A company runs its SAP Business Suite on SAP HANA systems on AWS. The company's production SAP ERP Central Component (SAP ECC) system uses an x1e.32xlarge (memory optimized) Amazon EC2 instance and is 3.5 TB in size.
Because of expected future growth, the company needs to resize the production system to use a u-* EC2 High Memory instance. The company must resize the system as quickly as possible and must minimize downtime during the resize
activities.
Which solution will meet these requirements?
A. Resize the instance by using the AWS Management Console or the AWS CLI.
B. Create an AMI of the source system Launch a new EC2 High Memory instance that is based on that AMI.
C. Launch a new EC2 High Memory instance. Install and configure SAP HANA on the new instance by using AWS Launch Wizard for SAP. Use SAP HANA system replication to migrate the data to the new instance.
D. Launch a new EC2 High Memory instance. Install and configure SAP HANA on the new instance by using AWS Launch Wizard for SAP. Use SAP HANA backup and restore to back up the source system directly to Amazon S3 and to migrate the data to the new instance.
A company deploys its SAP ERP system on AWS in a highly available configuration across two Availability Zones. The cluster is configured with an overlay IP address and a Network Load Balancer (NLB) to provide access to the SAP application layer to all users. The company's analytics team has created several Operational Data Provisioning (ODP) extractor services for the SAP ERP system.
A highly available ETL system will call the ODP extractor services. The ETL system is hosted on Amazon EC2 instances that are deployed in an analytics VPC in a different AWS account. An SAP solutions architect needs to prevent the ODP extractor services from being used as an attack vector to overload the SAP ERP system.
Which solution will provide the MOST protection for the ODP extractor services?
A. Configure VPC peering between the SAP VPC and the analytics VPC. Use network ACL rules in the SAP VPC to allow traffic to the NLB from only authorized sources: the analytics VPC CIDR block and the SAP end users' network CIDR block.
B. Create a transit gateway in the SAP account. Share the transit gateway with the analytics account. Attach the SAP VPC and the analytics VPC to the transit gateway. Use network ACL rules in the SAP VPC to allow traffic to the NLB from only authorized sources: the analytics VPC CIDR block and the SAP end users' network CIDR block.
C. Configure VPC peering between the SAP VPC and the analytics VPC. Update the NLB security group rules to accept traffic only from authorized sources: the ETL instances CIDR block and the SAP end users' network CIDR block.
D. Create a VPC endpoint service configuration on the SAP VPC. Specify the NLB in the endpoint configuration. In the analytics account, create an IAM role that has permission to create a connection to the endpoint service. Attach the role to the ETL instances. While logged in to the ETL instances, programmatically create an interface endpoint to the NLB. Accept the request to activate the interface connection.
A company wants to migrate a native SAP HANA database to AWS. The database ingests large amounts of data every month, and the size of the database is growing rapidly.
The company needs to store data for 10 years to meet a regulatory requirement. The company uses data from the last 2 years frequently in several reports. This recent data is critical and must be accessed quickly. The data that is 3-6 years
old is used a few times a year and can be accessed in a longer time frame. The data that is more than 6 years old is rarely used and also can be accessed in a longer time frame.
Which combination of steps will meet these requirements? (Choose three.)
A. Keep the frequently accessed data from the last 2 years in a hot tier on an SAP HANA certified Amazon EC2 instance.
B. Move the frequently accessed data from the last 2 years to SAP Information Life Cycle Management (ILM) with SAP IQ.
C. Move the less frequently accessed data that is 3-6 years old to a warm tier on Amazon Elastic File System (Amazon EFS) by using SAP HANA dynamic tiering.
D. Move the less frequently accessed data that is 3-6 years old to a warm tier on Amazon Elastic File System (Amazon EFS) by using data aging.
E. Move the rarely accessed data that is more than 6 years old to a cold tier on Amazon S3 by using SAP Data Hub.
F. Move the rarely accessed data that is more than 6 years old to a cold tier on SAP BW Near Line Storage (NLS) with Apache Hadoop.
