A service provider is using GRE for his transport tunnel on the Nokia 7750 SR. How can traffic be marked as it traverses the service provider's network? (Choose two)
I've got this one! The key is to remember that GRE tunnels operate at the IP layer, so we'll want to use the DSCP bits in the IP packet header to mark the traffic. And since the question mentions Ethernet frames, we can also use the dot1p bits in the 802.1q header. Easy peasy!
I'm a little confused by this one. The question talks about GRE tunnels, but it also mentions Ethernet frames and IP packets. I'm not sure if I should be focusing on the Ethernet layer, the IP layer, or both. I'll need to review my notes on QoS and traffic marking before I answer this.
Okay, let's see. The question is asking about marking traffic as it goes through the service provider's network, and it mentions GRE tunnels. So I'm thinking the DSCP bits and the EXP bits of the MPLS transport label header would be the way to go.
Hmm, I'm a bit unsure about this one. I know we can use the DSCP bits, but I'm not sure about the dot1p bits since the question mentions GRE tunnels on a Nokia 7750 SR. I'll need to think this through carefully.
This question is a classic. B and E are the obvious choices. Although, I have to wonder if the exam writer is a time traveler, throwing in that ATM option just to see if we're paying attention. Maybe they're testing our ability to spot outdated technologies, like floppy disks and dial-up modems.
Easy peasy! B and E are the way to go. I'd be more concerned about the service provider's choice of using GRE on a Nokia 7750 SR. Isn't that like using a flip phone to access the latest social media? But hey, at least they're not using carrier pigeons to transmit data.
Ah, the age-old question of how to mark traffic in a service provider's network. B and E are the clear winners here. I mean, who even uses ATM these days? It's like trying to find a payphone in this digital age.
This is straightforward. I'll choose B and E. The IP precedence bits are outdated, and dot1p is for Ethernet, not IP-based tunnels. As for ATM, I thought that technology was long gone, like the dinosaurs.
Hmm, the correct answers seem to be B and E. I can definitely mark traffic using the DSCP bits and the EXP bits of the MPLS header. Wonder if the exam writer is a Jedi, trying to trick us with the dark side of the force (ATM).
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