70-743
Upgrading Your Skills to MCSA: Windows Server 2016
70-743 Exam Guide: Windows Server 2016 Upgrade Skills and Retirement Context
Exam 70-743, titled “Upgrading Your Skills to MCSA: Windows Server 2016,” was designed to validate how experienced Windows Server professionals applied Windows Server 2016 installation, storage, compute, networking, and identity capabilities. It served candidates who already held MCSA: Windows Server 2008 or MCSA: Windows Server 2012 R2. The key decision today is historical rather than scheduling-based: use this guide to understand the exam’s technical scope, interpret an old transcript or study plan, and choose a current Microsoft path instead of preparing for an unavailable exam.
What did 70-743 validate?
70-743 tested upgrade-level knowledge of Windows Server 2016 rather than introductory server administration. Its published scope covered installation, storage, compute, networking, and identity functionality, with particular attention to migration decisions and the operating-system features introduced or emphasized in Windows Server 2016.
Microsoft described the intended candidates as IT professionals implementing Windows Server 2016 core infrastructure services. The audience profile assumed that candidates had already earned MCSA: Windows Server 2008 or MCSA: Windows Server 2012 R2. That background explains why the exam combined broad platform coverage with detailed scenario decisions.
The exam was positioned as a single upgrade route to MCSA: Windows Server 2016 for holders of an earlier MCSA. Microsoft’s Windows Server announcement contrasted this route with the three-exam path consisting of 70-740, 70-741, and 70-742 for candidates building the 2016 certification from the beginning.
Can you still schedule this exam?
No. Microsoft retired the exams associated with MCSA: Windows Server 2016, including the 70-743 upgrade exam, so a candidate should not treat old booking pages, practice-test listings, or archived course descriptions as evidence that an appointment is available.
Microsoft announced that the remaining MCSA, MCSD, and MCSE exams would retire on June 30, 2020. Its retirement guidance states that once an exam has been retired, it is no longer available in the certification offerings and the associated certification cannot be earned through that exam.
This changes the practical use of a 70-743 study plan. If your goal is a current credential, first identify the Microsoft role-based certification that matches your work and verify its present exam requirements on Microsoft Learn. If your goal is transcript interpretation or historical skills review, the 70-743 outline remains useful as a description of Windows Server 2016 capabilities.
A certification earned before retirement remains on the Microsoft transcript. Microsoft stated that an existing MCSA, MCSD, or MCSE certification would remain on the transcript after the exams retired, and that it would remain in the active section for two years from June 30, 2020 before moving to the inactive section.
Who was the right candidate?
The intended candidate already understood an earlier Windows Server environment and needed to bridge that knowledge to Windows Server 2016. The exam therefore suited administrators, infrastructure engineers, and other IT professionals responsible for implementing or upgrading core Windows Server services, provided they had the stated MCSA background.
Do not use the old audience profile as a universal prerequisite for learning the material. Someone without MCSA: Windows Server 2008 or MCSA: Windows Server 2012 R2 could still study the technologies, but the original exam was written for an experienced audience and was not designed as a first exposure to Windows Server administration.
A useful self-assessment is to separate three kinds of familiarity: platform fundamentals, upgrade planning, and Windows Server 2016 feature knowledge. If you can explain the operational differences between a legacy deployment and a 2016 deployment, you are approaching the intended level. If you only recognize feature names, begin with hands-on Windows Server foundations before studying upgrade scenarios.
The profile also implies that memorizing isolated commands would be insufficient. A candidate needed to select an edition, installation method, storage design, activation model, or migration approach that fit the stated workload and constraints.
Which skills appeared in the outline?
The outline grouped the exam around Windows Server 2016 implementation decisions. The most productive way to study it is to organize notes by task—install, configure, migrate, monitor, protect, or manage remotely—rather than by a disconnected list of product terms.
The installation coverage included determining Windows Server 2016 installation requirements and choosing appropriate editions for workloads. It also included installing roles and features, installing and configuring Server Core, and managing Server Core through PowerShell, the command line, and remote-management capabilities.
The outline included PowerShell Desired State Configuration for installing systems and maintaining environment integrity. Study this as a configuration-management concept: identify the desired state, understand how it is applied, and recognize how consistency is maintained across servers. Do not reduce the topic to recalling a single sample configuration.
