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Key Details of Cisco 350-601 Exam

Generally, Cisco provides very little information concerning its certification exams. The same is with the 350-601 DCCOR test. However, there are general details of the exam that are well known. This Cisco test lasts 2 hours and is made up of multiple-choice questions. It is offered in the English language only and costs $400. The exam is proctored by Pearson VUE, a Cisco testing partner. The passing score for this certification test is set on the basis of statistical analysis and is subject to change. After completing the exam, you will receive a score report with the breakout by topics and the pass mark established for this particular delivery of the test.

Different study approaches are available for the applicants. One of the most common and effective options is taking an instructor-led training course. It is offered on the official webpage at a fee. The training is typically designed for the IT professionals who already have some working experience with Cisco data center core technologies.

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Topics of Cisco 350-601: Implementing and Operating Cisco Data Center Core Technologies Exam

candidates must know the exam topics before they start preparation. Because it will help them in hitting the core. Our 350-601 exam dumps will include the following topics:

Implementing Data Center Switching Protocols

Virtual Port Channels Overview
Spanning Tree Protocol
Port Channels Overview

Implementing First-Hop Redundancy Protocols

Virtual Router Redundancy Protocol (VRRP) Overview
Hot Standby Router Protocol (HSRP) Overview
First Hop Redundancy Protocol (FHRP) for IPv6

Implementing Routing in Data Center

Border Gateway Protocol
Open Shortest Path First (OSPF) v2 and Open Settlement Protocol (OSP) v3

Implementing Multicast in Data Center

Cisco Overlay Transport Virtualization
IP Multicast on Cisco Nexus Switches
Virtual Extensible LAN
Internet Group Management Protocol (IGMP) and Multicast Listener Discovery (MLD)
Multicast Distribution Trees and Routing Protocols
IP Multicast in Data Center Networks
Implementing Data Center Overlay Protocols

Implementing Network Infrastructure Security

Describing Cisco Application-Centric Infrastructure
Cisco ACI Integration with Hypervisor Solutions
Cisco ACI Overview, Initialization, and Discovery
Tenant-Based Components
User Accounts and Role-Based Access Control (RBAC)
Keychain Authentication
Controlling Traffic Flow with Contracts
Virtual Switches and Cisco ACI VMM Domains
Cisco ACI Endpoints and Endpoint Groups (EPG)
Media Access Control Security
First Hop Security
Cisco ACI Fabric Access Policies
VMM Domain EPG Association
Describing Cisco ACI Building Blocks and VMM Domain Integration
Control Plane Policing
Cisco ACI Management
Authentication, Authorization, and Accounting (AAA) and SSH on Cisco NX-OS

Describing Packet Flow in Data Center Network

Packet Flow in Cisco Nexus Switches
Cloud Deployment Models
Packet Flow in Cisco ACI Fabric
Describing Cisco Cloud Service and Deployment Models
Cloud Architectures
Data Center Traffic Flows

Describing Data Center Network Infrastructure Management, Maintenance, and Operations

Time Synchronization
Network Configuration Management
Software Updates
Network Infrastructure Monitoring

Explaining Cisco Network Assurance Concepts

Virtual Storage Area Network (VSAN) Overview
N-Port Identifier Virtualization (NPIV) and N-Port Virtualization (NPV)
Cisco Streaming Telemetry Overview
FCoE Implementation
SAN Port Channels Overview
FCoE Topology Options
Implementing Storage Infrastructure Services
Network Access Server (NAS) Concepts
Need for Network Assurance
Storage Area Network (SAN) Design Options
Fibre Channel Basics
Fibre Channel Domain Configuration Process
Implementing Fibre Channel Fabric
Zoning
Fibre Channel over Ethernet
Describing FCoE
Fibre Channel over IP
Implementing FCoE Unified Fabric
Distributed Device Aliases

Implementing Storage Infrastructure Security

Storage Infrastructure Monitoring
Time Synchronization
Fibre Channel Port Security and Fabric Binding
Describing Data Center Storage Infrastructure Maintenance and Operations*
Software Installation and Upgrade
Authentication, Authorization, and Accounting
User Accounts and RBAC

Describing Cisco UCS Server Form Factors

Implementing Unified Computing Security
Implement FCoE
Cisco UCS C-Series Integration
Options for Authentication
Identity Abstraction
Key Management
Cisco UCS B-Series Connectivity
Cisco UCS Fabric Interconnect
Cisco UCS C-Series Rack Servers
User Accounts and RBAC
Implementing Cisco Unified Computing Server Abstraction
Service Profile Templates
Fibre Channel Overview
Implementing Cisco Unified Computing Network Connectivity
Cisco UCS B-Series Blade Servers
ISCSI Overview
Implementing Cisco Unified Computing SAN Connectivity

Cisco 350-601 Exam Syllabus Topics:

Topic	Details
Topic 1	Security: Designed for a Security Engineer, this domain assesses the capability to apply security controls across network, compute, and storage layers. Network security topics include AAA, RBAC, ACI contracts, microsegmentation, first-hop security, keychain authentication, and MACsec. Compute and storage security competencies involve implementing AAA and RBAC policies, securing port-access, and fabric binding. Candidates should integrate these mechanisms to ensure end-to-end protection across Cisco platforms.
Topic 2	Automation and AI: Aimed at the Network Automation Engineer, this section tests the ability to implement and evaluate automation tools and scripting within network environments. Candidates must be familiar with EEM, schedulers, and scripting via Bash and on-box Python in NX-OS, including interaction through NX-API using JSON XML. They must also assess orchestration solutions such as Ansible, Python, POAP, Nexus Dashboard Fabric Controller, PowerShell, Terraform, and Cisco Intersight, determining their suitability for automating and maintaining network infrastructure.
Topic 3	Network: This section evaluates the expertise of a Network Engineer in deploying and managing advanced network protocols and architectures. Candidates must demonstrate proficiency in configuring routing protocols (OSPFv2 v3, MP-BGP), multicast (PIM), and first-hop redundancy (FHRP). The curriculum also covers switching technologies (RSTP+, LACP, vPC), overlay networks like VXLAN EVPN, and Cisco ACI concepts including fabric setup, access policies, and VMM integration. Additionally, engineers are expected to analyse packet flows, understand cloud service models per NIST 800-145, assess software update impacts (disruptive or patch-based), and implement network configuration management. Monitoring and assurance responsibilities include using NetFlow, SPAN, Nexus Dashboard, and streaming telemetry to maintain robust network performance.
Topic 4	Compute: Targeted at a Compute Engineer, this domain focuses on implementing Cisco Unified Compute System (UCS) solutions, covering both rack and blade chassis. Engineers must be capable of initial deployment, managing infrastructure, network (VLANs, pools, QoS), and SAN storage elements (FC zoning, VSANs, WWN pools, boot policies). Knowledge of UCS-X within Intersight-managed environments is essential, along with understanding firmware software update implications for B- and C-Series servers. Compute configuration management skills include backup and restore operations, and monitoring using tools such as SPAN and Cisco Intersight.