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In a data center utilizing a Cisco Application Centric Infrastructure (ACI) model, a network engineer is tasked with designing a scalable architecture that incorporates both leaf and spine switches. The engineer needs to ensure that the design supports a high level of redundancy and low latency for east-west traffic. Given a scenario where the leaf switches are configured to handle 10 Gbps connections to the servers and the spine switches are configured with 40 Gbps connections to the leaf switches, what is the maximum number of servers that can be connected to a single leaf switch if each server requires a dedicated 10 Gbps connection? Additionally, if the leaf switch has a total of 48 ports available, how does this configuration impact the overall network performance and redundancy?
48 servers can be connected to a single leaf switch, ensuring optimal performance and redundancy.
24 servers can be connected to a single leaf switch, limiting redundancy and performance.
32 servers can be connected to a single leaf switch, which may lead to potential bottlenecks.
16 servers can be connected to a single leaf switch, resulting in underutilization of resources.

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