Coding the Future

Networking Osx Routing Between 2 Nics On 2 Separate Hosts Server

networking Osx Routing Between 2 Nics On 2 Separate Hosts Server Fault
networking Osx Routing Between 2 Nics On 2 Separate Hosts Server Fault

Networking Osx Routing Between 2 Nics On 2 Separate Hosts Server Fault Ultimately these will be connected over a vpn, but for now i am trying to get it working on the same local area network. here is a diagram: the camera, is directly connected to mac 1 via eth2 and the camera has an ip of 192.168.2.50. that nic has an ip of 192.168.2.15; mac 1 also connects to the lan internet with eth1 and it's ip is 192.168.1.147. Ultimately these will be connected over a vpn, but for now i am trying to get it working on the same local area network. here is a diagram: the camera, is directly connected to mac 1 via eth2 and the camera has an ip of 192.168.2.50. that nic has an ip of 192.168.2.15; mac 1 also connects to the lan internet with eth1 and it's ip is 192.168.1.147.

How To Configure Two separate networks With One server Two nics
How To Configure Two separate networks With One server Two nics

How To Configure Two Separate Networks With One Server Two Nics You should set up the following static routes: on 192.168.1.1 router:. 192.168.2.0 24 next hop 192.168.1.2 on 192.168.2.1 router:. 192.168.1.0 24 next hop 192.168.2.2 this way the other computers in those networks send packets to their default gateway (.1), which then uses its static routing table entry to forward the packet to linux box, which then forwards the packet to the other network. Each nic is on a separate subnet. they are directly connected to separate router interfaces on the router (this is a smb router so each interface is configured as a different subnet). so for example on the server i have two nics named below with the appropriate information they need: eth0 192.168.2.2 24 gateway 192.168.2.1 dns 192.168.2.1. If it is then a solution might be: lan subnet 10.0.0.0 8, server 1g ip allocated by dns to say 10.0.0.1 server 10g static 10.0.0.2, and then use dns to provide the server's 1g ip to all devices except the pc, but return the server's 10g ip the pc's 10g nic as its first hop gateway, to the pc. So i have a server with 2 nic cards: nic 1 = city network 10.0.20.15 nic 2 = bus network 172.16.2.2 the city network is the internal business network which also has internet access, so this is configured with a gateway of course. the bus network is a separate private network that only needs communication between the server and static devices on the bus network side. the software on the.

networking Need Help Again On routing Through server With 2 nics
networking Need Help Again On routing Through server With 2 nics

Networking Need Help Again On Routing Through Server With 2 Nics If it is then a solution might be: lan subnet 10.0.0.0 8, server 1g ip allocated by dns to say 10.0.0.1 server 10g static 10.0.0.2, and then use dns to provide the server's 1g ip to all devices except the pc, but return the server's 10g ip the pc's 10g nic as its first hop gateway, to the pc. So i have a server with 2 nic cards: nic 1 = city network 10.0.20.15 nic 2 = bus network 172.16.2.2 the city network is the internal business network which also has internet access, so this is configured with a gateway of course. the bus network is a separate private network that only needs communication between the server and static devices on the bus network side. the software on the. 2 vm's. vm a centos (with two network adapters): external nic bridged with the host machine (we will call this one for simplicity "external a". dhcp enabled. internal nic "internal a". static ip, dhcpd server configured to listen only on that interface. vm b debian (only one network adapter). The two routing tables normally employed are local (routing table 255) and main (routing table 254). these are listed in etc iproute2 rt tables . you can create a new routing table by choosing an unused number (look in etc iproute2 rt tables ) and adding it to etc iproute2 rt tables .

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