Activation objectives named Automatic Virtual Machine Activation, Key Management Service, and Active Directory-based Activation. Preparation should focus on determining which activation model fits a particular server installation, not merely expanding the abbreviations.
The exam also addressed Nano Server. The objectives included determining appropriate use cases, installing Nano Server, adding roles and features, using Nano Server Image Builder, and managing Nano Server remotely. Treat Nano Server as a deployment-and-management decision area, including the limits of a minimal installation.
Migration objectives covered upgrades and migrations of servers and core workloads from Windows Server 2008 and Windows Server 2012 to Windows Server 2016. This is the central distinction between an upgrade exam and a general product overview: you must reason about source versions, workload continuity, target configuration, and the operational impact of the chosen path.
Installation and management decisions
Build a comparison table for full installation, Server Core, and Nano Server. For each, record its intended use, installation or image process, role and feature management approach, and remote-management method. The purpose is not to claim that one option is always better; it is to select the option that matches the scenario.
Practice administering Server Core without relying on a graphical interface. Use PowerShell and command-line tools to configure a server, then manage it remotely from an administration workstation. Record which steps require local access and which can be performed through remote tools.
For DSC, write a small lab objective such as maintaining a defined service, feature, or configuration state. Then deliberately change the system and observe how your configuration process restores the intended state. This turns a terminology topic into a repeatable administrative workflow.
Storage and resiliency decisions
Storage objectives included storage pools, simple, mirror, and parity layouts, tiered storage, iSCSI, iSNS, Data Center Bridging, MPIO, and Storage Replica scenarios. These topics should be studied as design choices tied to capacity, performance, availability, and infrastructure requirements.
Create scenario cards for each storage technology. One side should describe the workload and constraints; the other should explain the appropriate feature, prerequisites, and trade-offs. Include a reason why the alternatives are less suitable. This forces you to make the type of decision an upgrade exam commonly targeted.
For storage pools and layouts, distinguish the logical arrangement from the physical disks and from the workload’s needs. For iSCSI and MPIO, map the initiator, target, paths, and redundancy relationship. For Storage Replica, focus on the replication scenario and the reason an organization would choose it rather than treating it as a generic backup feature.
Data Deduplication decisions
Data Deduplication objectives included implementation, determining appropriate use, monitoring, and backup-and-restore solutions with deduplication. A strong preparation method is to study the full lifecycle: decide whether it fits, deploy it, observe its effect, and plan how protected data is recovered.
Use a lab or design exercise to compare file types and workloads that may benefit from deduplication with workloads that require caution. Document the reason for the decision, the monitoring signals you would review, and how backup and restore interact with deduplicated data.
A common mistake is to study only the installation procedure. The outline explicitly included appropriate-use determination and monitoring, so preparation should include operational judgment. Another mistake is to treat deduplication as a substitute for backup; the backup-and-restore objective requires a separate recovery plan.
How should you study for an upgrade-focused outline?
Study in dependency order: establish the source and target platform context, learn installation and management choices, build storage and compute scenarios, then connect those decisions to migration, monitoring, and recovery. This sequence prevents you from memorizing Windows Server 2016 features without understanding why an organization would adopt them.
Start by marking every outline item as one of three states: can explain, can perform, or cannot yet apply. “Can explain” means you can describe the feature and its purpose. “Can perform” means you can configure it in a lab or reproduce the workflow from documentation. “Can apply” means you can select it correctly when requirements and constraints change.
Next, create a one-page decision sheet for each major area. Installation should include edition and installation-mode choices. Management should include Server Core, PowerShell, DSC, Nano Server, and remote administration. Storage should include layout, access, pathing, replication, and deduplication decisions. Migration should include source workloads, target state, and recovery considerations.
Use documentation to resolve uncertainty, not to replace active recall. After reading a topic, close the reference and explain the design in your own words. Then test the explanation against a different scenario. If your answer changes only because a product name changed, you may be memorizing labels rather than understanding the underlying decision.
