Cisco Implementing and Operating Cisco Data Center Core Technologies (350‑601 DCCOR) Practice Exams
About the Cisco 350-601 DCCOR exam
Exam at a glance
Professional tier. The Core exam for both CCNP Data Center and CCIE Data Center written. 90–110 questions, 120 minutes, scaled passing score, $400 USD. Valid 3 years plus CE-credit recertification.
Dual role: CCNP and CCIE
350-601 DCCOR is uniquely positioned in Cisco's Data Center track. It satisfies two paths simultaneously:
- CCNP Data Center = DCCOR + one Concentration exam (e.g. 300-610 DCID, 300-615 DCIT, 300-620 DCACI, 300-635 DCNAUTO).
- CCIE Data Center written — pass DCCOR, then book the 8-hour lab within 3 years.
Passing 350-601 on its own also earns the standalone Cisco Certified Specialist - Data Center Core badge, so the exam delivers a credential even before you complete a full track.
Domain weighting
- Network — 25%
- Compute — 25%
- Storage Network — 20%
- Automation and Artificial Intelligence — 15%
- Security — 15%
Prerequisites
No formal prerequisites — Cisco removed the CCNA requirement for CCNP-level exams. Cisco recommends three to five years of hands-on data center experience. Most successful candidates hold a current CCNA (200-301), have spent two-plus years working with Nexus, UCS, and storage fabrics in production, and are comfortable with virtualization and FC/IP storage concepts.
Why take this certification
- Single test, two career tracks. DCCOR satisfies both the CCNP Data Center Core and the CCIE Data Center written — the most leveraged exam in Cisco's Data Center portfolio.
- Senior data-center credential. CCNP Data Center is the recognised benchmark for engineers running enterprise Nexus / ACI fabrics and UCS compute at scale.
- Gateway to CCIE Data Center. Passing 350-601 starts the 3-year clock for the CCIE Data Center lab — Cisco's highest-tier data-center expert credential.
- CE-credit value. DCCOR is worth 40 Continuing Education credits, which can keep your other Cisco professional certifications current without sitting another full exam.
What you'll learn in the 350-601 DCCOR exam
DCCOR is deliberately broad — Cisco wants senior engineers who can speak fluently across the four pillars of a modern data center: network fabric, compute, storage, and automation, with security threaded through all of them. Most questions are scenario-driven, often presenting partial configs, show-command output, fabric diagrams, or UCS service-profile snippets.
Network (largest tied-domain)
- Cisco Nexus platforms — Nexus 9000 (NX-OS standalone and ACI mode), legacy Nexus 7000 chassis awareness, Nexus 3000 / Nexus 9300 for ToR / leaf roles.
- VXLAN / EVPN architecture — VTEPs, BGP EVPN control plane, anycast gateway, EVPN route types (Type 2 MAC/IP, Type 3 IMET, Type 5 prefix), route advertisement, multi-pod and multi-site fabrics.
- FabricPath legacy awareness — what it is, when you'd still see it, and how migrations to VXLAN/EVPN are handled.
- Cisco ACI fundamentals — APIC role, tenant policy model, application profiles, EPGs (Endpoint Groups), contracts and filters, VRFs, bridge domains.
- ACI L4-L7 service insertion — service graphs, function nodes, redirect-based service insertion (PBR).
- ACI Multi-Pod and Multi-Site — IPN role, MSO/NDO orchestration, stretched vs site-local objects.
Compute
- UCS architecture — Fabric Interconnects (6400 / 6500 series), B-Series blade chassis, C-Series rack servers, the X-Series modular platform.
- UCS Manager on-prem for traditional UCS domains, and Cisco Intersight for SaaS-managed, hybrid, and edge deployments.
- Service profiles and templates — abstraction of server identity (UUID, MAC, WWN, BIOS, boot order) from physical hardware so any blade can take on any role.
- Stateless compute concepts, server pool policies, and rapid bare-metal re-provisioning.
- Hypervisor integration concepts and VIC adapter mappings (vNIC / vHBA).
