Study 800-150 Plan & 800-150 Exam Lab Questions

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Cisco 800-150 Exam Syllabus Topics:

Topic	Details
Topic 1	Cisco Software: This section of the exam measures the skills of a Network Engineer and discusses Cisco’s software systems and licensing. It explains the difference between IOS install and bundle modes and gives an overview of different licensing models. Students learn how to manage Cisco software images, including backing up, transferring, and installing images via FTP, TFTP, or USB. It also covers how to handle configuration files to keep devices running properly and ensure smooth upgrades or replacements.
Topic 2	Networking Foundations: This section of the exam measures the skills of a Network Engineer and covers the basic building blocks of computer networking. It explains different types of networks like local area networks and wireless networks, and introduces lightweight wireless LANs. It describes the layers of communication models like the OSI model and TCP IP stack, and explains how data moves across networks. It also discusses the physical cabling used in networks, such as Ethernet and fiber optics. Students will learn about network switching, IP addressing, subnetting, and routing at Layer 3. The section also introduces Cisco’s campus network devices, data center switches, UCS servers, and collaboration devices, describing their roles and functions in the network.
Topic 3	Common Service Tasks and Tools: This section of the exam measures the skills of a Technical Support Engineer and focuses on tasks commonly needed to manage Cisco devices. It explains how devices boot up, introduces common Cisco IOS commands, and identifies tools for file management. It shows how to confirm physical connections, remotely access devices, and connect to the console port. It also covers how to capture the status of a device, recover passwords, and replace devices by using proper tools. Students are also taught how to find serial numbers on Cisco equipment to assist with support and maintenance activities.
Topic 4	Cisco UCS and Data Center Architecture: This section of the exam measures the skills of a Data Center Engineer and introduces Cisco’s UCS and data center solutions. It explains the devices found in a data center, including switches, UCS servers, and director switches, and describes different server deployment models. Students will also learn about virtualization components like virtual machines, hypervisors, cloud computing concepts, and deployment models. The section covers how Cisco UCS devices fit into campus networks, edge locations, and data centers, and explains the key components and connections used in UCS architecture.
Topic 5	Cisco Infrastructure and Collaboration Infrastructure: This section of the exam measures the skills of a Collaboration Engineer and focuses on Cisco infrastructure devices, endpoints, and collaboration technologies. It introduces network devices, collaboration endpoints like IP phones and video systems, and explains on-premises collaboration deployments using tools like Cisco Unified Communications Manager. It also covers how video systems integrate into collaboration environments and highlights Cisco’s cloud services for enterprise communication, including Webex Meetings, Webex Teams, and hosted collaboration solutions.

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Cisco Supporting Cisco Devices for Field Technicians Sample Questions (Q72-Q77):

NEW QUESTION # 72

Refer to the exhibit. Drag and drop the functions from the left onto the corresponding devices on the right.

Answer:

Explanation:

NEW QUESTION # 73
What is the recommended resistance value range to ensure proper grounding when using an antistatic strap to perform work on electrical components?

A. Between 0.1 and 1 megaohms
B. Between 1 and 10 megaohms
C. Between 100 and 1000 megaohms
D. Between 10 and 100 megaohms

Answer: B

Explanation:
The ideal resistance range for ESD wrist straps is between 1 and 10 megaohms. This range is sufficient to safely discharge static electricity from the technician to ground, while not allowing an abrupt discharge that could damage sensitive electronic components.
Values below 1 megaohm may result in a rapid discharge, risking damage.
Values above 10 megaohms may not discharge static efficiently enough.

NEW QUESTION # 74
Drag and drop the virtualized data center components from the left onto the corresponding descriptions on the right.

Answer:

Explanation:

Explanation:

In theFLDTEC curriculum, Cisco emphasizes understanding of virtualized components in enterprise networks and UCS environments:
Virtual Switch- Operates within a hypervisor, replicates L2 behavior for inter-VM and external connectivity.
Type 1 Hypervisor- Also called "bare-metal," examples include VMware ESXi and Microsoft Hyper-V Core; optimized for data center performance.
Virtual Machine (VM)- A logical instance of a system that runs its own OS and apps, powered by virtualized CPU, RAM, and storage.
Type 2 Hypervisor- Runs atop an existing OS (e.g., VMware Workstation, VirtualBox), ideal for labs and dev/testing.
Mastering these definitions supports field technicians inUCS deployments, virtualization troubleshooting, and remote infrastructure diagnostics.

NEW QUESTION # 75
Why is it important to verify the update status after the initial upgrade process when upgrading firmware on a Cisco UCS C-Series server using the Host UpgradeUtility?

A. To activate the new licenses associated with the firmware
B. To generate a report for compliance documentation
C. To ensure compatibility with third-party applications
D. To confirm that all intended components were successfully updated

Answer: D

Explanation:
After upgrading the firmware on aCisco UCS C-Series serverusing theHost Upgrade Utility (HUU), it is critical toverify the update statusto ensure thatall targeted components(such as BIOS, CIMC, and RAID controller firmware) have beensuccessfully updated.
Firmware upgrades often involve multiple subsystems, and partial or failed updates can result in inconsistencies or even device instability. Verifying the update status allows the technician to identify any missed components and perform corrective actions if necessary.
Options like generating compliance reports, third-party application checks, or license activations are not the primary reasons for this verification step in the HUU process.
Reference:Supporting Cisco Devices for Field Technicians (FLDTEC) - Maintenance and RMA Procedures

NEW QUESTION # 76

Refer to the exhibit. What is the redundancy implementation in this Cisco UCS architecture?

A. Redundancy is achieved through dual fabric interconnects, providing separate paths for FCoE, FC, and LAN traffic.
B. The system uses a single point of connectivity, relying on internal redundancy within each UCS chassis.
C. Redundancy is limited to the uplink connections, with no failover capabilities between the fabric interconnects.
D. Redundancy is implemented at the chassis level only, with chassis 1 acting as a backup for chassis 2.

Answer: A

Explanation:
In the providedCisco UCS architecture diagram, the infrastructure consists of:
* Two Fabric Interconnects (A and B), each connecting to:
* Ethernet (LAN)
* Fibre Channel (FC)
* FCoE (Fibre Channel over Ethernet)
* Both Fabric Interconnects are independently connected to bothCisco UCS Chassis 1 and 2through I/O Modules (IOMs).
This is theclassic active-active UCSdesign, providingfull path redundancyfor all traffic types:
* LAN uplinksare handled separately by Fabric Interconnect B.
* SAN trafficis distributed throughFC uplinksandFCoE uplinksvia Fabric Interconnects A and B.
* Each server in the chassis canfail over its traffic to the alternate fabric if one interconnect fails.
This architecture guaranteesno single point of failure, which is essential inmission-critical environments like data centers and enterprise server farms.

NEW QUESTION # 77
......

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