800-150
Supporting Cisco Devices for Field Technicians (FLDTEC)
800-150 FLDTEC Exam Guide: Supporting Cisco Devices for Field Technicians
Cisco 800-150, Supporting Cisco Devices for Field Technicians (FLDTEC) v1.0, validates practical knowledge for on-site replacement and support of Cisco technologies across routing, switching, data center, UCS, and collaboration platforms. It suits candidates building a field-technician foundation as well as existing CCT holders moving to the consolidated certification. This guide helps you decide whether the exam matches your work, which skills to study first, how to use Cisco’s official preparation path, and what to confirm before scheduling.
What does 800-150 certify?
Passing 800-150 earns the Cisco Certified Technician (CCT) Field Technician certification. The exam is designed around supporting Cisco devices in the field rather than proving advanced network design or broad theoretical administration skills.
Cisco describes 800-150 as the Supporting Cisco Devices for Field Technicians (FLDTEC) v1.0 exam. Its stated scope includes on-site replacement of Cisco technologies across routing, switching, data center, UCS, and collaboration platforms.
That scope matters when choosing a certification path. A candidate who wants a practical hardware-support credential should focus on identifying equipment, working safely with connections and components, preserving device information, and restoring service. A candidate seeking advanced routing, switching design, automation, or security engineering should not treat FLDTEC as a substitute for a specialist certification.
Who should choose this exam?
800-150 is a sensible target for people who support Cisco equipment on site or who need a structured entry point into field service work. It also provides a current route for people whose former CCT specialization is being replaced by the CCT Field Technician certification.
Cisco presents the certification for candidates establishing a foundation in Cisco hardware and components and for people enhancing an existing role involving Cisco hardware replacement procedures and best practices. That makes the exam relevant to more than one experience level, but the preparation emphasis should differ.
New technicians should spend time building vocabulary and recognizing the purpose of common components before attempting timed practice. Experienced technicians may already understand replacement workflows but should deliberately review areas outside their usual platform, especially because the new certification combines material from collaboration, data center, and routing and switching coverage.
The certification replaced the prior CCT Collaboration, CCT Data Center, and CCT Routing and Switching certifications. Cisco states that February 9, 2025 was the final test date for those former certifications, while 800-150 became available on February 10, 2025. Existing holders can continue using their current certifications until they expire, but Cisco states that they will need 800-150 for recertification.
Which field skills are measured?
Prepare for tasks that connect identification, physical work, software handling, and service restoration. Cisco specifically identifies hardware identification, cabling, configuration backup and restoration, and software upgrades and downgrades among the skills in the exam scope.
Hardware identification means more than memorizing product names. You should be able to distinguish the role of a device or component, recognize relevant interfaces and connections, and understand why a replacement part belongs in a particular support procedure. Build a visual and functional inventory as you study: device family, purpose, ports, removable components, indicators, and likely service action.
Cabling study should be procedural. Practice tracing a connection from one endpoint to another, checking the interface and cable type, documenting the original arrangement, and reconnecting without introducing a new fault. Treat labels, diagrams, and before-and-after records as part of the technician’s work, not as optional paperwork.
Configuration backup and restoration deserve a separate study block. Learn the reason for preserving configuration information before replacement, the difference between having a backup and validating that it can be restored, and the checks needed after service. Do not reduce this topic to a list of commands unless the official learning material requires them; the field decision and sequence are equally important.
Software upgrades and downgrades require change control thinking. Study why a software version may need to change, what must be checked before the operation, how configuration and compatibility risks are managed, and how the technician verifies the result. Avoid assuming that the newest software is automatically the correct replacement state.
How is the exam blueprint weighted?
Use the published blueprint to allocate study time, but do not mistake a percentage for a complete syllabus. Cisco’s official exam-topics page assigns 17% of the exam to Networking Foundations, 15% of the exam to Common Service Tasks and Tools, and 10% of the exam to Cisco Software.
Networking Foundations should be treated as a base layer for the platform-specific work. Review the concepts needed to interpret a service situation: how devices and interfaces fit into a network, how cabling affects connectivity, and how a technician can recognize whether a symptom is physical, configuration-related, or software-related. Keep this practical rather than drifting into advanced design theory.
The Common Service Tasks and Tools domain should receive focused practice because it is closely connected to the work sequence. Organize notes around preparation, identification, removal or replacement, reconnection, documentation, validation, and escalation. Then map the tools and checks to the stage where they are used.
Cisco Software accounts for 10% of the exam. Study software handling in the context of field support: version checks, backup considerations, upgrade or downgrade preparation, and post-change validation. The official blueprint is the controlling reference for the full domain list and wording, so review it directly before finalizing your study plan.
