switches sw1 and sw2 are directly connected to each other by five fast ethernet links. The five links are aggregated/bundled together to form an ether channel. The traffic going across the ether channel originates from the following client PCs on sw1: PC1, PC2 and PC3. The traffic destination is any of the following two servers on sw2: S1 and S2. Each of the servers hosts a (different) web server. Heavy traffic from all client PCs is experienced on both servers. Which of the following load balancing method(s) (SRC-MAC, SRC-IP, SRC-PORT, DST-MAC, DST-IP, DST-PORT,SRC-DST-MAC, SRC-DST-IP, SRC-DST-PORT) is best configured on the two switches to distribute the client-server traffic/load as equitably as possible across the five Ether channel links? Explain!
Two switches sw1 and sw2 are directly connected to each other by five fast ethernet links. The five links are aggregated/bundled together to form an ether channel. The traffic going across the ether channel originates from the following client PCs on sw1: PC1, PC2 and PC3. The traffic destination is any of the following two servers on sw2: S1 and S2. Each of the servers hosts a (different) web server. Heavy traffic from all client PCs is experienced on both servers. Which of the following load balancing method(s) (SRC-MAC, SRC-IP, SRC-PORT, DST-MAC, DST-IP, DST-PORT,SRC-DST-MAC, SRC-DST-IP, SRC-DST-PORT) is best configured on the two switches to distribute the client-server traffic/load as equitably as possible across the five Ether channel links? Explain!
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