HP
Code: HP0-Y45
Exam Name: Architecting HP
Network Solutions
Question: 1
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Virtual Connect Flex-10 technology can divide a single
10GbE port into how many individual network connections?
A. 2
B. 4
C. 5
D. 10
Answer: B
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Explanation:
HP Virtual Connect (VC) Flex-10 technology is a
hardware-based solution that lets you split a 10 Gb/s server network connection
into four variable partitions.
Reference: HP Virtual Connect Flex-10 technology:
Convergence with FlexFabric components
http://h20000.www2.hp.com/bc/docs/support/SupportManual/c01608922/c01608922.pdf
(page 2)
Question: 2
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A network architect is planning an HP MultiService
Mobility for a customer. The solution is intended to provide wireless access
for employees various branch locations. The solution includes two MSM760
Premium Mobility Controllers, which are deployed at the main office, and 60 MSM
460 Access Points (APs), which are deployed at branches (three at each branch).
The network architect is controlling information about
the branch routers and firewalls. What is the one reason that the architect
needs this information?
A. To determine whether to add bandwidth to the WAN link
because wireless traffic must be tunneled to the controller regardless of its
ultimate destination.
B. To determine whether the branch routers support the
type of tunnel that is required to connect the MSM APs to the controller.
C. To determine whether the managers needs to open ports
on the branch firewalls to allow communications between the APs and the MSM
Controller.
D. To determine whether the branch routers need to
provide a virtual private gateway (VPN) solution to secure the wireless
traffic.
Answer: A
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Question: 3
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Which switch is best suited to act at the edge of a
medium to large HP FlexFabric solution?
A. 10500
B. 5500
C. 9500
D. 5830
Answer: D
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Explanation:
D: The HP 5830AF Switch Series is a family of
high-density 1 GbE top-of-rack data center and campus switches that are a part
of the HP FlexFabric solution module of the HP FlexNetwork architecture. The
two models, the 5830AF-48G and 5830AF-96G switches, are ideally suited for
deployments at the server access layer in medium-sized and large enterprise
data centers and campus networks.
Note: 5830 switches are typically in the edge, not the
core.
Note 2: Flatten the network with Intelligent Resilient
Framework
Intelligent Resilient Framework (IRF) overcomes the
limitations of legacy spanning tree designs by providing rapid failover for
delay-sensitive, mission-critical applications and dramatically improving
network utilization and performance in the network core.
By deploying IRF in conjunction with highly-scalable
12500 switches in the core and 5830 GbE and 5820 10 GbE series switches in the
access layer - IT can completely eliminate the requirement for a dedicated aggr
egation layer as they scale-out data centers, and enjoy the benefits of large
Layer 2 domains with increased network uptime and simplified management.
IRF is an innovative HP switch platform virtualization
technology that allows customers to dramatically simplify the design and
operations of their data center and campus Ethernet networks.
Question: 4
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A network architect is planning the products that will
interconnect a main site campus LAN, Branches, and data center (located at the
different site from the main campus). Which customer requirement would cause
the network architect to change HP enterprise-class modular routers as opposed
to deep-buffer 10G routing switches for this solution?
A. The need for a fully redundant solution with two
devices as a team
B. The need for thousands of routers in the routing table
C. The need for high speed routing
D. The need for WAN connections that use T3/E3/J3
Answer: D
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Question: 5
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Refer to the exhibit.
A network architect has designed the topology in the
exhibit. The Gigabit links between layer and the core uses OM3 grade multi-mode
fiber between 100m and 150m long.
The solution is for an enterprise customer whose
employees use mostly HTTP-based application and have medium utilization needs.
What should the network architect do to resolve a
potential issue?
A. Replace the modular switches at the access layer with switches
that support stacked meshing.
B. Add more bandwidth between each pair of distribution
layer switches and the core switches.
C. Add more links between each modular switch at the
access layer and its distribution layer switch.
D. Remove the distribution layer since it is not needed
on this environment.
Answer: A
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