Cracking the CCIE Enterprise Infrastructure Lab: Blueprint, Home Lab Build, and Exam-Day Time Management

The CCIE Enterprise Infrastructure lab is Cisco’s modern successor to the classic Routing & Switching track, and it’s grown to cover a lot more ground than routing protocols alone — SD-WAN, SD-Access, automation, and traditional infrastructure all sit under one eight-hour exam. This guide walks through what the current v1.1 blueprint actually tests, how the leading training providers compare, how to build a realistic practice topology yourself with CML or EVE-NG, where to find Cisco’s official resources, what the exam costs, and how to split your time across the two modules so you’re not still troubleshooting BGP when the clock runs out.

Understanding the CCIE Enterprise Infrastructure v1.1 Blueprint

The lab exam is split into two modules on the same eight-hour day, and time from one module never carries over into the other — so understanding the structure matters as much as knowing the technology:

1. Module 1 — Design (3 hours). Scenario-based and non-configurable: you’re given topology diagrams, high-level design documents, and even email threads describing requirements, then answer using drag-and-drop, multiple-choice, and dropdown selections. You cannot go back to a previous question once you’ve moved on, though Cisco’s online documentation remains available (search function disabled).
2. Module 2 — Deploy, Operate & Optimize (5 hours). This is the hands-on portion, where you build, configure, troubleshoot, and optimize a network according to the design constraints set in Module 1. All objectives and resources are provided upfront.

Underneath that structure, the v1.1 blueprint keeps the same five weighted domains as v1.0, with updated depth in each:

• Network Infrastructure (30%) — switched campus, routing protocols (OSPF, EIGRP, BGP), and the foundational technologies that carry over from the old CCIE Routing & Switching exam. This is the single largest domain and the base the rest of the exam builds on.
• Software Defined Infrastructure (25%) — Cisco SD-Access and SD-WAN, both restructured in v1.1 to give a more concise, clearer list of expected sub-tasks.
• Transport Technologies and Solutions (15%) — WAN transport technologies including tunneling methods like static point-to-point GRE.
• Infrastructure Security and Services (15%) — device hardening, infrastructure security, and network services; largely stable between v1.0 and v1.1, with 802.1X port-based authentication topics now folded implicitly into the SD-Access section rather than listed separately.
• Infrastructure Automation and Programmability (15%) — Python scripting, Ansible, and model-driven programmability using YANG, NETCONF, and RESTCONF, reflecting the exam’s growing emphasis on automation over manual CLI work.

For your home lab and rack rentals to actually mirror the real exam, match Cisco’s published v1.1 equipment list: Catalyst 8000V routers on IOS XE 17.9, IOSv on 15.8, IOSv-L2 on 15.2, Catalyst 9300 switches on IOS XE 17.9, the SD-WAN stack (vManage, vBond, vSmart, cEdge) on Release 20.9, and DNA Center/Catalyst Center around the 2.3.x release line.

Best Training Providers Compared

Given the scope of the v1.1 blueprint, most candidates supplement self-study with a training provider, rack rental service, or both. Here’s how the commonly compared options stack up — along with one important caution:

The clearest takeaway: build your provider stack around structured curriculum, design-reasoning practice, and legitimate hands-on rack time — not around claims of leaked exam content, which is both against the rules and a poor substitute for genuinely knowing the blueprint.

Building Your Own CML/EVE-NG Practice Topology

Whether or not you pay for outside training, most candidates eventually build a home practice environment for unlimited repetitions. Here’s a practical path using Cisco Modeling Labs (CML) alongside EVE-NG:

1. Use CML as your routing and switching backbone. CML gives you licensed, close-to-real IOS-XE behavior for Catalyst 8000V routers and Catalyst 9300 switches — the foundation the Network Infrastructure domain (30% of the exam) sits on.
2. Match the exam’s actual software versions where it counts. Cisco’s published list points to IOS XE 17.9, but some candidates have found that version less stable specifically for Catalyst 8000V in SD-WAN controller mode — IOS XE 17.6 has proven more reliable for that role without missing anything the blueprint actually tests, so don’t assume “newest available” is always the right practice choice.
3. Add the SD-WAN control plane (vManage, vBond, vSmart, cEdge) at Release 20.9. Deploy these as their own VMs — SD-WAN configuration is a large enough share of the Software Defined Infrastructure domain that treating it as an afterthought will cost you disproportionately.
4. Deploy DNA Center/Catalyst Center for SD-Access. This has become considerably easier to run virtualized in recent releases than it used to be, which removes one of the bigger historical barriers to practicing SD-Access at home.
5. Use EVE-NG for lighter-weight topology iteration. For quickly spinning up and tearing down Network Infrastructure or Transport Technologies scenarios that don’t need the full CML/DNAC stack, EVE-NG’s faster iteration cycle is often more efficient than rebuilding in CML each time.
6. Practice the automation domain with real scripts, not just reading about it. Since Infrastructure Automation and Programmability (15%) expects working knowledge of Python, Ansible, and NETCONF/RESTCONF against YANG models, script a handful of basic device configuration or state-retrieval tasks early rather than leaving this domain for a final cram session.
7. Rehearse the Design module completely separately from your CLI work. Since Module 1 has no device access at all, dedicate sessions purely to reading a design scenario and answering drag-and-drop/dropdown-style questions — it exercises a different muscle than configuration speed.

