Cisco 800-150 Exam With Confidence Using Practice Dumps

Integrates multiple network layers into a single infrastructure → Unified Fabric

Provides link aggregation and redundancy between switches → Virtual port channels (vPCs)

Enables software-defined networking in data centers → Application Centric Infrastructure (ACI)

Combines storage and network traffic on a single network → Fibre Channel over Ethernet (FCoE)

These data center solutions are covered in theFLDTEC courseunder Cisco’s unified data center architecture and switching portfolio:

Unified Fabric:Streamlines Layer 2 and Layer 3 into a single operational model, reducing complexity and enhancing scalability.

vPC (Virtual Port Channel): Allows two Nexus switches to appear as one logical switch, enablingloop-free topologyandactive-active uplinks.

ACI (Application Centric Infrastructure): Cisco’s SDN solution, delivering centralized automation, policy enforcement, and fabric management.

FCoE: Enableslossless Ethernetforstorage (Fibre Channel)traffic to coexist withdatatraffic on the same Ethernet infrastructure.

These technologies are fundamental in modern Cisco-powered data centers tooptimize performance,reduce hardware, andsimplify management.

Cisco Unified Communications Manager (CUCM) is typically deployed onCisco UCS C-Series servers. These rack-mount servers provide the necessary computing resources to support CUCM's call control and session management functions in enterprise environments. The UCS C-Series servers offer scalability, reliability, and integration capabilities essential for unified communications deployments.​

Options A (Cisco ASR routers), B (Cisco Catalyst switches), and C (Cisco ISR routers) are networking devices designed for routing and switching functions and are not intended as platforms for deploying CUCM.​

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 communicationbetween 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.