CCNP Collaboration study materials
CCNP Collaboration study resources

CCNP Collaboration study plan

CCNP Collaboration · Give each week a clear focus.

8 weeks · About 7 hours per week

Week 1

Protocols and Endpoints

  • Compare SIP, SCCP, MGCP, and H.323 signalling by diagramming their message flows from memory

  • Build a CUCM publisher/subscriber lab (or sandbox) and register one SIP phone, one SCCP phone, and one third-party SIP endpoint

  • Capture and annotate a full SIP REGISTER + INVITE + 200 OK + BYE exchange in Wireshark

  • Configure DHCP option 150, NTP, and DNS so endpoints register without manual server entry

  • List the media characteristics (codec, payload type, packetization) for G.711, G.722, G.729, and Opus

Your checkpoint

A one-page protocol reference table (ports, transport, purpose, typical use) plus an annotated Wireshark capture of a successful endpoint registration

Week 2

Call Control

  • Design a partitions and calling search space hierarchy that separates internal, local PSTN, long distance, and emergency calling

  • Build route patterns, route lists, and route groups for a two-site dial plan with 4-digit internal dialing

  • Apply digit manipulation (prefix, discard, transformations) to normalize numbers between sites and the PSTN

  • Create translation patterns and called-party transformations to support abbreviated dialing and +E.164

  • Troubleshoot three deliberately broken dial-plan calls using DNA and SDL trace output

Your checkpoint

A documented multi-site dial plan with a call-flow table showing digit strings at each hop, validated by 10 successful test calls including 911 and international

Week 3

Call Control & Protocols and Endpoints

  • Configure regions, locations, and media resources (MTP, transcoder, conference bridge, annunciator) and prove when each is invoked

  • Build a SIP trunk between two clusters and verify URI dialing with SIP normalization and header manipulation

  • Explain and test early offer versus delayed offer behavior on the SIP trunk

  • Diagnose call admission control failures by reading location bandwidth errors in traces and RTMT

Your checkpoint

A lab write-up showing five distinct call scenarios (codec mismatch, TRP requirement, URI call, CAC-blocked call, conference escalation) each with the trace evidence that proves the expected behavior

Week 4

Infrastructure and Design

  • Sketch a two-site, high-availability CUCM cluster design with redundancy options, sizing, and OVA selection

  • Document backup/restore, certificate management (tomcat, CallManager, TVS, CAPF), and smart licensing steps

  • Harden the cluster: secure SIP/SCCP, phone VPN or 802.1X considerations, roles and access control

  • Produce a design justification for a 2,000-user migration to a centralized cluster with SRST at the branch

Your checkpoint

A 3-5 page design document covering topology, redundancy, sizing, licensing, and certificate plan, defended against three 'what if' failure scenarios

Week 5

Collaboration Applications

  • Deploy Unity Connection call handlers, routing rules, and a greeting tree for a sample department

  • Configure and verify MWI across SIP and SCCP endpoints, including a broken-MWI troubleshooting exercise

  • Enable Extension Mobility and single number reach for a test user and validate the behavior on two devices

  • Configure IM&P presence, a chat room, and federation basics, then verify presence states propagate to Jabber

Your checkpoint

A working voicemail + presence + mobility demo with a test matrix of at least 8 user scenarios marked pass/fail and notes for each failure

Week 6

Collaboration Edge and Services

  • Diagram Expressway-C and Expressway-E registration, traversal, and firewall port requirements for MRA

  • Configure MRA so an off-network Jabber client registers and makes an internal call

  • Explain B2B calling and DNS SRV/zone configuration needed for business-to-business video

  • Describe CMS/conferencing placement and sizing considerations versus hosted conferencing

Your checkpoint

A port-and-protocol matrix for the collaboration edge plus a configured or fully specified MRA design that passes a peer review checklist

Week 7

Collaboration Edge and Services & Infrastructure and Design

  • Configure LDAP directory synchronization and test user import, then document what does and does not sync

  • Enable SSO or certificate-based authentication and verify login behavior across CUCM, Unity Connection, and IM&P

  • Set up CDR/AMR data collection and pull a call-detail report for five test calls

  • Re-drill the two domains with the lowest practice-question scores and log each missed concept with a corrective action

Your checkpoint

A remediation log listing every missed objective from the previous six weeks with a verified fix, plus one passing report or config proof per week-7 goal

Week 8

Infrastructure and Design & Protocols and Endpoints & Call Control & Collaboration Applications & Collaboration Edge and Services

  • Complete two timed 90-question mixed practice exams and review every wrong answer to root cause

  • Re-run the full lab topology from scratch in under 90 minutes without notes

  • Compress all five domains into a single-page cheat sheet of commands, ports, and decision points

  • Identify any remaining weak area and close it with a focused 2-hour drill before exam day

Your checkpoint

Two practice exam scores of 85% or higher plus a one-page personal cheat sheet and a clean lab rebuild completed within the time limit

Milestones

Week 2: Register 3 endpoint types and place a successful internal, local, long-distance, and emergency call through the designed dial plan; score 80%+ on a 30-question self-quiz on domains 2 and 3

Week 4: Pass a 60-question mixed assessment covering domains 1, 2, and 3 at 75% or higher, and complete a peer-reviewable cluster design document

Week 6: Demonstrate an off-network Jabber client registering through Expressway and calling an internal extension, and score 80%+ on a 40-question domain 4 and 5 quiz

Week 8: Score 85%+ on two timed 90-question mixed practice exams and rebuild the full lab topology from scratch within 90 minutes