Which feature tests throughput between two MikroTik devices?

Which feature tests throughput between two MikroTik devices?

• A. Traceroute
• B. Torch
• C. Bandwidth Test
• D. Packet Sniffer

Answer: (C)

Measuring how much data can be transferred between two MikroTik devices is about testing throughput between endpoints. The Bandwidth Test tool is built for that purpose: it actively generates a data stream between a server on one device and a client on the other, then reports the actual throughput achieved (usually in Mbps). You can choose TCP or UDP to see different transport behaviors, and you can adjust duration and test parameters to get a clear picture of the link’s capacity. Traceroute only reveals the path and delays along the route; it doesn’t quantify sustained data transfer between two devices. Torch shows live per-flow traffic on an interface, which is helpful for monitoring, but it isn’t a controlled, end-to-end throughput measurement tool. Packet Sniffer captures packets for inspection, not for measuring the throughput between two endpoints.

Measuring how much data can be transferred between two MikroTik devices is about testing throughput between endpoints. The Bandwidth Test tool is built for that purpose: it actively generates a data stream between a server on one device and a client on the other, then reports the actual throughput achieved (usually in Mbps). You can choose TCP or UDP to see different transport behaviors, and you can adjust duration and test parameters to get a clear picture of the link’s capacity.

Traceroute only reveals the path and delays along the route; it doesn’t quantify sustained data transfer between two devices. Torch shows live per-flow traffic on an interface, which is helpful for monitoring, but it isn’t a controlled, end-to-end throughput measurement tool. Packet Sniffer captures packets for inspection, not for measuring the throughput between two endpoints.