Because the supplied research does not provide domain percentages, do not assign unofficial weights to installation, storage, compute, networking, or identity. Treat every published objective as examinable and prioritize by your own gaps, operational importance, and the dependencies between topics.
What practical lab should you build?
A small isolated lab is more useful than a large environment you cannot reset. Build enough infrastructure to install and manage Windows Server 2016, exercise Server Core and remote administration, test storage concepts where supported, and document migration and recovery decisions without touching production systems.
Begin with installation variants. Practice selecting an edition for a stated workload, installing roles and features, and configuring Server Core. Administer the system locally, then repeat the work remotely. Keep a change log containing the command or tool used, the expected result, and the verification step.
Add PowerShell-based configuration and a DSC exercise. The lab objective should be measurable: a role is present, a service has a defined startup state, or a configuration remains consistent after a deliberate change. The verification step matters because the outline includes maintaining environment integrity, not just issuing configuration commands.
For storage, use whatever supported lab resources are available to model pools, layouts, virtual disks, iSCSI connectivity, and multipath concepts. Where a feature cannot be safely reproduced, use an architecture diagram and a written scenario. Label assumptions instead of presenting a diagram as proof that you performed the deployment.
For deduplication, capture implementation steps, appropriate-use reasoning, monitoring information, and a backup-and-restore plan. For Nano Server, work through image creation and remote management concepts, while recognizing that the exact lab experience may depend on available Windows Server 2016 tooling.
Finish each lab with a failure exercise. Remove a role, break a path, alter a configuration, or introduce an incorrect design assumption in the isolated environment. Then write the diagnostic sequence you would use. Troubleshooting practice is especially valuable because it connects configuration knowledge to operational judgment.
How can you turn the outline into a study roadmap?
A four-phase roadmap works well for this exam’s breadth: baseline the upgrade gap, learn the platform changes, integrate the technologies through scenarios, and verify application under timed study conditions. The phases are a practical recommendation, not an official Microsoft schedule or exam requirement.
Phase one is an inventory. Read the published outline and create a gap matrix with columns for source knowledge, Windows Server 2016 change, hands-on evidence, and remaining questions. Mark migration and upgrade topics separately from new-feature topics; experienced administrators often know the older platform but underestimate the decisions introduced by the target version.
Phase two is focused learning. Study installation, Server Core, Nano Server, DSC, activation, storage, and deduplication in separate blocks. For each block, produce one configuration summary and one scenario summary. The configuration summary answers “how”; the scenario summary answers “when and why.”
Phase three is integration. Design a fictional but realistic infrastructure change: move a workload from an earlier Windows Server version, choose the target installation mode, select an activation model, provide storage, enable appropriate resiliency, and define remote administration and recovery. Explain each decision and identify what you would validate before changing production.
Phase four is verification. Work from short scenarios without notes, then inspect your answers for missing prerequisites, mismatched technologies, and unsupported assumptions. Rebuild the weakest lab rather than rereading every topic. If you use practice material, treat it as a diagnostic aid and never as a source of leaked or future exam questions.
Set a decision point at the end of the roadmap. If you are researching 70-743 for a current certification attempt, stop and select a live role-based alternative. If you are documenting historical knowledge, finish with a transcript note and a skills matrix showing which Windows Server 2016 capabilities you can still demonstrate.
Which mistakes waste the most preparation time?
The biggest mistake is preparing as though 70-743 were still schedulable. Confirm credential status before buying training or booking anything. Microsoft’s retirement guidance is the controlling source for availability; an archived objective document describes scope, not current access.
Another mistake is treating the exam as a feature glossary. A candidate may recognize MPIO, Storage Replica, DSC, and activation terms yet fail to connect them to requirements. Correct this by writing a reason, prerequisite, and verification step for every feature you study.
Do not assume that prior MCSA experience automatically covers the Windows Server 2016 upgrade gap. Revisit the target platform’s installation modes, Nano Server, activation models, storage options, and migration concerns explicitly. Familiarity with Windows Server 2008 or Windows Server 2012 is a starting point, not evidence of target-version competence.
Avoid building a lab that proves only successful installation. Include remote management, configuration consistency, monitoring, backup and restore, and failure recovery. These activities expose gaps that a command-by-command walkthrough can hide.