How should I interpret the percentages?
The percentages are planning signals, not permission to ignore smaller or unlisted areas. Start with every domain on Cisco’s current blueprint, then use the published weights to decide where deeper practice is justified. A weakness in a lower-weight domain can still prevent you from answering a scenario correctly when that skill is combined with a service task.
What changed from the older CCT model?
The current CCT Field Technician model consolidates three former CCT offerings into one certification and broadens the technician’s platform view. Cisco says it merges CCT Collaboration, CCT Data Center, and CCT Routing and Switching, updates legacy topics, and introduces new Cisco products.
This change creates a preparation risk for experienced candidates: relying only on the platform in which you previously held a CCT credential. Someone with a routing and switching background may need more deliberate UCS and collaboration study, while a collaboration technician may need to strengthen networking foundations and switching-related vocabulary.
Cisco also describes the new program as more multifaceted and aligned with the current IT environment. The practical implication is that your revision notes should be organized by technician task as well as by technology. For example, build one workflow for identifying and replacing a device, then annotate how that workflow differs across routing, switching, data center, UCS, and collaboration contexts.
The previous three trainings were replaced by the FLDTEC Learning Path. Cisco’s announcement describes the new path as optimized from 25-29 hours to a focused 10 hours. Treat that stated training length as the scope of the official learning path, not as a guarantee of the total time you personally need to become ready.
What official preparation is available?
Cisco offers the FLDTEC preparation route through a Cisco U. Learning Path, and Cisco states that the FLDTEC Learning Path prepares candidates for the 800-150 exam. Begin there because it gives you a source-aligned sequence rather than forcing you to assemble unrelated material.
Complete the learning path once without trying to memorize every sentence. On the first pass, identify unfamiliar devices, service tasks, tools, and software procedures. On the second pass, turn those gaps into active exercises: explain a workflow aloud, draw a connection diagram, create a replacement checklist, or write the validation steps in your own words.
Keep the official blueprint open while studying. Mark each topic as understood, familiar but untested, or still unclear. If a learning-path lesson appears broad, use the blueprint to determine whether it supports an assessed objective. If a third-party resource introduces a topic not anchored in the official material, treat it as optional background rather than exam authority.
Cisco’s announcement says the learning path includes more interactive items and covers UCS, hardware identification, cabling, configuration backup and restoration, and software upgrades and downgrades. Use those activities actively. Clicking through content is weaker preparation than making a decision and explaining why that decision protects service continuity.
How should I build a practical study sequence?
Study in the order a field call unfolds: foundations first, then tools and service workflow, then platform differences, and finally software and recovery validation. This sequence helps you connect isolated facts to the decisions a technician makes before, during, and after replacement.
First, establish a baseline. Read the complete blueprint and write down every domain and objective that Cisco lists. Record which platforms you have worked with and which are unfamiliar. Do not schedule the exam simply because one familiar platform feels comfortable; the certification intentionally spans several technology areas.
Next, study Networking Foundations and Common Service Tasks and Tools together. Use a simple service scenario such as a failed device replacement. Identify what information must be collected, which physical connections must be documented, what configuration must be preserved, what tool or check is used at each stage, and how service is confirmed afterward.
Then study platform coverage in rotating blocks. Move between routing and switching, data center, UCS, and collaboration rather than spending all your time on one domain. After each block, return to the same replacement workflow and note what changes. This exposes gaps that a platform-by-platform memorization approach can hide.
Finish with Cisco Software and integrated review. Place version checks, upgrades, downgrades, backup, restoration, and post-change checks into complete procedures. The goal is not merely to recognize a term; it is to select the safe and logically ordered action in a field-support situation.
A four-stage roadmap
Stage one is orientation: obtain the official blueprint, review the Cisco U. Learning Path, and create a gap list. Stage two is skill building: work through foundations, tools, hardware, cabling, and replacement procedures while producing your own checklists.
Stage three is integration: combine platform coverage with configuration preservation, software handling, and validation. Stage four is readiness: revisit every weak objective, explain procedures without notes, and use practice questions only to diagnose gaps. Do not use recalled or leaked exam content; it is not a reliable substitute for learning the skills.
Set a personal review cadence that fits your available time rather than copying someone else’s schedule. A short, regular session with retrieval practice is usually more useful than a single passive reading session immediately before the appointment.
Which study methods produce useful evidence of readiness?
Use outputs, not study hours, to judge readiness. You should be able to identify equipment from its documented characteristics, explain a cabling decision, describe how configuration is protected, and outline upgrade or downgrade checks without relying on copied wording.
Create a device-and-component table with columns for purpose, interfaces or connections, service relevance, and verification. Keep the entries tied to the official learning material. The act of explaining why a component matters is more diagnostic than highlighting its name.
