.0.254. Network 10.0.0.0 is directly connected so we do not need to configure it here.

On this router both networks are reachable via other routers so we need to configure route for both networks 10.0.0.0 and 20.0.0.0.

Same as Router1 again we need configure route for both networks on this router.

Network 20.0.0.0 is directly connected so we only need to configure network 10.0.0.0 on this router.

That's all we need to switch packet from one network to another. To verify the result we can use ping command. Access the command prompt of PC1 and use ping command to test the connectivity from PC0.

Good going we have successfully implemented static routing in our network. For cross check we have uploaded a configured topology. You can use this if you are not getting the same output.

Brochure_Datasheet

Enterprise NE40E Universal Service Router Product Brochure v1.2(20180731).pdf

WAN Interconnection for Large Enterprises Solution (NE Routers).pdf

All-IP Universal Bearer Solution for Power Grids (NE Routers).pdf

All-IP Universal Bearer Solution for Railways (NE Routers).pdf

IPv6 Migration Solution for WAN (NE Router).pdf

IAP Metro Solution (NE Series).pdf

NE40E Series Universal Service Routers Data Sheet.pdf

NE40E Series Switch Fabric Units.pdf

NE40E Series Service Processing Units.pdf

NE40E Series Main Processing Units Data Sheet.pdf

NE40E Series 50G Flexible Card Line Processing Units Data Sheet.pdf

NE40E Series 50G & 20G Integrated Line Processing Units Data Sheet.pdf

NE40E Series 480G Integrated Line Processing Units Data Sheet.pdf

NE40E Series 480G Flexible Card Line Processing Units Data Sheet.pdf

NE40E Series 240G Integrated Line Processing Units Data Sheet.pdf

NE40E Series 240G Flexible Card Line Processing Units Data Sheet.pdf

NE40E Series 200G Integrated Line Processing Units Data Sheet.pdf

NE40E Series 200G Flexible Card Line Processing Units Data Sheet.pdf

NE40E Series 120G Integrated Line Processing Units Data Sheet.pdf

NE40E Series 120G Flexible Card Line Processing Units Data Sheet.pdf

NE40E Standard Reference (V800R008C10).pdf

Product_Solution Description

NE40E-M2 Hardware Description.pdf

NE40E Hardware Description.pdf

Specification List

Ne40e-x8a Manual

NE40E V800R010C10 Specifications List for Channel(20181116).xls

Technical White Paper

Ne40e-x3 Manual

Media Fabric Solution White Paper.pdf

This tutorial explains how to configure static routing step by step in detail including advantage of static routing and disadvantage of static routing. Learn how to enable, configure, manage and delete static route in Cisco router with practical example in packet tracer.

Static routing is the most secure way of routing. It reduces overhead from network resources. In this type of routing we manually add routes in routing table. It is useful where numbers of route are limited. Like other routing methods static routing also has its pros and cons.

Advantage of static routing

• It is easy to implement.
• It is most secure way of routing, since no information is shared with other routers.
• It puts no overhead on resources such as CPU or memory.

Disadvantage of static routing

• It is suitable only for small network.
• If a link fails it cannot reroute the traffic.

To explain static routing, I will use packet tracer network simulator software. You can use any network simulator software or can use a real Cisco devices to follow this guide. There is no difference in output as long as your selected software contains the commands explained in this tutorial.

Create a practice lab as shown in following figure or download this pre-created practice lab and load in packet tracer

If require, you can download the latest as well as earlier version of Packet Tracer from here. Download Packet Tracer

Assign IP address to PCs

Assign IP address 10.0.0.2/8 to PC0.

Repeat same process for PC1 and assign IP address 20.0.0.2/8.

Assign IP address to interfaces of routers

Double click Router0 and click CLI and press Enter key to access the command prompt of Router0.

Two interfaces FastEthernet0/0 and Serial0/0/0 of Router0 are used in this topology. By default interfaces on router are remain administratively down during the start up.

We need to configure IP address and other parameters on interfaces before we could actually use them for routing. Interface mode is used to assign IP address and other parameters. Interface mode can be accessed from global configuration mode. Following commands are used to access the global configuration mode.

From global configuration mode we can enter in interface mode. From there we can configure the interface. Following commands will assign IP address on FastEthernet0/0.

interface fastEthernet 0/0 command is used to enter in interface mode.

ip address 10.0.0.1 255.0.0.0 command will assign IP address to interface.

no shutdown command will bring the interface up.

exit command is used to return in global configuration mode.

Serial interface needs two additional parameters clock rate and bandwidth. Every serial cable has two ends DTE and DCE. These parameters are always configured at DCE end.

We can use show controllers interface command from privilege mode to check the cable's end.

Fourth line of output confirms that DCE end of serial cable is attached. If you see DTE here instead of DCE skip these parameters.

Now we have necessary information let's assign IP address to serial interface.

Wellcraft parts manual parts. Router#configure terminal Command is used to enter in global configuration mode.

