Cisco 300-610 Certification Exam Sample Questions and Answers

CCNP Data Center Dumps, 300-610 Dumps, Cisco DCID PDF, 300-610 PDF, CCNP Data Center VCE, Cisco CCNP Data Center Questions PDF, Cisco Exam VCE, Cisco 300-610 VCE, CCNP Data Center Cheat SheetBefore you write the Cisco CCNP Data Center (300-610) certification exam, you may have certain doubts in your mind regarding the pattern of the test, the types of questions asked in it, the difficulty level of the questions and time required to complete the questions. These Cisco Certified Specialist -  Data Center Design (DCID) sample questions and demo exam help you in removing these doubts and prepare you to take the test.

The best approach to pass your Cisco 300-610 exam is to challenge and improve your knowledge. To test your learning and identify improvement areas with actual exam format, we suggest you practice with Premium Cisco 300-610 Certification Practice Exam. The practice test is one of the most important elements of your Designing Cisco Data Center Infrastructure (DCID) exam study strategy to discover your strengths and weaknesses, to improve your time management skills and to get an idea of the score you can expect.

Cisco 300-610 (DCID) Sample Questions:

01. In a VXLAN BGP EVPN design the team must place the tunnel endpoints that encapsulate and decapsulate overlay traffic.
Where should the VTEP function be placed in this fabric?
a) On the APIC controller cluster that drives fabric encapsulation policy
b) On the leaf switches where fabric endpoints attach for encapsulation
c) On the external WAN edge routers doing the fabric encapsulation
d) On the spine switches acting as the encapsulating fabric core
 
02. A collapsed-core SAN has run out of ports, and the team is adding two rows of new host cabinets while the arrays remain centralized.
What is the most appropriate evolution of the topology?
a) Replace the fabric with iSCSI over the existing site LAN
b) Jump straight to edge-core-edge with dedicated storage edges too
c) Add a second collapsed core and trunk the two together
d) Migrate to core-edge by moving hosts onto new edge switches
 
03. Two MDS switches carry several VSANs and are joined by one ISL. The design must let that link carry traffic for all of the VSANs while keeping them isolated.
Which ISL design achieves this?
a) An enhanced ISL trunk on TE ports carrying all VSANs
b) A separate physical ISL dedicated to each VSAN link
c) Merging the VSANs so a plain ISL carries one domain
d) A host port-channel from each server to both switches
 
04. A multi-site design must decide between an active/active and an active/standby model for the interconnected data centers.
Which statement best captures the trade-off an active/active DCI introduces?
a) It removes any need to isolate failure domains between the sites
b) It eliminates the need for ingress path optimization between sites
c) It always lowers the total bandwidth the DCI must carry
d) It improves utilization and failover but widens the shared fault surface
 
05. UCS uplinks to the LAN must sustain a target aggregate bandwidth and survive the loss of any single upstream switch or link.
Which uplink design best meets both goals?
a) A port-channel from each fabric interconnect spread across two upstream switches as a vPC
b) Several separate uplinks left unbundled with no port-channel at all
c) Two uplinks bundled together to the same single upstream switch
d) A single high-bandwidth uplink from each fabric interconnect to one switch
 
06. A retailer runs an application active in two data centers. Virtual machines migrate between sites keeping their IP addresses, and the business needs external clients to always reach the site currently running each VM without back-hauling across the DCI. Layer 2 is already extended for the move itself.
Which addition most directly meets the inbound-steering requirement?
a) Widening the OTV extended-subnet footprint to more site VLANs
b) Higher HSRP priority on one site's inbound gateway
c) LISP mapping each endpoint to its current site for inbound steering
d) A larger stretched spanning-tree domain across both client sites
 
07. A virtualization platform needs shared storage for many hosts. The workload is latency-sensitive block I/O, the team already operates a lossless-capable data center Ethernet fabric, and leadership wants to avoid standing up and staffing a parallel Fibre Channel SAN.
Which access design best fits all three constraints?
a) Converge block storage onto the lossless Ethernet fabric using FCoE
b) Route block traffic over a best-effort IP path between hosts
c) Build a dedicated parallel Fibre Channel fabric for the platform
d) Deploy NAS file shares to every virtualization platform host
 
08. A cloud provider is designing a multi-tenant VXLAN BGP EVPN fabric. Requirements include per-tenant routing isolation, seamless VM mobility across racks, and a backbone that stays simple IP transit.
Which design decisions align with these requirements?
(Choose three.)
a) Bridge and stretch one flat tenant L2 domain across racks
b) Centralize all inter-tenant routing onto one gateway pair
c) Keep the spine as pure tenant IP transit without VTEP
d) Enable a distributed anycast gateway on every tenant leaf
e) Bind each tenant to its own VRF and L3 VNI
 
09. Two data centers are several hundred kilometers apart with no owned fiber. The enterprise needs routed reachability between many tenant VRFs across the sites and prefers to offload transport to a carrier rather than light and operate its own optical path.
Which interconnect design best fits these constraints?
a) Back-to-back vPC across the wide-area path between sites
b) A carrier MPLS service carrying per-tenant Layer 3 reachability
c) DWDM over enterprise-owned dark fiber between the two sites
d) A single stretched Layer 2 broadcast domain across the carrier
 
10. An operations team wants to shrink the blast radius of spanning-tree events in a data center that still has some classic L2 segments. The design goal is to keep the spanning-tree domain as small as possible.
Which design choice best supports minimizing the spanning-tree domain?
a) Stretch every VLAN across all switches for maximum L2 flexibility
b) Raise spanning-tree timers to slow domain reconvergence
c) Route at the leaf to shrink each L2 spanning-tree domain
d) Add more inter-switch trunks to widen the L2 mesh domain

Solutions:

Question: 01

Answer: b

Question: 02

Answer: d

Question: 03

Answer: a

Question: 04

Answer: d

Question: 05

Answer: a

Question: 06

Answer: c

Question: 07

Answer: a

Question: 08

Answer: c, d, e

Question: 09

Answer: b

Question: 10

Answer: c

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