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NO.1 Storage DRS can be enabled and can balance I/O levels based on
A. real-time stats
B. historical stats
Answer: B
Explanation:
Storage DRS can balance I/O by using storage vMotion. This would be based on historical values for
a period of time. Storage DRS would make decisions based on these figures. If the system were
using realtime stats, the machines could potentially migrate a lot more. This could have an effect on
the latency figures for some systems. The larger historical sampling in storage DRS allows the system
to make a decision with limited risk of impacting I/O-unlike moving a virtual machine over and over
again. Chapter 4, Storage Design - The Logical & Physical Approaches
NO.2 You are the technical designer for a vSphere platform transformation project. After conducting
SME interviews and using various platform information-gathering methods, you have created a
high-level design document. This document specifies the following: Requirements: R1. The solution
must not have a single point of failure. R2. Production applications must not have an outage of
more than 10 seconds. R3. Data must be based in the UK. R4. There is a 7-year retention policy for
contracts. R5. Applications should support existing and developing workloads for the next 3 years'
growth. Spec of servers: Web 1 vCPU, 2 GB RAM, 100 GB storage App 1 vCPU, 4 GB RAM, 100 Gb
storage DB 2 vCPU, 16 GB RAM, 750 Gb storage At a late stage in the software development life
cycle of a production application developed in- house, an unfortunate issue was identified when the
application was deployed to the production vSphere cluster. The production core stacked switch has
capacity issues, and this is having a serious impact on all applications for which the switch is
providing network services. Within the test system, the application works as intended in the single
test VLAN and with a single-host configuration. Which of the following could be tried to help in this
situation, from a vSphere perspective? (Choose two)
A. Redevelop the application for a virtual platform
B. Place the application into a single-vApp network
C. Add DRS rules to keep network traffic within the same host, where possible
D. Configure network I/O control
Answer: B,D
Explanation:
If you limit the application traffic to a specific dedicated network (that is, a separate VLAN) and
using enforced DRS affinity rules, the application traffic will not traverse the ESXi host's physical
network interfaces. This will ensure that the impact of the application is minimized, while also
ensuring that the application itself is not limited. The application servers already have vCPU settings.
This suggests that the system has already being virtualized in both types of environments. Network
I/O control could be useful in the event of contention, but the role of a designer would be to plan to
prevent contention where possible;
other options would be more beneficial.
In addition, Requirement 5 specifies that the system should work with workloads over the next 3
years. Network I/O control would suggest contention very early in the platform history. Chapter 4,
NetWork - Logical and Physical Design to allow applications to flow