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Cisco 300-160 Exam Description

Cisco CCNP Data Center 300-160 tests a candidate’s understanding of data center infrastructure design related to deployment requirements and choices for network connectivity, infrastructure, storage network, compute connectivity, and compute resource parameters.

The Designing Cisco Data Center Infrastructure (DCID) exam (300-160) is really a 90-minute, 60-70 question assessment. This exam is one of the exams associated with the CCNP Data Center Certification. This exam tests a candidate’s understanding of Cisco data center infrastructure design associated with deployment requirements and options for network connectivity, infrastructure, storage network, compute connectivity, and compute resource parameters.

Cisco 300-160 Exam Overview:

Exam Number: 300-160 DCID

Associated Certifications: CCNP Data Center

Duration: 90 minutes (60-70 questions)

Available Languages: English

Exam Registration: Pearson VUE

Cisco 300-160 Exam Topics in greater detail:

Data Center Network Connectivity Design (24%)

1 Evaluate choices for Layer 2 connectivity to fulfill deployment requirements in the data center

a) Endpoint mobility

b) Redundancy / high availability

c) Convergence

d) Services insertion

2 Evaluate selections for Layer 3 connectivity to meet deployment requirements from the data center

a) IP mobility

b) Redundancy / high availability

b) [i] Graceful restart / NSF

c) Convergence

d) Services insertion

d) [i] Load balancing

d) [ii] Security

Data Center Infrastructure Design (21%)

1 Evaluate data center protocols in order to meet deployment requirements

a) Fabric Path

b) OTV

c) VXLAN

d) LISP

e) VPC/VPC+

2 Evaluate choices for orchestration and management inside a data center

a) Orchestration and automation

b) Out-of-band management network

c) License management

3 Evaluate options for oral appliance routing virtualization in a data center

a) VDC

b) VRF

4 Evaluate selections for interconnecting data centers

Data Center Storage Network Design (21%)

1 Plan for iSCSI deployment from the data center

a) Multipathing

b) Addressing schemes

2 Evaluate QoS requirements within the data center

a) Fibre Channel

b) FCoE

c) FCIP

d) iSCSI

3 Determine FCoE/ Fibre Channel interface parameters determined by data center requirements

a) Dedicated and shared mode

b) Port types

c) ISL

d) Oversubscription

4 Evaluate SAN Topology options from the data center

a) Fabric redundancy

b) NPV, NPIV, and FCF

c) Load balancing

Data Center Compute Connectivity Design (19%)

1 Evaluate choices for Ethernet connectivity in order to meet deployment requirements in a data center

a) Redundancy / high availability

b) Bandwidth

b) [i] Over subscription

c) Fabric interconnect operation mode

c) [i] Switch mode

c) [ii] End host mode

2 Evaluate alternatives for storage connectivity to fulfill deployment requirements within a data center

a) Multipathing

b) Bandwidth

b) [i] Port channels

b) [ii] Oversubscription

c) Fabric interconnect operation mode

c) [i] Switch mode

c) [ii] End host mode

d) Direct-attached storage

d) [i] Appliance port

d) [ii] Fibre Channel storage port

d) [iii] FCoE port

Data Center Compute Resource Parameters Design (15%)

1 Evaluate selections for orchestration and automation within the data center

a) Service profile templates

b) vNIC templates

c) vHBA templates

d) Global policies vs local policies

2 Evaluate selections for management network inside a data center

a) In-band

b) Out-of-band

3 Evaluate choices for network device virtualization in the data center

a) Cisco VIC adaptors

a) [i] Number of interfaces vs IOM uplinks

a) [ii] vCon placement policies

a) [iii] Ethernet adaptor policies

a) [iv] Fibre Channel policies

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