Cisco 200-301 Exam Dumps, Practice Test Questions

Mesh WAN topology specifies intersite transport and is unrelated to consolidating local router, LAN ports and Wi-Fi into one retail appliance.

Dedicated three-tier campus hardware conflicts with the stated absence of separate distribution and core devices at this single small site.

An AP bridges wireless clients into a wired VLAN but does not itself necessarily supply the integrated broadband routing and multiple switched LAN ports required.

Public-cloud VMs can provide configurable compute, but the underlying physical servers remain at the provider's facility rather than the firm's room.

SaaS moves application operations to the provider and does not place the servers in a company-controlled physical room.

Colocation can offer customer-owned hardware, but the racks are inside an external operator's facility, not the specified company server room.

On-premises virtualization cannot create needed physical RAM or CPU capacity from a host whose resources are already exhausted.

Permanent rack acquisition defeats the request for temporary elastic allocation without buying extra servers.

Layer 2 VLAN segmentation changes client network membership; it cannot provide the additional application VM compute required by the seasonal demand.

Moving everything to public cloud would remove the mandated private-cloud platform, so it is not the hybrid operating model.

A private-only deployment cannot place burst capacity on the external provider required by the scenario.

A spine-leaf fabric can underlie a data center but by itself does not integrate two cloud deployment environments.

Full mesh permits direct branch-to-branch tunnels, defeating centralized inspection through headquarters.

Spine-leaf describes a data-center switching fabric, not the mandated branch overlay with centralized transit.

Collapsed core combines campus distribution and core roles, but it does not determine how independent branch offices must route their overlay traffic.

A layered campus design organizes local switching but does not protect data between offices across the public Internet.

Merely routing packets over the public Internet does not provide the encrypted site-to-site protection required.

A data-center fabric improves local east-west reachability, not a protected interoffice Internet overlay.

Connector fit alone does not supply the modal and optical-loss characteristics required by the chosen long-reach single-mode transceivers.

Optical LC ports transmit light and cannot accept a copper RJ-45 transmission path without replacing the physical interface modules.

Short-reach 850-nm multimode modules are designed for much shorter links and do not meet the specified long-reach path.

An optical SR transceiver emits and receives light and cannot use an RJ-45 copper Ethernet lead as its transmission medium.

Replacing SR with LR changes the hardware and optical characteristics, and is not an answer to selecting cabling for the specified installed SR pair.

An installed OM3 multimode route is not single-mode fiber; selecting single-mode-only cabling would not match the specified plant and SR equipment.

Both endpoints expose copper 1000BASE-T ports and cannot directly terminate an optical fiber.

Passive adapters cannot convert electrical 1000BASE-T signaling into optical light.

A DAC is a different physical port and transceiver format, not the stated standard copper 1000BASE-T link.

A fiber connector alone cannot turn the host cage into a laser receiver/transmitter; a supported module is needed.

A module must be compatible with the host cage and the peer optics/link medium at both endpoints.

An empty SFP+ cage is not an RJ-45 electrical 1000BASE-T port.

A Layer 3 route change cannot remedy an optical transmitter patched into another transmitter.

Trunk VLAN allowances operate above physical link establishment and do not fix mispatched optical pairs.

Modern full-duplex optical Ethernet does not use collision-detection settings to repair crossed optical fiber paths.