Storage networking
- Fibre Channel (FC) — fabric login (FLOGI), name server, zoning (soft vs hard, smart zoning), VSANs.
- FCoE — Data Center Bridging (PFC, ETS, DCBX), unified ports on Nexus / FI.
- iSCSI — initiators, targets, CHAP, multipath I/O at concept level.
- NVMe-oF — NVMe over Fabrics (FC-NVMe, NVMe/TCP, NVMe/RoCE) and where it replaces SCSI on the wire.
- Cisco MDS switches — 9000-series director / fabric switches, port channels, ISLs, IVR (Inter-VSAN Routing).
Automation
- Python SDK for ACI — Cobra / acitoolkit, REST against APIC for tenant and policy automation.
- Intersight REST API — querying inventory, driving server provisioning, integrating with CI/CD.
- Ansible for data center — official Cisco collections for ACI, NX-OS, UCS, and Intersight; idempotent fabric and server config.
- Terraform Cisco modules — declarative ACI / Intersight infrastructure-as-code.
- OpenConfig and YANG on Nexus — NETCONF / RESTCONF / gNMI for model-driven telemetry and configuration.
Security
- Cisco TrustSec — Security Group Tags (SGTs), SGACLs, propagation across the DC fabric.
- MACsec (802.1AE) for hop-by-hop wire encryption between Nexus / UCS uplinks.
- Control Plane Policing (CoPP) on NX-OS — protecting the route processor from control-plane DoS.
- ACLs on Nexus — standard, extended, port ACLs (PACLs), VLAN ACLs (VACLs), role-based CLI.
- Secure boot and image integrity — boot integrity verification, signed images, anti-counterfeit measures.
How the practice exams help
Each free question and every premium exam mirrors the scenario-driven format Cisco uses — partial configs, fabric topology context, UCS service-profile snippets, and multi-step reasoning. Detailed explanations cover not just why the right answer is right but why the distractors are wrong, so you learn the trade-offs (VXLAN/EVPN vs FabricPath, UCS Manager vs Intersight, FC vs FCoE vs NVMe-oF) rather than memorising answers.
How to prepare for the 350-601 DCCOR exam
DCCOR is a wide exam, so successful preparation balances book study with deliberate hands-on lab time across Nexus, UCS, and storage. Recommended approach for a data-center engineer with two-plus years of production Cisco experience:
- Study the five domains (8–12 weeks). Work through the official Cisco 350-601 exam topics domain by domain. The Cisco Press CCNP and CCIE Data Center Core DCCOR 350-601 Official Cert Guide is the canonical text. Network and Compute together carry half the exam — give them weighted study time.
- Hands-on labs (4–8 weeks, in parallel). Run Cisco Modeling Labs (CML) for Nexus practice — build a VXLAN/EVPN fabric with leaf-spine spines, a small ACI lab via the Cisco DevNet APIC simulator, and use the UCS Platform Emulator (UCSPE) or DevNet sandbox for UCS Manager / Intersight without buying hardware.
- Automation week (1–2 weeks). If you have never written Python or used Ansible / Terraform for infrastructure, dedicate a focused week. Cisco DevNet's free learning labs walk through ACI Python SDK, Intersight REST API, Ansible Cisco collections, and Terraform Cisco modules with working examples — exactly the surface area DCCOR tests.
- Practice exams (2–3 weeks). Take timed full-length tests and review every wrong answer with the explanation. Aim for consistent 85%+ before scheduling — the scaled passing score is unpublished, so over-shoot the bar.
Recommended timeline
16–24 weeks of focused study (10–15 hours per week) for data-center engineers with two-plus years hands-on Nexus / UCS experience. Add 4–6 weeks for engineers without recent ACI, NVMe-oF, or automation exposure.
Official resources
Start with the official Cisco 350-601 DCCOR exam topics page on the Cisco Learning Network. Pair the Cisco Press CCNP and CCIE Data Center Core DCCOR 350-601 Official Cert Guide with Cisco Modeling Labs for Nexus / NX-OS practice and Cisco DevNet sandboxes for ACI APIC, UCS Manager, and Intersight labs without owning hardware.