An SAP engineer is designing a storage configuration for an SAP S/4HANA production system on AWS. The system will run on an Amazon EC2 instance with a memory size of 2 TB. The SAP HANA sizing report recommends storage of 2,400 GB for data and 512 GB for logs. The system requires 9,000 IOPS for data storage and throughput of 300 MBps for log storage.
Which Amazon Elastic Block Store (Amazon EBS) volume configuration will meet these requirements MOST cost-effectively?
A. For /hana/data, use two 900 GB Provisioned IOPS SSD (io1) EBS volumes that are configured with RAID 0 striping and the required IOPS. For /hana/log, use one 512 GB General Purpose SSD (gp3) EBS volume that is configured with the required throughput.
B. For /hana/data, use one 2,400 GB General Purpose SSD (gp3) EBS volume that is configured with the required IOPS. For /hana/log, use one 512 GB gp3 EBS volume that is configured with the required throughput.
C. For /hana/data use two 1,200 GB Provisioned IOPS SSD (io2) EBS volumes that are configured with RAID 0 striping and the required IOPS. For /hana/log, use one 525 GB io2 EBS volume that is configured with the required throughput.
D. For /hana/data, use two 1,200 GB General Purpose SSD (gp3) EBS volumes that are configured with RAID 0 striping and the required IOPS. For /hana/log, use one 512 GB gp3 EBS volume that is configured with the required throughput.
A company is running SAP on premises and is using hard disk drive (HDD) cost-optimized storage to store SAP HANA archive files. The company directly mounts these disks as local file systems. The company also backs up the archives on
a regular basis.
The company needs to migrate this setup to AWS.
Which solution will meet these requirements MOST cost-effectively?
A. Use General Purpose SSD (gp2) Amazon Elastic Block Store (Amazon EBS) volumes as the archive destination. Use Amazon S3 for backups. Use S3 Glacier for long-term retention of the archives.
B. Use Provisioned IOPS SSD (io1) Amazon Elastic Block Store (Amazon EBS) volumes as the archive destination. Back up the archives to Cold HDD (sc1) EBS volumes.
C. Use Provisioned IOPS SSD (io1) Amazon Elastic Block Store (Amazon EBS) volumes as the archive destination. Use Amazon S3 for backups. Use S3 Glacier for long-term retention of the archives.
D. Use Cold HDD (sc1) Amazon Elastic Block Store (Amazon EBS) volumes as the archive destination. Use Amazon S3 for backups. Use S3 Glacier for long-term retention or the archives.
An SAP consultant is planning a migration of an on-premises SAP landscape to AWS. The landscape includes databases from Oracle, IBM Db2, and Microsoft SQL Server. The system copy procedure accesses the copied data on the destination system to complete the copy.
Which password must the SAP consultant obtain from the source system before the SAP consultant initiates the export or backup?
A. The password of the
B. The password of the SAP* user in client 000
C. The password of the administrator user of the database
D. The password of the DDIC user in client 000
A company recently migrated its SAP workload to AWS. The company's SAP engineer implements SAProuter on an Amazon EC2 instance that runs SUSE Linux Enterprise Server. The EC2 instance is in a public subnet and is an On-
Demand Instance. The SAP engineer performs all the necessary configurations for SAProuter, security groups, and route tables.
The SAProuter system needs to be online and available only when SAP Support is needed. The SAP engineer performs an initial test to validate SAP Support connectivity with SAProuter. The test is successful, and the SAP engineer stops
the EC2 instance.
When an event occurs that causes the company to need SAP Support, the company starts the EC2 instance that hosts SAProuter. After the EC2 instance is running, the SAP Support team cannot establish connectivity with SAProuter. What should the SAP engineer do to permanently resolve this issue?
A. Re-install SAProuter on an EC2 instance in a private subnet. Update the SAProuter configuration with the instance's private IP address. Deploy a managed NAT gateway for AWS. Route SAP connectivity through the NAT gateway.
B. Allocate an Elastic IP address to the EC2 instance that hosts SAProuter. Update the SAP router configuration with the Elastic IP address.
