Choose Your Current CCNP Collaboration Route Before Building a Study Plan
The current Cisco CCNP Collaboration route requires a core exam and one concentration—not four legacy exams. The shared core is 350-801 CLCOR. As of October 2026, Cisco lists three concentration choices: 300-815 CLACC for advanced on-premises call control, 300-820 CLHCT for hybrid/cloud collaboration, and 300-830 CLCCE for cloud customer experience. The February 2026 v2.0 update changed tested topics; candidates should freeze the issuer’s active study guides rather than follow older CLACCM or CLCEI course labels.
This is a qualification roadmap, not a general endorsement of video meetings or remote work. A candidate supporting CUCM gateways needs different advanced practice from a Webex contact-center operator. Select a concentration using real operational responsibility, then use the core to build a reliable foundation across signaling, endpoints, gateways, media resources, applications and QoS. Cisco does not require a prior CCNA credential for this professional track, although networking and collaboration experience makes the labs more meaningful.
Start by Mapping the Job to One Concentration
| Concentration | Best-fit daily work | Lab or evidence to plan |
|---|---|---|
| 300-815 CLACC | On-prem call control and mobility | Dial-plan decisions, call-routing evidence and survivability behavior |
| 300-820 CLHCT | Hybrid and cloud collaboration | Device and suite configuration, cloud management, security and supported API workflows |
| 300-830 CLCCE | Cloud customer experience | Contact-center routing, digital channels, tenant changes and reporting |
Do not choose solely because one course is shorter or an employer used a former exam acronym. For CLACC, ask whether you troubleshoot on-prem call routing. For CLHCT, ask whether cloud/edge service integration is actually yours to operate. For CLCCE, ask whether you own customer-experience call flows and their metrics. If none fits, establish the job requirement before spending on a concentration voucher.
Build a Shared CLCOR Evidence Map
Make one row per official CLCOR objective and record a real artifact beside it: a network diagram, a sanitized registration log, an annotated SIP call flow or a lab result. Trace how an endpoint registers, finds a route and sets up media. Explain what changed when you deliberately introduced a wrong dial-plan pattern or a failed gateway. Log both the expected and observed result. A successful call is not enough evidence unless you can explain why the chosen route, codec and media path were correct.
For QoS, avoid unqualified promises of perfect audio. Mark where traffic is classified, where markings can be rewritten, which queue faces contention and what monitoring evidence demonstrates loss or jitter. For security, distinguish an authorized test user from a production system; sanitize addresses, numbers and meeting identifiers. Make changes only in a lab or an approved maintenance window, and preserve a rollback record.
Learn the Historical Path Without Studying for a Retired Exam
The pre-2020 CCNP Collaboration pathway used four separate exams—300-070 CIPTV1, 300-075 CIPTV2, 300-080 CTCOLLAB and 300-085 CAPPS—retired in February 2020. That is different from later versions in which candidates chose one concentration among several options. Cisco’s February 3, 2026 changes updated the CLCOR and collaboration concentration route again. An older training slide may be useful for SIP principles or a legacy CUCM feature, but it does not establish the current exam version or booking entitlement.
At registration time, read the current 350-801 objectives and the selected concentration objectives together. Freeze the dates and exam titles in your study matrix. If an external course title disagrees with Cisco’s issuer list, treat it as historical until reconciled. Passing 350-801 alone can earn a core Specialist designation, but the CCNP Collaboration credential requires the concentration as well.
Use One Integrated Failure Scenario to Find Gaps
Consider two sites where internal calls work, but external calls have one-way audio after a network maintenance change. The question is not “which command fixes voice?” First determine whether call signaling completed, which address family and media endpoints are negotiated, how NAT or security policy treats RTP, and whether the return route is asymmetric. Check codec and QoS evidence only after separating signaling success from media flow. A change that fixes one test call by opening a broad firewall policy may still be the wrong operational answer.
Use this scenario to distinguish core learning from the concentration. Everyone should understand the fundamental signaling/media split, safe change procedures and evidence capture. A CLACC candidate then investigates on-prem routing or gateway conditions; a CLHCT learner checks supported cloud/edge interactions; a CLCCE learner considers customer-experience call routing and reporting where relevant. The concentration does not replace the core diagnostic method.
Turn the Roadmap Into a Reversible Preparation Plan
Plan around missing objectives, not an arbitrary six-week countdown. Start with a diagnostic pass of the core list, then select one lab exercise per weak objective and attach evidence. After you can explain baseline operations, add concentration-specific scenarios. Revisit practice questions to test judgment and read the explanation for each distractor; do not memorize leaked or unattributed answer keys. Finish with a timed rehearsal and a written record of weak skills, exam logistics and the exact code booked.
A responsible preparation plan also sets boundaries: lab changes must be authorized, device or cloud costs controlled, and all captured operational logs sanitized. After earning the credential, use Cisco’s actual recertification conditions rather than assuming a fixed rule from an older study guide. The point of this roadmap is to choose the right current examinations and know how to prove readiness before booking them.