Which command creates a simple queue to limit 192.168.88.50/32 to 1 Mbps download and 512 kbps upload?

Which command creates a simple queue to limit 192.168.88.50/32 to 1 Mbps download and 512 kbps upload?

• A. /queue simple add target=192.168.88.50/32 max-limit=1M/512k
• B. /queue simple add target=192.168.88.50/24 max-limit=1M/512k
• C. /queue simple add target=192.168.88.50/32 max-limit=1G/1G
• D. /queue simple add target=192.168.88.50/32 max-limit=1000k

Answer: (A)

In MikroTik’s simple queue, you limit a specific device by setting a target with a /32 mask and a max-limit that has two parts: the download cap and the upload cap. The first number controls how fast data can be sent to the host (download to the host), and the second controls how fast data can be sent from the host (upload from the host). The command that uses 192.168.88.50/32 as the target and sets max-limit to 1M/512k matches the requirement exactly: 1 megabit per second downstream and 512 kilobits per second upstream for that single host. Using a /24 would apply the rule to an entire subnet, not just one device. Using symmetrical limits like 1G/1G would give far more than needed and ignore the required 512k upstream. A single value like 1000k expresses only one limit and would apply the same rate in both directions, not the specified asymmetric down/up limits.

In MikroTik’s simple queue, you limit a specific device by setting a target with a /32 mask and a max-limit that has two parts: the download cap and the upload cap. The first number controls how fast data can be sent to the host (download to the host), and the second controls how fast data can be sent from the host (upload from the host).

The command that uses 192.168.88.50/32 as the target and sets max-limit to 1M/512k matches the requirement exactly: 1 megabit per second downstream and 512 kilobits per second upstream for that single host. Using a /24 would apply the rule to an entire subnet, not just one device. Using symmetrical limits like 1G/1G would give far more than needed and ignore the required 512k upstream. A single value like 1000k expresses only one limit and would apply the same rate in both directions, not the specified asymmetric down/up limits.