C. Modify the security group that is associated with the EC2 instance that hosts SAProuter to allow access to all ports from the 0.0.0.0/0 CIDR block.
D. Update the SAProuter configuration with the private IP address of the EC2 instance that hosts SAProuter.
A company is evaluating options to migrate its on-premises SAP ERP Central Component (SAP ECC) EHP 8 system to AWS. The company does not want to make any changes to the SAP versions or database versions. The system runs on
SUSE Linux Enterprise Server and SAP HANA 2.0 SPS 05. The existing on-premises system has a 1 TB database.
The company has 1 Gbps or internet bandwidth available for the migration. The company must complete the migration with the least possible downtime and disruption to business.
Which solution will meet these requirements?
A. Install SAP ECC EHP 8 on Amazon EC2 instances. Use the same SAP SID and kernel version that the source system uses. Install SAP HANA on EC2 instances. Use the same version of SAP HANA that the source system uses. Take a full backup of the source SAP HANA database to disk. Copy the backup by using an AWS Storage Gateway Tape Gateway. Restore the backup on the target SAP HANA instance that is running on Amazon EC2.
B. Install SAP ECC EHP 8 on Amazon EC2 instances. Use the same SAP SID and kernel version that the source system uses. Install SAP HANA on EC2 instances. Use the same version of SAP HANA that the source database uses. Establish replication at the source, and register the SAP HANA instance that is running on Amazon EC2 as secondary. After the systems are synchronized, initiate a takeover so that the SAP HANA instance that is running on Amazon EC2 becomes primary. Shut down the on-premises system. Start SAP on the EC2 instances.
C. Install SAP ECC EHP 8 on Amazon EC2 instances. Use the same SAP SID and kernel version that the source system uses. Install SAP HANA on EC2 instances. Use the same version that the source system uses. Take a full offline backup of the source SAP HANA database. Copy the backup to Amazon S3 by using the AWS CLI. Restore the backup on a target SAP HANA instance that runs on Amazon EC2. Start SAP on the EC2 instances.
D. Take an offline SAP Software Provisioning Manager export of the on-premises system. Use an AWS Storage Gateway File Gateway to transfer the export. Import the export on Amazon EC2 instances to create the target SAP system.
A company is running its SAP system on AWS with a secondary SAP HANA database in a sidecar setup. The company requires high IOPS for write performance on its Amazon Elastic Block Store (Amazon EBS) volumes for the secondary SAP HANA database.
The EBS volume that the company uses for its SAP HANA data volume cannot provide the required IOPS. Instance bandwidth for the Amazon EC2 instance that is hosting the SAP HANA database is sufficient. An SAP solutions architect needs to propose a solution to resolve the IOPS performance issue.
Which solution will achieve the required IOPS?
A. Replace the EBS storage with EC2 instance store storage.
B. Create a RAID 0 configuration with several EBS volumes.
C. Use Amazon EC2 Auto Scaling to launch Spot Instances.
D. Create a placement group with several EBS volumes.
A company is preparing a greenfield deployment of SAP S/4HANA on AWS. The company wants to ensure that this new SAP S/4HANA landscape is fully supported by SAP. The company's SAP solutions architect needs to set up a new SAProuter connection directly to SAP from the company's landscape within the VPC.
Which combination of steps must the SAP solutions architect take to accomplish this goal? (Choose three.)
A. Launch the instance that the SAProuter software will be installed on into a private subnet of the VPC. Assign the instance an Elastic IP address.
B. Launch the instance that the SAProuter software will be installed on into a public subnet of the VPC. Assign the VPC an Elastic IP address.
C. Launch the instance that the SAProuter software will be installed on into a public subnet of the VPC. Assign the instance an overlay IP address.
D. Create a specific security group for the SAProuter instance. Configure rules to allow the required inbound and outbound access to the SAP support network. Include a rule that allows inbound traffic to TCP port 3299.
E. Create a specific security group for the SAProuter instance. Configure rules to allow the required inbound and outbound access to the SAP support network. Include a rule that denies inbound traffic to TCP port 3299.
F. Use a Secure Network Communication (SNC) internet connection.
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