An architect is planning an HPE Integrity Superdome X solution. One nPartition will include two HPE BL920s Gen9 blades. After discussions and testing, the architect determines that the nPartition requires more memory than initially planned.
Which approach should the architect recommend to the customer to ensure optimum performance?
Which statement describes the availability metrics for an HPE system’s high availability?
An architect needs to determine whether a customer is ready to move to a software-defined data center
Which additional information should the architect obtain from the customer to verify this?
Which factors must the architect consider to help define an appropriate HPE server solution to meet a customer’s needs?
An architect is planning an HPE Apollo 4530 solution to support the Cloudera distribution of Spark and HDFS.
Each HPE ProLiant XL450 in the solution uses the following baseline recommendations:
- 15 8TB HDDs (120TB total)
- 2 10-core 2.3GHz processors
- 128GB memory (64GB on each processor)
- 2-port 10GbE FlexibleLOM
The architect has planned enough servers to meet the customer's requirements for total capacity.
Which two components in this plan are most likely to cause a bottleneck as an increasing number of Spark applications run?
An architect proposes an HPE Moonshot 1500 chassis with m710p cartridges, an HPE Moonshot 45XGc Switch, and an HPE 4-QSFP+ Uplink Module. The customer informs the architect that each cartridge requires a redundant 10GbE link.
How should the architect change the proposal?
Under which Transformation Area do HPE Moonshot solutions with Citrix fail?
A customer plans to migrate from two fully depreciated high end Relational Database Management System (RDMS) servers, which are out of warranty and still under a support contract. An architect has recommended the customer migrate to four new HPE Superdome X BL920 (2P/18C) blades running Microsoft SQL server.
Which cost statement provides a rationale for the migration?
A customer is considering an object storage solution that will provide optimal rack density and will distribute the data with a very resilience across multiple servers and multiple sites.
Which type of storage architecture should the architect design to provide the most cost-effective solution?