4 port 10gb switch

1. Configure www.2cto.com for the HP Server1. Start> Control Panel> HP Network 2. Select two NICs and click Team3. Click Properties 4. Start with switch 5. Server Load balancer, select Auto www.2cto.com 2. Configure the H3C switch www.2cto.com[DeviceA] vlan 10[DeviceA-vlan10] port gigabitEthernet 1/0/1[DeviceA-vlan10]

-c100000,200000}Note: The definition service is: The max_check_attempts parameter is recommended to be modified to 6 (default is 4), because this plug-in must run at least 3 to 4 times or more to be normal, read the data once and record in the temporary file, as follows:650) this.width=650; "src=" Http://s5.51cto.com/wyfs02/M02/7F/44/wKioL1cYaiLROoWTAAEACZkTARQ563.png "title=" 1.png " alt= "Wkiol1cyailroowt

Solution to the error "err-disable" on the switch port Instance: We pulled an MSTP line from the customer's IDC room. After connecting to the Cisco 3750x, the port lights will not light up, and the port will not light up after it is changed, the error "err-disable" is reported because the client has a loop. Fault sympt

can also be carried out by traditional routers and second-layer switches to some extent, compared with the three-layer switch, not only does it require more device configurations, more space, more wiring, and higher costs, but also significantly lower data transmission performance, because in massive data transmission, the router in the carrying solution cannot overcome the bottleneck of the route transmission rate. Apparently, both layer-2 and layer

some routers. That is, the switch solution of the layer-3 switch is actually a solution that supports multi-layer dynamic integration, although this multi-layer dynamic integration function can also be carried out by traditional routers and Layer 2 switches to some extent, this solution is compared with the use of Layer 3 switches. Not only does it require more device configurations, more space, more wirin

streams from the same information source enter the vswitch again, the vswitch will directly transfer the source address to the destination address from the second layer based on the address ing table generated and saved for the first time, instead of being processed by the third route system, this improves the data packet forwarding efficiency and solves the speed bottleneck of traditional routers when information is transmitted between VLAN subnets. The layer-

function can also be carried out by traditional routers and second-layer switches to some extent, compared with the three-layer switch, not only does it require more device configurations, more space, more wiring, and higher costs, but also significantly lower data transmission performance, because in massive data transmission, the router in the carrying solution cannot overcome the bottleneck of the route transmission rate. Apparently, both layer-2

network device as a software network management system. In other words, it is a type of software technology-oriented, network Management switching device supplemented by hardware technology. The layer-4 switch supports all protocols below the layer-4 of TCP/UDP, such as HTTP, FTP, Telnet, and SSL. It can recognize the packet header length of at least 80 bytes, t

more device configurations, more space, more wiring, and higher costs, but also significantly lower data transmission performance, because in massive data transmission, the router in the carrying solution cannot overcome the bottleneck of the route transmission rate. Apparently, both layer-2 and layer-3 switches are end-to-end exchange processes based on port addresses. Although this vswitch technology is based on MAC addresses and IP addresses, it c

The layer-4 switch actually adds the ability to identify the layer-4 protocol port in the layer-3 Switch, meeting more user needs and improving the performance. In recent years, with the popularization of G, 1g, or even 10g LAN. The wide application of Broadband LAN and even

of software technology-oriented, network Management switching device supplemented by hardware technology. The layer-4 switch supports all protocols below the layer-4 of TCP/UDP, such as HTTP, FTP, Telnet, and SSL. It can recognize the packet header length of at least 80 bytes, the application types of data packets can be distinguished based on the TCP/UDP

on the address ing table generated and saved for the first time, instead of being processed by the third route system, this improves the data packet forwarding efficiency and solves the speed bottleneck of traditional routers when information is transmitted between VLAN subnets. The layer-4 switch not only performs end-to-end switching, but also determines or limits the switching traffic based on the Appli

streams from the same information source enter the vswitch again, the vswitch will directly transfer the source address to the destination address from the second layer based on the address ing table generated and saved for the first time, instead of being processed by the third route system, this improves the data packet forwarding efficiency and solves the speed bottleneck of traditional routers when information is transmitted between VLAN subnets. The layer-

Service improvements. I. What is Layer 4 switch technology? A simple definition of layer-4 switch is: it is a function, so it is not so much a hardware network device as a software network management system, in other words, it is a kind of network management and exchange equipment that focuses on software technology a

is: it is a function, so it is not so much a hardware network device as a software network management system, in other words, it is a kind of network management and exchange equipment that focuses on software technology and supplemented by hardware technology. It decides that the transmission is not only based on the Layer 2 Bridge of the MAC address) or the Layer 3 route of the source/Target IP address), but also based on the layer 4 of TCP/UDP) app

-UPDOWN: line protocol on interface fastethernet0/1, changed state to down % LINEPROTO-5-UPDOWN: Line protocol on interface fastethernet0/1, changed state to upswitch (config-If )# 3. Configure VLAN 2 and VLAN 3 on the layer-3 switch, and route Port 2 and Port 3 to VLAN 2 and VLAN 3 respectively; Switch> enswitch #

you configure the member device with a smaller member number as the Master. 3. IRF topology of the core area 4. core switch IRF interconnection port 5 core switch plan vswitch 1/2/3/4 IRF ports all use 10-Gigabit ports to establish a neighbor relationship, BFD detection use