How to add route in windows server 2003

Check the IP address table for the machine. Saturday, December 19, PM. You need extra routing, but not on the clients or on the server. The problem is at the gateway router. All machines in the When they try to send data to You need to add a static route to this router to forward traffic for If you can't do that, you will need to add this static route to every machine in Sorry so late getting back Bill.

Thanks for taking the time to reply. So, if I understand you, I would add a route to each of the workstations that needs to access the cameras from the I have set up at our office another server running Server Standard Edition. I have the server IP set to the same as above My office LAN subnet is I can't ping the workstation from the router. Am I missing something??? Thursday, January 7, PM. No, you have it backwards.

You do not need any routes to get the traffic to the cameras. That will happen by default. You do need extra routing to get the replies back from the cameras. The routing must be added in the subnet where the cameras are, not where you are sending it from. Friday, January 8, AM. DHCP to all workstations. Ethernet switch SW-1 uplinked to 1 port of office router. Router 3 upliked to SW 2 XXX Subnet If I have understood your last email, in router 3?

Thanks a million Bill! Wednesday, January 13, PM. Also, RIP provides for triggered updates in addition to broadcast updates. These triggered updates occur when a router detects a network change, such as an interface going down. The router then broadcasts the change to adjacent routers, which modify their routing tables accordingly. When the interface comes back up, the router that recognizes the change broadcasts a triggered update to adjacent routers, which again modify their routing tables to accommodate the change.

Windows Server supports RIP version 1 and version 2. RIP v2 provides additional features over RIP v1, such as authentication for security and route filtering. OSPF was developed to address the needs of large networks, such as the Internet. The LSA contains information about a router, its connected networks, and configured costs. The cost is similar to a route metric discussed earlier, in that it defines the relative cost of using the route. OSPF uses an algorithm to calculate the shortest path for routing based on the information contained in its LDB, making it a very efficient means of routing.

Adjacent routers recalculate and synchronize their LDBs as network changes occur, such as network interfaces going down or coming online.

Where network size is a factor, however, OSPF is the better choice. Another important aspect to understand about routing is the difference between unicast routing and multicast routing. In unicast routing, a packet is sent from one node to only one other node, as illustrated in Figure B.

This is the most common type of routing and the one you use every time you open a Web browser and browse an Internet site, retrieve your e-mail, move a file with ftp, and perform most other common IP-based network tasks. In multicast routing, however, traffic is broadcast from one node to many nodes, as illustrated in Figure C. Multicasting is most commonly used for audio and video conferencing, enabling packets to be efficiently transmitted to multiple clients from a single host.

Without multicasting, the packets would have to be transmitted multiple times to each client, generating a considerably larger amount of network traffic and imposing more overhead on the server. Plus, as you can imagine, conferencing would be difficult to set up without multicasting, as the conferencing server would need to be preconfigured with the list of all participants.

With multicasting, the participants simply listen on a designated multicasting address, which can be allocated by a DHCP server to automate configuration. Setup installs RRAS by default, so you only need to enable and configure the server according to your routing needs. In the wizard, select the option to configure a network router. The wizard prompts you for the following information:. In addition to configuring the router through the wizard, you also can enable routing manually.

Right-click the server and choose Properties. Then click OK. By default, Windows Server uses the first interface to process routing tasks on that interface, and on interfaces with only one address, no configuration is needed. Click General and, in the right pane, right-click the interface you want to modify and choose Properties. Use the Configuration page to set the IP address, subnet mask, and default gateway if needed for the interface. To set the metric for the interface, click Advanced.

At this point, I assume you have the server enabled for routing and have configured the desired address on each interface. Figure D shows our sample network structure.

As Figure D illustrates, router B resides on subnets To rename the interfaces, open the Network And Dial-Up Connections folder, right-click an interface, and choose Rename. To resolve this you will need administrator access to the system. Go to the start menu and when you type cmd right click on the cmd.

This opens a CMD prompt with more privileges. For any further help you can use the built in help the route command provides. Simply type route and hit enter. Check out this article for more cool Windows CLI commands. First start by opening a CMD prompt by going to start then typing cmd. If this is used in conjunction with one of the commands, the tables are cleared prior to running the command.