The DHCP server assists network administrators and makes their jobs easier!

Networks have become highly complicated. The number of devices requesting connection has skyrocketed. As a result, managing and maintaining network resources is extremely difficult.

What essentially is a DHCP server?

Automatic distribution and assignment of IP addresses, default gateways, and other network characteristics to client devices are performed by a DHCP server, a type of network server. It uses the widely used Dynamic Host Configuration Protocol or DHCP to reply to client broadcast requests.

What is the difference between DNS and DHCP?

Since the early 1990s, DHCP servers have made networking easier by enabling IT administrators to allocate IP addresses automatically. As a result, it’s no longer necessary to manually assign static IP addresses to network devices. And as the Internet switches from IPv4 to IPv6, DHCP servers continue to support this procedure.

Why do I need to implement a DHCP server?

• IP address management, provision, monitoring, and renewal will all be dynamic, automated processes. After you configure your preferences on the DHCP server, the operation will continue without the need for ongoing oversight.
• Automation reduces mistakes. To connect to the network and function properly, a specific IP address is required for each device (computer, smartphone, etc.). Different devices cannot use the same IP address simultaneously. The link will break down. Checking and renewing leases are required. The need to modify endpoints, etc. Even the most organized administrators may become too overwhelmed to do this manually. They are quickly surpassed by high demand, which might lead to mistakes. DHCP is a reliable way to get around this.
• Configuration, modification, and upgrading are quite straightforward. Everything will function properly, thanks to the propagation and saving of your settings.

Why not only have and use a router?

If your network is small enough, you can let routers or other networking hardware handle the Dynamic Host Configuration Protocol. There are some factors you must take into account, though.

Most importantly, managing a single DHCP server is more straightforward than a group of independent servers spread over a network. You have more flexibility and better network visibility as a result.

Furthermore, a DHCP server is a safer choice, provided its architecture guarantees high availability. If a node fails, the other can take over right away with little to no impact on the clients.

Conclusion

DHCP is a fundamental technology that underpins this digital era. It appoints the IP address, subnet mask details, default gateway, and so on to the IP host, enabling them to relay data between different destinations on the internet. Although it was initially designed in 1993, it is still a crucial protocol that is regularly updated for IPv4, IPv6, and the next generations of Internet Protocols.