Router(config)#interface serial 0/0/0 Command is used to enter in interface mode.

Router(config-if)#ip address 192.168.0.253 255.255.255.252 Command assigns IP address to interface. For serial link we usually use IP address from /30 subnet.

Router(config-if)#clock rate 64000 And Router(config-if)#bandwidth 64 In real life environment these parameters control the data flow between serial links and need to be set at service providers end. In lab environment we need not to worry about these values. We can use these values.

Router(config-if)#no shutdown Command brings interface up.

Router(config-if)#exit Command is used to return in global configuration mode.

We will use same commands to assign IP addresses on interfaces of remaining routers. We need to provided clock rate and bandwidth only on DCE side of serial interface. Following command will assign IP addresses on interface of Router1.

Now we know how to assign IP addresses on interfaces. We will use same commands to assign IP addresses on interfaces of Router2.

Repeat same process for Router3

Great job we have finished our half journey. Now routers have information about the networks that they have on their own interfaces. Routers do not exchange network information between them on their own. We need to implement a mechanism that insists them to share this information. This mechanism is called routing.

There are two types of routing static and dynamic. In this article we will use static method of routing.

Command to configure the static route

We have two commands to configure the static route.

Or

ip route

This is the base command that adds new routes in routing table.

destination_network_#[subnet_mask]

This is the first parameter. It specifies the destination network address. We need to provide subnet mask if we are using sub-network. Sub-networks are the smaller network created from one large network in subnetting. If we are not using sub-network then we can omit the subnet mask value. It will parse automatically.

Huawei Ne40e Manual

IP_address_of_next_hop_neighbor / interface_to_exit

This parameter provides a way to reach the destination network. Both commands use separate way to assign this value. First command provides the IP address of next hop neighbor. It tells router that if it receives a packet for destination [that we set in previous parameter], forward that packet to this next hop neighbor IP address.

Second command also do the same job but in different way. It specifies exit interface instead of next hop IP address. It tells router that if it receives a packet for the destination specified by previous parameter then exits that packet from this interface. Device attached on other end of this interface will take care of the packet.

administrative_distance

Administrative distance is the trustworthiness of route. Route with the lowest AD value will be chosen while forwarding the packet. By default static route has two AD values depending on the previous parameter. If you have used next hop neighbor IP address, then the default AD value will be 1. If you have used exit interface, then the default AD value will be 0. This parameter allows us to create multiple static routes for the same destination. For example we can create primary and backup path for the destination network. To create backup path, we need to set AD value to higher than default, such as 2 or 3. With this configuration router will use primary path. Due to some reason if primary route fails, the router will start using backup route automatically.

permanent

When a route goes down router will remove that from routing table. Permanent parameter will keep this route in routing table even if it goes down. Its optional parameter we can omit it. If we omit it, router will remove this route from routing table if it goes down. You might use this parameter for security reason if you never want packets to take another path.

Now we are familiar with IP route command and its parameters lets implement it in our network.

Configure Static Route

By default when a packet arrives in interface, router checks destination filed in packet and compare it with routing table. If it finds a match for destination network then it will forward that packet from related interface. If it does not find a match in routing table then it will discard that packet. This is the default behavior of router. We do not need to configure directly connected networks.

Run following command from global configuration mode in routers.

This command instructs router that when you receive a packet for 20.0.0.0 network give it to 192.168.0.254. Network 10.0.0.0 is directly connected so we do not need to configure it here.

On this router both networks are reachable via other routers so we need to configure route for both networks 10.0.0.0 and 20.0.0.0.

Same as Router1 again we need configure route for both networks on this router.

Network 20.0.0.0 is directly connected so we only need to configure network 10.0.0.0 on this router.

That's all we need to switch packet from one network to another. To verify the result we can use ping command. Access the command prompt of PC1 and use ping command to test the connectivity from PC0.

Good going we have successfully implemented static routing in our network. For cross check we have uploaded a configured topology. You can use this if you are not getting the same output.

How to Delete Static Route

In static routing we have to manage all routes manually. If any route goes down, we have to remove that manually. Removing a route in static routing is easier than you think. All you need to do is just add a keyword no before the same command that we have used to configure the static route.

no ip route command is used to remove the route from routing table. Following commands will remove the route from their respective routes.

Ne40e-x8a Manual

Configure Default Route

Static routing solves one more network problem. It can redirect all unmatched packets to a certain port. This feature is extremely helpful in several situations. We can set a default route for internet connection or we can implement a security measurement to deal with all matched packet.

By default Routers are configured to drop the packet if destination address is not found in routing table. Default route will override this behavior. If no match for destination network is found in routing table then it would be forwarded to the default route. Thus default route is a way to deal with all unmatched packets.

Following command will set default route

Or

Above command sets destination network to 0.0.0.0/0 that represents all networks. Macpois0n for mac os.

That's all for this article. In next article we will configure dynamic routing.