Latest Released Cisco Certification 800-150 Dumps - Latest Supporting Cisco Devices for Field Technicians Exam Format

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Cisco 800-150 Exam Syllabus Topics:

Topic	Details
Topic 1	Cisco Hardware Replacement: This section of the exam measures the skills of a Technical Support Engineer and teaches how to safely and correctly replace Cisco hardware. It explains safety procedures such as creating safe work zones and handling electrostatic discharge. Students learn the step-by-step processes to replace a wide range of Cisco devices, from switches and routers to firewalls, UCS servers, and collaboration endpoints. It also covers configuring Cisco NX-OS software, including understanding operating modes, boot procedures, and password recovery, and introduces Cisco collaboration endpoint solutions like IP phones and video systems.
Topic 2	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 3	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 4	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 5	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.

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Cisco Supporting Cisco Devices for Field Technicians Sample Questions (Q49-Q54):

NEW QUESTION # 49

Refer to the exhibit. Drag and drop the names of the field-replaceable units from the left onto the corresponding letters on the image of the Cisco NCS 5500 Series modular router.

Answer:

Explanation:

Explanation:

A # Line cards
Provide the physicalinterfaces for network connectivity.
B # Route processor cards
Manage routing functions and system control.
C # Transceivers
Installed in the ports of line cards for optical/electrical signal transmission.
D # Power supplies
Provide power to themodular system and are hot-swappable.
Cisco'sNCS 5500 Seriesis designed for service provider and data center deployments. The FLDTEC course outlines the layout of FRUs in modular platforms like this one:
A - Line Cards: Located in the upper slots, these modules handle the bulk of switching and forwarding functions.
B - Route Processor Cards (RP Cards): Positioned centrally, these provide management and control plane services for the router.
C - Transceivers: Installed into the line cards, transceivers provide physical connectivity through optical or copper interfaces.
D - Power Supplies: Located in the bottom rear section, these modules provide redundant and hot-swappable power to the chassis.
Recognizing each FRU visually and functionally is critical when performingRMA procedures,component diagnostics, orhardware upgradesin the field.

NEW QUESTION # 50
Which Cisco switch series is designed to handle the combined responsibilities of core and distribution layers in a converged architecture?

A. Catalyst 1300 Series
B. Catalyst 6500 E-Series
C. Catalyst 9000 Series
D. Meraki MS400 Series

Answer: C

Explanation:
The Cisco Catalyst 9000 Series is engineered to address the evolving needs of modern enterprise networks by integrating the functionalities of both the core and distribution layers into a unified, converged architecture. This series offers advanced capabilities such as high-speed data forwarding, enhanced security features, and support for automation and programmability, making it suitable for scalable and efficient network designs.
The Catalyst 9000 Series includes models like the Catalyst 9500 and 9600, which are optimized for core and distribution roles, providing high throughput and reliability. These switches support advanced features like Software-Defined Access (SD-Access) and are designed to meet the demands of cloud-scale and security-focused environments.
In contrast, the Meraki MS400 Series (Option A) is tailored for cloud-managed aggregation and lacks the comprehensive feature set required for core functionalities. The Catalyst 6500 E-Series (Option B), while historically significant, is considered a legacy platform and may not support the latest advancements in network convergence. The Catalyst 1300 Series (Option C) is designed for small to medium-sized businesses and is not intended for core or distribution layer deployments.

NEW QUESTION # 51

Refer to the exhibit. Which component is highlighted on the Cisco I/O module image?

A. fixed port
B. fan module LED
C. chassis connections LED
D. captive screw

Answer: C

Explanation:
The highlighted component on the Cisco I/O module is the chassisconnections LED, which indicates the status of connectivity between the I/O module and the chassis.
In the exhibit, the orange arrow points to asmall rectangular LED indicatorlocated to the left side of the I/O module (Cisco UCS-IOM-2304). This specific LED isnot aligned with the ports, fans, or screws, which helps identify it correctly.
Chassis connections LED (B)is responsible for indicating thestatus of uplink/downlink communication between the I/O module and the chassis.
* Greenusually indicates a healthy link.
* Amberoroffmay indicate a problem or no connection.
Why the other answers are incorrect:
* A. Captive screw# These are at the far corners, not where the arrow points.
* C. Fan module LED# This IOM doesn't have user-visible fan LEDs atthe front face.
* D. Fixed port# These are the large rectangular SFP ports clearly visible in the middle, not near the arrow.
This identification is important whentroubleshooting chassis-to-IOM connectivityor verifyingmodule status LEDsduring field maintenance.

NEW QUESTION # 52

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

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

Answer: B

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 # 53

Refer to the exhibit. Drag and drop the names of the field-replaceable units from the left onto the corresponding letters on the image of the Cisco Catalyst 9400 modular switch.

Answer:

Explanation:

NEW QUESTION # 54
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