Exam Bundle

Amazon EBS: EBS provides persistent block volumes for supported EC2 instance attachments. This does not address the need for An application fleet needs a shared elastic NFS file store without managing its own file server. The appropriate Amazon EFS applies because EFS is a managed elastic shared file system using NFS for Linux-compatible workloads.

Amazon S3 stores objects in buckets via object APIs. This does not address the need for An application fleet needs a shared elastic NFS file store without managing its own file server. The appropriate Amazon EFS applies because EFS is a managed elastic shared file system using NFS for Linux-compatible workloads.

Amazon FSx for Windows File Server: FSx for Windows File Server provides managed Windows-native file sharing over SMB. This does not address the need for An application fleet needs a shared elastic NFS file store without managing its own file server. The appropriate Amazon EFS applies because EFS is a managed elastic shared file system using NFS for Linux-compatible workloads.

Amazon S3 stores objects in buckets via object APIs. That does not meet the requirement: An enterprise application needs managed Windows-compatible shared files and SMB features.

Amazon EFS provides elastic shared NFS file storage. That does not meet the requirement: An enterprise application needs managed Windows-compatible shared files and SMB features.

Amazon EBS: EBS provides persistent block volumes for supported EC2 instance attachments. That does not meet the requirement: An enterprise application needs managed Windows-compatible shared files and SMB features.

Amazon EBS: EBS provides persistent block volumes for supported EC2 instance attachments. This does not address the need for An enterprise application needs managed Windows-compatible shared files and SMB features. The appropriate Amazon FSx for Windows File Server applies because FSx for Windows File Server provides managed Windows-native file sharing over SMB.

Amazon EFS provides elastic shared NFS file storage. This does not address the need for An enterprise application needs managed Windows-compatible shared files and SMB features. The appropriate Amazon FSx for Windows File Server applies because FSx for Windows File Server provides managed Windows-native file sharing over SMB.

Amazon S3 stores objects in buckets via object APIs. This does not address the need for An enterprise application needs managed Windows-compatible shared files and SMB features. The appropriate Amazon FSx for Windows File Server applies because FSx for Windows File Server provides managed Windows-native file sharing over SMB.

Amazon S3 stores objects in buckets via object APIs. That does not meet the requirement: Consider this AWS requirement: A Windows workload requires native NTFS/SMB file-service capabilities in AWS.

Amazon EFS provides elastic shared NFS file storage. That does not meet the requirement: Consider this AWS requirement: A Windows workload requires native NTFS/SMB file-service capabilities in AWS.

Amazon EBS: EBS provides persistent block volumes for supported EC2 instance attachments. That does not meet the requirement: Consider this AWS requirement: A Windows workload requires native NTFS/SMB file-service capabilities in AWS.

Amazon EBS: EBS provides persistent block volumes for supported EC2 instance attachments. This does not address the need for A Windows workload requires native NTFS/SMB file-service capabilities in AWS. The appropriate Amazon FSx for Windows File Server applies because FSx for Windows File Server provides managed Windows-native file sharing over SMB.

Amazon S3 stores objects in buckets via object APIs. This does not address the need for A Windows workload requires native NTFS/SMB file-service capabilities in AWS. The appropriate Amazon FSx for Windows File Server applies because FSx for Windows File Server provides managed Windows-native file sharing over SMB.

Amazon EFS provides elastic shared NFS file storage. This does not address the need for A Windows workload requires native NTFS/SMB file-service capabilities in AWS. The appropriate Amazon FSx for Windows File Server applies because FSx for Windows File Server provides managed Windows-native file sharing over SMB.

S3 One Zone-IA uses a single Availability Zone for infrequently accessed objects. That does not meet the requirement: A compliance team stores rarely read documents and accepts multi-minute to hour retrieval for cost savings.

S3 Standard targets frequently accessed objects with low-latency access and multi-AZ resilience. That does not meet the requirement: A compliance team stores rarely read documents and accepts multi-minute to hour retrieval for cost savings.

Amazon EBS gp3 is SSD-based persistent EC2 block storage. That does not meet the requirement: A compliance team stores rarely read documents and accepts multi-minute to hour retrieval for cost savings.

