How does NSX-T improve application performance?

NSX-T enhances application performance by providing low-latency and optimized network paths for applications. This is primarily achieved through the use of advanced networking technologies, such as overlay networking and distributed routing. With these features, NSX-T enables efficient communication between virtual machines and services, minimizing delays and allowing for quicker data transfer.

The ability of NSX-T to establish optimized paths means that packets can traverse the network more efficiently, effectively reducing the time taken for applications to respond to requests. This is particularly important in environments where high performance and responsiveness are crucial for end-user experience and application functionality. The optimized network architecture also allows for better resource utilization, further enhancing overall performance.

In contrast, increasing the number of physical servers does not inherently improve application performance; instead, it could potentially lead to management complexities. Centralizing application management is about operational efficiency rather than direct performance boosts, and while reducing network traffic can benefit performance, it does not directly address the speed and efficiency of data transfer that NSX-T optimally provides.