An engineer is tasked to improve throughput for connection-oriented traffic by decreasing round-trip latency Which configuration will achieve this goal?

TCP Optimization intercepts TCP connections at each WAN Edge and applies techniques such as TCP proxy, window scaling, and SYN spoofing to decouple the high-latency WAN segment from the local LAN segment. This reduces effective round-trip latency seen by TCP endpoints, enabling faster window growth and higher throughput for connection-oriented traffic.

Disabling Enhance ECMP Keying affects load-balancing hash inputs across equal-cost paths, but does not directly reduce RTT or improve TCP throughput.

Turning off TCP Optimization would leave TCP connections unoptimized across the WAN, worsening rather than improving throughput under high-latency conditions.

Enhance ECMP Keying improves flow distribution across multiple WAN links, but enabling it does not reduce round-trip latency or improve per-flow TCP throughput.