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Answer: Use Amazon FSx for Windows File Server on AWS, transferring on-premises data and reconfiguring workloads for FSx access.
Option A is the correct answer: Deploy and configure Amazon FSx for Windows File Server on AWS, moving the on-premises file data to FSx and reconfiguring workloads to use FSx for Windows File Server on AWS. This solution meets the requirement for both AWS and on-premises storage access with minimal latency, keeps operational overhead low, and does not require significant changes to existing file access patterns. FSx for Windows File Server is specifically designed to support Windows-based applications and file storage, making it an optimal choice for migrating Windows workloads to AWS.
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A company with over 5TB of data on Windows servers is migrating Windows workloads to AWS, requiring low-latency access to both AWS and on-premises storage without altering file access patterns. What is the best solution for a solutions architect to implement, given the use of an AWS Site-to-Site VPN for connectivity?
A
Use Amazon FSx for Windows File Server on AWS, transferring on-premises data and reconfiguring workloads for FSx access.
B
Implement an Amazon S3 File Gateway on-premises, transferring data to the gateway and reconfiguring both on-premises and cloud workloads for access.
C
Set up an Amazon S3 File Gateway on-premises, moving data to S3, and reconfiguring workloads for direct S3 or gateway access based on location.
D
Deploy Amazon FSx for Windows File Server on AWS and an FSx File Gateway on-premises, transferring data to the gateway, and configuring workloads for FSx access on AWS and the gateway on-premises.