S3 Standard targets frequently accessed objects with low-latency access and multi-AZ resilience. This does not address the need for A compliance team stores rarely read documents and accepts multi-minute to hour retrieval for cost savings. The appropriate S3 Glacier Flexible Retrieval applies because S3 Glacier Flexible Retrieval is an archival object-storage class with retrieval times longer than online S3 classes.

S3 One Zone-IA uses a single Availability Zone for infrequently accessed objects. This does not address the need for A compliance team stores rarely read documents and accepts multi-minute to hour retrieval for cost savings. The appropriate S3 Glacier Flexible Retrieval applies because S3 Glacier Flexible Retrieval is an archival object-storage class with retrieval times longer than online S3 classes.

Amazon EBS gp3 is SSD-based persistent EC2 block storage. This does not address the need for A compliance team stores rarely read documents and accepts multi-minute to hour retrieval for cost savings. The appropriate S3 Glacier Flexible Retrieval applies because S3 Glacier Flexible Retrieval is an archival object-storage class with retrieval times longer than online S3 classes.

S3 One Zone-IA uses a single Availability Zone for infrequently accessed objects. That does not meet the requirement: A technical reviewer evaluates this need: A historical archive can tolerate retrieval delays in exchange for a lower-cost S3 archive tier.

Amazon EBS gp3 is SSD-based persistent EC2 block storage. That does not meet the requirement: A technical reviewer evaluates this need: A historical archive can tolerate retrieval delays in exchange for a lower-cost S3 archive tier.

S3 Standard targets frequently accessed objects with low-latency access and multi-AZ resilience. That does not meet the requirement: A technical reviewer evaluates this need: A historical archive can tolerate retrieval delays in exchange for a lower-cost S3 archive tier.

Amazon EBS gp3 is SSD-based persistent EC2 block storage. This does not address the need for A historical archive can tolerate retrieval delays in exchange for a lower-cost S3 archive tier. The appropriate S3 Glacier Flexible Retrieval applies because S3 Glacier Flexible Retrieval is an archival object-storage class with retrieval times longer than online S3 classes.

S3 One Zone-IA uses a single Availability Zone for infrequently accessed objects. This does not address the need for A historical archive can tolerate retrieval delays in exchange for a lower-cost S3 archive tier. The appropriate S3 Glacier Flexible Retrieval applies because S3 Glacier Flexible Retrieval is an archival object-storage class with retrieval times longer than online S3 classes.

S3 Standard targets frequently accessed objects with low-latency access and multi-AZ resilience. This does not address the need for A historical archive can tolerate retrieval delays in exchange for a lower-cost S3 archive tier. The appropriate S3 Glacier Flexible Retrieval applies because S3 Glacier Flexible Retrieval is an archival object-storage class with retrieval times longer than online S3 classes.

Amazon EBS: EBS provides persistent block volumes for supported EC2 instance attachments. That does not meet the requirement: A public media site needs objects accessible frequently with low-latency access.

S3 Glacier Deep Archive is designed for very infrequently accessed archive objects with long retrieval times. That does not meet the requirement: A public media site needs objects accessible frequently with low-latency access.

S3 One Zone-IA uses a single Availability Zone for infrequently accessed objects. That does not meet the requirement: A public media site needs objects accessible frequently with low-latency access.

S3 Glacier Deep Archive is designed for very infrequently accessed archive objects with long retrieval times. This does not address the need for A public media site needs objects accessible frequently with low-latency access. The appropriate S3 Standard applies because S3 Standard targets frequently accessed objects with low-latency access and multi-AZ resilience.

Amazon EBS: EBS provides persistent block volumes for supported EC2 instance attachments. This does not address the need for A public media site needs objects accessible frequently with low-latency access. The appropriate S3 Standard applies because S3 Standard targets frequently accessed objects with low-latency access and multi-AZ resilience.

S3 One Zone-IA uses a single Availability Zone for infrequently accessed objects. This does not address the need for A public media site needs objects accessible frequently with low-latency access. The appropriate S3 Standard applies because S3 Standard targets frequently accessed objects with low-latency access and multi-AZ resilience.