350-601 |link| Now

4.5/5

The 350-601 exam evaluates a candidate's proficiency across five primary domains, each weighted to reflect its importance in real-world operations:

The exam is broken down into six major sections. Below is a detailed breakdown of the critical topics within each domain. 350-601

This section tests your ability to interact with Cisco devices programmatically.

A Comprehensive Review of the 350-601 Exam A Comprehensive Review of the 350-601 Exam I

I found the exam to be challenging, but not impossible to pass. The questions are designed to test your understanding of the material, as well as your problem-solving skills and ability to think critically. Be prepared to spend a significant amount of time studying and reviewing the material before taking the exam.

Includes implementing AAA, RBAC, and ACI contracts to secure network and compute resources. Who Should Take the 350-601? Includes implementing AAA, RBAC, and ACI contracts to

| Domain | % of Exam | Key Components | |--------|-----------|----------------| | Network | 25% | VXLAN, OSPF, BGP, FabricPath, FHRP, Multicast (PIM), Nexus switching (9K, 3K, 7K), Port channels, vPC | | Compute | 15% | Cisco UCS (C-Series, B-Series), UCS Manager, UCS Central, Service profiles, Pools (MAC, WWN, UUID), Boot policies, FI failover | | Storage | 15% | FCoE, NPV, NPIV, Zoning, FC/FCoE initialization, SAN port channels, DCI (FC/FCoE) | | Automation | 15% | Python scripting, REST APIs, Ansible, Puppet, Chef, NX-API, NETCONF/RESTCONF, JSON/XML, YANG models | | Security | 10% | AAA (TACACS+/RADIUS), RBAC, ACLs, First Hop Security (DHCP snooping, DAI, IP Source Guard), MACsec, TrustSec (SGT) | | Management | 10% | NTP, PTP (for timing), SPAN/ERSPAN, NetFlow, SNMP, Configuration management (backup/restore), Cisco DCNM | | Assurance | 10% | Troubleshooting (vPC loops, fabric issues), Telemetry streaming, Cisco Intersight, NX-OS System Manager |

This section focuses heavily on Nexus switching and data center architecture.

To pass this exam, you must have hands-on or deep theoretical knowledge of these three specific technologies: