- #Router on a stick with dedicated dhcp server portable
- #Router on a stick with dedicated dhcp server mac
You need to configure DHCp to comply with management's directive. Other workstations must be offered addresses from the 10.1.0.0/16 scope that are outside of this range.
#Router on a stick with dedicated dhcp server portable
Only the portable machines should be offered addresses from this range. Another hundred portable machines will be purchased within the next three months.įor administrative purposes, management would like all of the new portable machines to obtain IP addresses from the DHCP server in a range from 10.1.2.0 to 10.1.2.255.
#Router on a stick with dedicated dhcp server mac
The machines all have network cards with MAC addresses that begin with 01-15-AB, and these are the only workstations in the company that have that MAC address prefix. The company has purchased a hundred portable machines from one vendor. DHCP1 has a scope that provides IP addresses from the 10.1.0.0/16 network. The main office has a DHCP server named DHCP1. All of your servers run Windows Server 2016. You find that computers on Subnet1 have received IP addresses from the DHCP server, but computers in Subnet2 have not. Computers are able to communicate with workstations on the same subnet. When you arrive for work Monday morning, you receive reports that computers on one subnet cannot communicate with computers on the other subnet. I plan to post my proposed network design in the next couple of days but. The goal is to achieve the best performance possible with the least amount of configuration. You configure all server and scope options. The burning question is whether to use my Layer 3 switches for inter-VLAN routing and DHCP or use the Pfsense router to route between VLANs and to the internet (Router on a Stick). You add the DHCP role to the other server on Subnet1 and configure it with both scopes. When you arrive onsite, you find the DHCP server has suffered a critical failure from which it will not easily recover. Over the weekend, you receive an email alert that the DHCP server went down. To get around this roadblock, you've set up a DHCP server on Subnet1 and a DHCP Relay Agent on Subnet2. The two segments are connected by a single router that is not BootP enabled. I also configure NAT (well actually PAT) on the Cisco router and test network connectivity. Each segment has two servers running Windows Server. I continue building the GNS3 the topology by configuring a router on a stick, creating multiple DHCP pools thus making the Cisco router a DHCP server. Your network has 200 workstations split into two network segments.
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