Do not assign importance using unsupported percentages. The supplied 70-743 research identifies objectives but does not provide domain weights. Unofficial weightings can cause you to neglect a smaller-looking area, especially identity or networking, even though the exam covered all five broad capability areas.
Finally, avoid relying on dumps or memorized answer keys. They do not establish whether a design is appropriate, can become inaccurate, and do not replace the ability to administer or migrate a real system. Use legitimate documentation, controlled practice, and scenario reasoning instead.
What delivery information is actually evidenced?
The supplied official research confirms the exam’s historical purpose and objectives, but it does not provide reliable current information about question count, exam duration, passing score, delivery method, scheduling availability, price, or current language list. Those details should not be copied from third-party pages or old advertisements.
Microsoft’s support material explains that candidates can seek accommodations and that, when a selected exam is not available in a candidate’s native language, an application for extra exam time may be possible. This support guidance should be checked against the current Microsoft process rather than assumed to describe a retired exam’s present booking options.
The support page also directs candidates with exam appointment or delivery issues to the relevant exam delivery partner and provides a route for challenging an exam item. Those procedures are general support information; they do not make 70-743 available again.
Microsoft’s Ignite preparation session was aimed at people experienced with Windows Server who were interested in 70-740 or 70-743 and discussed exam topics and test-taking techniques. It is useful historical context, but a recorded preparation session is not a current exam specification.
How does retirement affect your next certification decision?
Retirement means the correct next action depends on your objective. For a current credential, compare your responsibilities with Microsoft’s active role-based certifications. For historical study, use the 70-743 outline as a Windows Server 2016 skills reference. For transcript verification, sign in to Microsoft Learn and inspect the credential’s recorded status.
Microsoft explained that its role-based training and certifications are maintained around changing job roles, features, and services. That makes a current role-based path a more defensible career decision than attempting to recreate a retired MCSA route from archived material.
If you already earned the relevant MCSA, do not assume retirement erased it. Microsoft stated that existing MCSA, MCSD, and MCSE certifications remain on the transcript after exam retirement, with the active-to-inactive treatment described in its credential guidance. Check your own transcript for the authoritative record.
If you are studying Windows Server administration rather than pursuing the historical badge, preserve the useful technical outcomes: installation planning, Server Core management, DSC, storage design, deduplication, replication, activation, Nano Server concepts, and migration planning. Then map those capabilities to the current Microsoft learning and certification options that are available for your role.
Before spending money, complete three checks: verify that the target credential is active, confirm its current required exams, and confirm that the learning material matches the current skills outline. This prevents an old 70-743 resource from becoming an accidental substitute for a current certification plan.
What should you do now?
Do not try to book 70-743. Use the archived outline to assess Windows Server 2016 knowledge, then move to a current Microsoft credential or a role-relevant skills plan. The fastest sound decision is to verify status first, identify your target role, and only then select training or lab work.
If you need historical exam preparation, download the official outline and create a gap matrix for installation, storage, compute, networking, and identity. Add the specific objectives for Server Core, DSC, Nano Server, activation, storage, deduplication, and upgrades. Use labs and scenario explanations to close the gaps.
If you already hold the associated certification, check its Microsoft Learn transcript rather than relying on a reseller or old badge page. Keep a copy of the official retirement guidance with your records if the credential is relevant to an employment or partner-compliance discussion.
If you want a current Microsoft credential, begin with the official certification catalogue and select an active role-based option that reflects your actual work. Treat 70-743 as historical Windows Server 2016 background, not as a current exam appointment.
Finally, keep your study notes version-labeled. Separate Windows Server 2016 material from current Microsoft guidance so that a correct historical command or design is not mistaken for a current certification requirement.
Conclusion
70-743 was a focused upgrade examination for experienced Windows Server professionals moving from MCSA: Windows Server 2008 or MCSA: Windows Server 2012 R2 knowledge toward Windows Server 2016. Its value today is as a historical skills map covering installation, management, migration, storage, compute, networking, and identity. Because the exam retired, the practical candidate decision is clear: use its outline to evaluate or preserve Windows Server 2016 expertise, but verify Microsoft Learn for an active role-based certification before planning a new exam.