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Answer is C ---> Network Transfer Time (NTTn) The measure of network congestion. The amount of time it takes to transfer incoming data from an external server to a local client
Network Transfer Time (NTTn)—The measure of network congestion. The amount of time it takes to transfer incoming data from an external server to a local client.
https://docs.paloaltonetworks.com/prisma/prisma-sd-wan/prisma-sd-wan-admin/get-started-with-prisma-sd-wan/site-summary-dashboard
It is C. https://docs.paloaltonetworks.com/prisma/prisma-sd-wan/prisma-sd-wan-admin/prisma-sd-wan-application-visibility-and-reporting/network-tab/network-activity-charts/app-response-time
Round Trip Time (RTT)—The measure of network latency. RTT is measured only for TCP flows and defined as the time taken between a forward and return related protocol exchange; TCP SYN to SYN-ACK for outbound flows, TCP SYN-ACK to ACK for inbound flows and the time between a data sequence and ACK of that data sequence.
Thus, RTT is measured throughout the life of a flow and not just at the TCP establishment. Measuring RTT throughout the flows life allows the system to account for TCP proxy devices like WAN optimization in the path, providing a more accurate measurement of RTT.
Network Transfer Time (NTTn)—The measure of network congestion. The amount of time it takes to transfer incoming data from an external server to a local client.
C is the correct answer :
Network Transfer Time (NTTn)—The measure of network congestion. The amount of time it takes to transfer incoming data from an external server to a local client.
Correct answer is C. Network Transfer Time (NTTn).
Network Transfer Time (NTTn) —The measure of network congestion. The amount of time it takes to transfer incoming data from an external server to a local client.
Round Trip Time (RTT) —The measure of network latency. RTT is measured only for TCP flows and defined as the time taken between a forward and return related protocol exchange; TCP SYN to SYN-ACK for outbound flows, TCP SYN-ACK to ACK for inbound flows and the time between a data sequence and ACK of that data sequence.
Thus, RTT is measured throughout the life of a flow and not just at the TCP establishment. Measuring RTT throughout the flows life allows the system to account for TCP proxy devices like WAN optimization in the path, providing a more accurate measurement of RTT.
I believe the answer is C.
https://docs.paloaltonetworks.com/prisma/prisma-sd-wan/prisma-sd-wan-admin/prisma-sd-wan-application-visibility-and-reporting/network-tab/network-activity-charts/app-response-time
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