Official Resources and Practice Lab Portal

Third-party training and dumps-adjacent workbooks should always be checked against Cisco’s own materials, since blueprint and equipment revisions happen on a regular cycle. The key official sources are:

• The official CCIE Enterprise Infrastructure v1.1 Exam Topics PDF — Cisco’s authoritative blueprint document, the one every workbook or provider should be checked against.
• The CCIE Enterprise Infrastructure v1.1 Equipment and Software List — also published by Cisco, giving the exact IOS XE, SD-WAN, and DNA Center/Catalyst Center versions you’ll be tested against.
• Cisco Expert Certifications Exams and Training page — the central hub for CCIE EI exam details and links to scheduling.
• Cisco Expert Level Certifications Tracker — the portal for scheduling your lab exam once you’ve passed the ENCOR 350-401 qualifying exam, and for tracking results afterward.
• CCIE Practice Labs — Cisco’s own official 4-hour pod rental, priced at $50 USD per session, giving you exam-realistic environment access without committing to a full attempt.
• Cisco Learning Network — Cisco’s community platform for blueprint discussion and (non-confidential) study notes from other candidates.

Bookmark these ahead of any third-party material — they’re the fastest way to confirm whether a given resource is still current against the live blueprint.

Exam Fee and Payment FAQ

Before locking in a booking, it helps to know exactly what the exam costs and how payment is structured:

How much does the CCIE Enterprise Infrastructure lab exam cost? $1,600 USD per attempt at a permanent Cisco testing facility or BYOD mobile lab, or $1,900 USD at a Cisco Kit mobile lab location, plus applicable local taxes.

What payment methods does Cisco accept? Credit card, charged immediately at scheduling, or Cisco Learning Credits (CLCs), where one CLC equals $100 USD, rounded up to the nearest $100. The two methods can’t be combined in a single transaction.

Can I still use a voucher? Existing, unexpired vouchers can still be redeemed, but Cisco stopped selling new lab exam vouchers as of February 4, 2026.

When is payment actually due? At the time of scheduling — the booking isn’t confirmed until full payment and applicable taxes clear.

Is there a lower-cost way to test my readiness before booking the full exam? Yes — Cisco’s own CCIE Practice Labs let you rent a 4-hour session on a topology similar to the real exam for $50 USD, a much cheaper way to sanity-check pacing and comfort with the platform before committing to a full attempt.

Time Management Strategy for the 8-Hour Exam

Knowing the blueprint and having a solid lab environment only pays off if you can execute against the clock. Here’s how to approach the day itself:

1. Treat Module 1’s 3 hours as a hard boundary, not a target. Since unused Design-module time never rolls into Module 2, there’s no reward for finishing early — use the full window to double-check drag-and-drop and dropdown answers rather than rushing to bank time you can’t actually spend later.
2. Read every Module 2 objective before configuring anything. All tasks and resources are provided upfront in the DOO module, so a full read-through lets you sequence dependent tasks correctly — for example, confirming underlay reachability before layering SD-Access policy on top.
3. Front-load the highest-weighted domain. With Network Infrastructure worth 30% of the blueprint, get core routing and switching stable early, since later domains like Software Defined Infrastructure often depend on that underlay working correctly.
4. Verify as you go, not just at the end. After each major task, confirm state with the relevant show/verify commands rather than assuming success — catching a routing or reachability issue immediately is far cheaper than discovering it three tasks later when something downstream silently breaks.
5. Timebox troubleshooting. If a single task is eating disproportionate time, note it, move to tasks you’re confident about, and return if time allows — a full lab of “80% done everywhere” typically scores better than a lab with a few perfect sections and several completely untouched ones.
6. Save configurations frequently. Nothing in the exam environment guarantees your work persists automatically between checkpoints, so build the habit of saving after each completed task rather than only at the end of a domain.
7. Reserve the last 20–30 minutes for a final pass. Re-check any task you marked as uncertain, confirm dual-stack (IPv4/IPv6) requirements were met where specified, and verify nothing was left in a partially configured state.

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