Prepare For Dccor 350-601 V1.2: Complete Course + Labs
Published 7/2026
Created by Jozef Baros
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: All Levels | Genre: eLearning | Language: English | Duration: 75 Lectures ( 7h 39m ) | Size: 4.6 GB
Nexus, VXLAN EVPN, UCS, Fibre Channel, automation and security. 27 lessons, 10 hands-on labs, 135 questions.

What you'll learn
⚡ Configure and verify an OSPF underlay and an MP-BGP EVPN control plane on Nexus switches, including route reflection and loopback peering.
⚡ Build a complete VXLAN EVPN overlay with a distributed anycast gateway, and trace both bridged and routed packet flow through the fabric.
⚡ Deploy vPC correctly: peer link, keepalive, consistency parameters, and the four enhancements that keep it stable through a reload.
⚡ Explain and configure UCS service profiles, pools, templates and boot policies, and recover a failed blade in minutes instead of hours.
⚡ Implement Fibre Channel VSANs, device aliases and single-initiator zoning, and troubleshoot storage in the correct order every time.
⚡ Automate NX-OS with EEM, the scheduler, on-box Python and NX-API, and choose the right tool for each requirement.
⚡ Secure the fabric with AAA, scoped RBAC, first-hop security and MACsec, and apply ACI contracts and microsegmentation correctly.
Requirements
❗ Solid IPv4 fundamentals: subnetting, routing basics, and the difference between a routed interface and a switched virtual interface.
❗ CCNA-level knowledge or equivalent practical experience. Prior CCNP study is helpful but not required.
❗ Basic comfort with a command line. You do not need to be a programmer for the automation section.
❗ For the labs: Cisco Modeling Labs is recommended. A free Cisco DevNet Sandbox account is enough to start, and several labs run there.
❗ No paid software is required to follow the course itself. Every lab ships with full configurations, so you can study them even without a lab environment
Description
Everything on the 350-601 blueprint, in the order it actually makes sense.
The DCCOR exam covers five domains that most engineers meet separately: networking, compute, storage networking, automation and security. Very few of us work across all five every day, which is exactly why the exam is hard. This course teaches them as one system, in the order that makes each topic explain the next.
You start with the routed underlay, put a BGP control plane on top of it, then build the VXLAN EVPN overlay that rides on both. By the time you reach the overlay, you already understand why it needs what it needs. The same approach runs through Compute, where a single idea (the service profile is the server) unlocks the whole domain, and through Storage, where losslessness explains every design decision that follows.
What is in the course
27 video lessons across the five blueprint domains, weighted the way the exam is weighted: 25 percent Network, 25 percent Compute, 20 percent Storage, 15 percent Automation and AI, 15 percent Security.
A written article for every lesson, plus an introduction and a wrap-up for every section. The articles go deeper than the videos: full comparison tables, complete configuration examples, and the defaults and traps that scenario questions are built on.
135 knowledge check questions with explained answers, five after every lesson, so you find the gaps while the material is fresh rather than three weeks later.
10 hands-on labs with topology diagrams, starting configurations and full solutions. The exam includes configuration items on NX-OS, and reading about OSPF is not the same as typing it under time pressure.
About the labs
The labs cover OSPF underlay, MP-BGP EVPN, port channels and LACP, virtual port channel, first-hop redundancy, PIM sparse mode, VXLAN EVPN with a distributed anycast gateway, Fibre Channel zoning, EEM and NX-API, and AAA with first-hop security.
Every lab ships with a starting configuration, a complete solution, a topology image and a list of the exact verification commands that prove it works. A shared addressing plan runs through all ten, so you learn it once.
A setup lecture walks you through the free Cisco DevNet Sandbox and through building the topology in Cisco Modeling Labs. One lab needs Fibre Channel ports and therefore hardware; the course says so up front rather than pretending otherwise, and gives you a structured paper exercise instead.
How this course is written
No filler, no marketing, no reading of bullet points aloud. Each lesson explains a mechanism, shows the configuration, and then tells you what breaks when you get it wrong and what the symptom looks like. Where a topic has a genuine limitation or a version dependency, the course says so.
All content is original. Configurations are written from scratch with generic hostnames and addressing. Nothing is reproduced from any published book, courseware or exam.
Who should take it
Engineers preparing for 350-601 as a CCNP Data Center core exam or as a CCIE Data Center qualifying exam, and anyone who has to work across data center networking, compute and storage and wants a single coherent picture rather than five disconnected ones.
Important noticeThis is an independent training course. It is not affiliated with, endorsed by, sponsored by or otherwise associated with Cisco Systems, Inc. Cisco, CCNP, CCIE, Nexus, NX-OS, UCS, Intersight, ACI and all related names and logos are trademarks or registered trademarks of Cisco Systems, Inc. and are used here for identification and descriptive purposes only. All course material is original work by the instructor. No exam questions, official courseware or other copyrighted material belonging to Cisco Systems, Inc. is reproduced in this course. Exam objectives may change without notice; always check the current official blueprint before booking your exam.
This course contains use of AI
Who this course is for
⭐ Network engineers preparing for the 350-601 DCCOR exam, as a CCNP Data Center core exam or as a CCIE Data Center qualifying exam.
⭐ Engineers who work in one data center domain
⭐ Data center and infrastructure engineers who want to configure and verify a VXLAN EVPN fabric from an empty switch.
⭐ Server and virtualisation engineers who need to understand the network and storage fabric their workloads depend on.
⭐ Anyone who has read the theory, can describe vPC or EVPN in a meeting, and still would not want to be handed a console cable.
⭐ Not suitable for absolute beginners in networking. If subnetting and basic routing are new to you, start with CCNA first.


https://rapidgator.net/file/2524ae0edc77dabd1cbe51e253c7024a/Prepare_for_DCCOR_350-601_v1.2_Complete_Course___Labs.part5.rar.html
https://rapidgator.net/file/23b77ffb13a57a250caafcde6ccb93fc/Prepare_for_DCCOR_350-601_v1.2_Complete_Course___Labs.part4.rar.html
https://rapidgator.net/file/182abab7dd5e1e93130034595bd699a8/Prepare_for_DCCOR_350-601_v1.2_Complete_Course___Labs.part3.rar.html
https://rapidgator.net/file/0fe51358e3120378a5aed32cc75ce050/Prepare_for_DCCOR_350-601_v1.2_Complete_Course___Labs.part2.rar.html
https://rapidgator.net/file/5dcac04c1ac61c24df9bb0cf992edee4/Prepare_for_DCCOR_350-601_v1.2_Complete_Course___Labs.part1.rar.html