Test HQT-4160 Guide, HQT-4160 Exam Answers

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Hitachi HQT-4160 Exam Syllabus Topics:

Section	Weight	Objectives
Topic 1: Installation Procedures	30%	- Cabling and Connectivity - System Initialization - Physical Installation
Topic 2: Configuration and Setup	20%	- RAID Configuration - Storage Navigator Setup - LUN Provisioning
Topic 3: Hitachi Vantara VSP 5000 Series Overview	20%	- Key Features - System Specifications - Hardware Architecture
Topic 4: Validation and Troubleshooting	10%	- Common Issues and Resolutions - Post-Installation Checks
Topic 5: Pre-Installation Requirements	20%	- Hardware Components Checklist - Site Planning - Power and Cooling Requirements

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Hitachi Vantara Qualified Professional - VSP 5000 Series Installation Sample Questions (Q37-Q42):

NEW QUESTION # 37
Which statement is correct regarding the Interconnect Switches (ISWs) on VSP 5000 systems?

A. ISWs are switches that provide redundancy for data path and they are only used when the number of CBX pairs is higher than two.
B. ISWs are standalone, optional switches than can be used for both network and data path.
C. ISWs are switches that route data between nodes and they are located on each controller of the node.
D. ISWs are switches that route data between nodes using Hitachi Interconnect Edge and X-Path cables, and they are located on the Hitachi Service and Network Boxes (HSNBXs).

Answer: B

Explanation:
The Interconnect Switches on a VSP 5000 are delivered as standalone 1 U switch chassis that house both the PCIe "interconnect" modules (for routing data between controller nodes) and an Ethernet switch (for management/network traffic), so they serve both network and data-path roles.

NEW QUESTION # 38
A customer wants to upgrade a diskless VSP 5100 to a VSP 5500. Which three types of components will be added during the upgrade? (Choose three.)

A. Channel Boards (CHBs)
B. Hitachi Interconnect Edges (HIEs)
C. Hitachi Service and Network Box (HSNBX)
D. Controllers (CTLs)
E. Interconnect Switches (ISWs)

Answer: A,D,E

Explanation:
Controllers (CTLs)
Upgrading from a two-controller (2N) VSP 5100 to a four-controller (4N) VSP 5500 requires adding two additional controller blades, doubling the total from two to four to deliver the higher I/O and cache capacity of the 5500.
Interconnect Switches (ISWs)
The VSP 5500 introduces external PCIe "node interconnect switches" - 1 U switch chassis that provide the high-speed fabric and management links between controller pairs. These ISW modules must be added to interconnect the expanded controller set in a 4-node configuration.
Channel Boards (CHBs)
Each new controller requires its own set of front-end channel boards for host connectivity. When you add two controllers, you also add their associated CHBs (FC, iSCSI, FICON, etc.) to furnish the additional host ports on the VSP 5500.

NEW QUESTION # 39
A VSP 5500 system is installed with a pair of Controller Boxes (CBXs). How many LAN cables are needed to attach controllers to the switch/HUB located on the Hitachi Service and Network Box-0 (HSNBX-0)?

A. 0
B. 1
C. 2
D. 3

Answer: B

Explanation:
Only the "LAN board 1" management ports on each of the two controllers in CBX-0 connect to the switch/hub in HSNBX-0 - one cable per controller - for a total of two LAN cables.

NEW QUESTION # 40
Which three ISO files are part of the Microcode Kit for the VSP 5000 series? (Choose three.)

A. Open Source Software (OSS)
B. Documents and Programs (DP)
C. Custom Tools (CT)
D. Maintenance PC (MPC)
E. Microcode (R9)

Answer: A,B,E

Explanation:
Documents and Programs (DP)
This ISO contains the necessary documentation and utility programs required for microcode installation and maintenance.
Microcode (R9)
This ISO provides the actual microcode (firmware) that is installed onto the VSP 5000 series hardware.
Open Source Software (OSS)
This ISO includes open source software components required by the system or referenced during installation.

NEW QUESTION # 41
Which tool is used for part replacement in a VSP 5000 system?

A. Maintenance Utility
B. Storage Navigator
C. Hi-Track
D. Web Console

Answer: A

Explanation:
The Maintenance Utility is the designated tool for performing part replacement operations in a VSP 5000 system. It provides the necessary procedures to safely block, replace, and unblock hardware components.

NEW QUESTION # 42
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