Which two SLEs are indicative of DHCP problems?

Which two SLEs are indicative of DHCP problems?

• A. Time to connect and Successful connects
• B. Time to resolve and Packet loss
• C. Throughput and Latency
• D. Connection duration and Signal strength

Answer: (A)

In the context of diagnosing DHCP (Dynamic Host Configuration Protocol) issues, certain Service Level Expectations (SLEs) are particularly relevant. DHCP is responsible for dynamically assigning IP addresses to devices on a network, and any problems in this process can lead to connectivity issues. Selecting "Time to connect" and "Successful connects" as indicative of DHCP problems is appropriate. "Time to connect" reflects how long it takes for a device to successfully obtain an IP address and connect to the network. If this time is excessively long, it may suggest difficulties with the DHCP process, such as delays in responding from the DHCP server or network congestion. In addition, "Successful connects" directly correlates with the effectiveness of the DHCP process. If devices are frequently experiencing unsuccessful connections, it could indicate that they are unable to retrieve an IP address from the DHCP server, which is a clear sign of DHCP issues. The other options involve SLEs that do not specifically relate to the core functions of DHCP. For example, aspects like "Time to resolve" could be more related to DNS (Domain Name System) issues, while "Throughput" and "Latency" pertain more to the overall performance of the network rather than the specific DHCP process. Similarly, "Connection

In the context of diagnosing DHCP (Dynamic Host Configuration Protocol) issues, certain Service Level Expectations (SLEs) are particularly relevant. DHCP is responsible for dynamically assigning IP addresses to devices on a network, and any problems in this process can lead to connectivity issues.

Selecting "Time to connect" and "Successful connects" as indicative of DHCP problems is appropriate. "Time to connect" reflects how long it takes for a device to successfully obtain an IP address and connect to the network. If this time is excessively long, it may suggest difficulties with the DHCP process, such as delays in responding from the DHCP server or network congestion.

In addition, "Successful connects" directly correlates with the effectiveness of the DHCP process. If devices are frequently experiencing unsuccessful connections, it could indicate that they are unable to retrieve an IP address from the DHCP server, which is a clear sign of DHCP issues.

The other options involve SLEs that do not specifically relate to the core functions of DHCP. For example, aspects like "Time to resolve" could be more related to DNS (Domain Name System) issues, while "Throughput" and "Latency" pertain more to the overall performance of the network rather than the specific DHCP process. Similarly, "Connection