In FusionCompute, what is the outcome when two network adapters are bound in active/standby mode?

When two network adapters are bound in active/standby mode in FusionCompute, the primary function is to enhance network reliability rather than increase bandwidth. In this setup, only one of the network adapters is actively transmitting data at any given time, while the other adapter remains in standby mode, ready to take over in the event that the active adapter fails.

In this context, the outcome for the transmission rate is closely tied to the characteristics of the actively transmitting adapter. If the active adapter is slower than the standby adapter, the maximum transmission rate will equal that of the slower port. This ensures that all transmitted data is aligned with the capabilities of the currently active connection, and effectively prevents a situation where the faster adapter could overwhelm the network by sending data that the slower adapter cannot process.

Thus, the transmission rate being equal to the slower port accurately reflects the constraints imposed by the active/standby mode. When considering the options, the focus here is on maintaining a stable and reliable connection rather than enhancing overall throughput, aligning directly with the operational principles of active/standby configurations.