A customer needs a server infrastructure update for its Hadoop HBase solution. The HBase maximum dataset size will be 120TB.
To host HBase, the architect is planning three HPE Moonshot 1500 chassis that are fully populated with cartridges. The populated chassis provide the following in total:
135 processors with 4 2.9GHz cares each

4. 32TB RAM

64.8TB local storage on SSDs

Which aspect or the design is under provisioned and is likely to cause performance to be degraded to one- tenth or even one-hundredth of its potential?

An architect proposes an HPE Apollo solution for a customer's environment. The customer needs the ability to have each of the network adapters in the HPE Apollo server connect to separate switches while also allowing them to be bonded for load-balancing.
Which networking feature on the switches will meet the customer's need?

An architect is planning an HPE Moonshot System to host a customer Hadoop MapReduce2 application.
The architect originally proposed the following:
m710 cartridges

HPE 45XGc switches

HPE 4-QSFP+ Uplink Modules

The customer now needs each HPE Moonshot chassis to provide at least 1TB of memory and 40TB or local storage.
Cartridge nodes needs two 10GbE ports each.
What does the architect need to replace in the solution to meet the customer's new requirements?

A customer needs to order an HPE Apollo 2000 chassis and compute trays. The customer's requirements are as follows:
- Four nodes
- SATA SSD storage of 23TB
- HPE Secure Encryption on the storage
Which compute tray should the architect recommend?

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?