Create procedure cards for common service tasks. Each card should include preparation, evidence to collect, action, risk, rollback or recovery consideration, and validation. If the official material gives a specific tool or process, record it accurately; do not fill missing details with assumptions from a different Cisco platform.
Use scenario drills with changing constraints. For example, ask what you would check before replacing hardware, what information must be retained, what you would verify after reconnecting cabling, and when software work should be postponed or escalated. These are practice situations, not claims about the wording or content of live exam questions.
At the end of each session, close the notes and write five things you can recall, two uncertainties, and one action for the next session. Revisit the uncertainties first. This creates a visible readiness record and prevents familiar sections from consuming all your study time.
What mistakes commonly waste preparation time?
The most damaging mistake is studying the old specialist certifications as though they were the current 800-150 blueprint. Former CCT materials can provide background, but Cisco has consolidated the program and added or emphasized broader field-technician coverage.
Another mistake is treating hardware identification as pure product memorization. Identification should lead to a support decision: what the component does, how it connects, what information must be recorded, and what verification follows replacement. Add those relationships to your notes.
Avoid spending all your time on commands while neglecting sequence and risk. A technician who knows a command but cannot explain when to back up configuration, how to preserve the original state, or how to validate recovery has an incomplete understanding of the task.
Do not use the official learning-path length as your personal readiness deadline. Cisco describes the path as a focused 10 hours, but your required preparation depends on prior experience, platform familiarity, and the gaps found against the blueprint.
Finally, do not schedule from an unofficial claim about delivery, language, price, or exam content. Confirm current details on Cisco’s exam page and use Cisco’s registration process. Practice tests may help with pacing and recall, but exam dumps, leaked questions, and memorization do not establish field competence or guarantee a pass.
What are the current exam logistics?
Cisco’s exam page lists 800-150 as a 120-minute exam, with English and Japanese available as exam languages. Cisco lists the price as US$200 and states that Cisco Learning Credits are accepted. Confirm these details on the official page when you are ready to register because scheduling information can change.
The exam became available on February 10, 2025, according to Cisco’s certification update page. The launch date should not be confused with your own booking date or with the retirement timeline for the former CCT exams.
The supplied official information identifies Pearson Vue in connection with the launch announcement. Before payment, follow the current Cisco and Pearson Vue instructions for appointment availability and any delivery or identification requirements. This guide does not add testing-center or online-proctored details that are not evidenced in the supplied research.
Check the exam language before scheduling. If you intend to test in Japanese or English, select the language deliberately and study the technical vocabulary in that language. Switching terminology late in preparation can create avoidable reading friction even when the underlying concept is understood.
How should I decide whether to schedule?
Schedule only after you can demonstrate the assessed work across unfamiliar platform contexts, not merely after completing a course. Your decision should be based on blueprint coverage, procedural recall, and the ability to explain how a technician protects and restores service.
Use a final readiness review with three tests. First, map every blueprint objective to a note, exercise, or explanation. Second, perform closed-book scenario drills covering hardware, cabling, configuration backup and restoration, software changes, and post-service validation. Third, review errors by domain rather than by total score on a practice resource.
If your errors cluster in one domain, postpone scheduling and repair that domain specifically. If errors are spread across several domains, return to the learning path and rebuild the foundations before attempting more questions. A familiar score pattern is not enough if you cannot explain why the answer is correct.
Candidates with earlier CCT experience should add a platform-breadth check. Candidates new to field support should add a terminology and workflow check. Both groups should confirm the current Cisco exam page for logistics before committing the exam fee.
What should I do next?
Start with Cisco’s official exam-topics page and the FLDTEC Learning Path. Build a gap list, study the highest-impact foundation and service-workflow areas first, and then rotate through the platform coverage so that your preparation reflects the consolidated CCT Field Technician scope.
After completing the first learning-path pass, produce your own replacement checklist and a separate software-change checklist. Use them to rehearse preparation, evidence collection, action, recovery thinking, and validation. Compare your notes with the official blueprint rather than with an unofficial dump or memory-based question set.
When the checklist work is reliable without notes, verify the current 800-150 logistics on Cisco’s exam page, including the listed duration, price, and language options. Then schedule through the official route with a realistic review window still available for your weakest domain.
Conclusion
800-150 is best approached as a cross-platform field-support exam, not as a narrow product or command test. The strongest preparation connects networking foundations, service tools, hardware and cabling, configuration protection, software handling, and post-replacement validation. Use Cisco’s blueprint and FLDTEC Learning Path as the evidence base, measure readiness through practical explanations and scenarios, and confirm registration details directly with Cisco before scheduling.