100% Real Microsoft 70-415 Exam Questions & Answers, Accurate & Verified By IT Experts
Instant Download, Free Fast Updates, 99.6% Pass Rate
Microsoft 70-415 Practice Test Questions in VCE Format
Archived VCE files
| File | Votes | Size | Date |
|---|---|---|---|
File Microsoft.Test-papers.70-415.v2014-03-04.by.BETTY.100q.vce |
Votes 8 |
Size 6.56 MB |
Date Mar 04, 2014 |
Microsoft 70-415 Practice Test Questions, Exam Dumps
Microsoft 70-415 (Implementing a Desktop Infrastructure) exam dumps vce, practice test questions, study guide & video training course to study and pass quickly and easily. Microsoft 70-415 Implementing a Desktop Infrastructure exam dumps & practice test questions and answers. You need avanset vce exam simulator in order to study the Microsoft 70-415 certification exam dumps & Microsoft 70-415 practice test questions in vce format.
The Implementing a Desktop Infrastructure exam, known by its code 70-415, was a professional-level certification test from Microsoft. It served as a key component of the prestigious Microsoft Certified Solutions Expert (MCSE): Desktop Infrastructure certification for the Windows Server 2012 platform. This exam was designed for experienced IT professionals, such as desktop administrators and systems engineers, who were responsible for planning, designing, and deploying desktop environments in a medium to large enterprise. It focused on a modern, centralized approach to desktop management.
Passing the 70-415 Exam demonstrated a candidate's expertise in a suite of powerful technologies for managing desktops and applications at scale. Even though the specific exam is retired, the underlying concepts of desktop virtualization, application delivery, and user environment management remain highly relevant in today's IT landscape of hybrid work and cloud computing. The exam rigorously tested a candidate's ability to implement and manage a flexible, scalable, and secure desktop infrastructure, making it a valuable benchmark of advanced technical skill for anyone preparing for the 70-415 Exam.
To prepare for the 70-415 Exam, one must first grasp the shift from traditional to modern desktop management. In a traditional model, each desktop is a silo, with the operating system, applications, and user data all residing locally. This model is difficult to manage, secure, and scale. A modern desktop infrastructure centralizes these components. This is achieved through three key pillars: Virtual Desktop Infrastructure (VDI), application virtualization, and user state virtualization.
The business drivers for this modern approach are a core part of the knowledge needed for the 70-415 Exam. Centralization enhances security by keeping sensitive data in the datacenter. It simplifies management by allowing administrators to update a single master image instead of thousands of individual PCs. It also provides greater flexibility for users, enabling them to access their desktop and applications from any device, anywhere, which is a key enabler for Bring Your Own Device (BYOD) initiatives.
The official Microsoft exam blueprint, or skills measured document, is the most crucial resource for preparing for the 70-415 Exam. This document provides a detailed outline of all the topics and sub-topics that are covered on the test, along with their approximate percentage weighting. This allows you to create a highly focused study plan, dedicating more time and effort to the areas that form the largest part of the exam. A systematic approach, using the blueprint as a checklist, is the most effective way to prepare.
The key domains of the 70-415 Exam blueprint typically included creating and maintaining desktop images, designing and deploying desktops, planning and implementing an application virtualization strategy, and designing and implementing a Remote Desktop Services infrastructure. By carefully studying each objective within these domains, you ensure that your knowledge base is perfectly aligned with the skills that the exam is designed to validate, leaving no gaps in your preparation.
The 70-415 Exam was built upon a stack of interconnected Microsoft technologies, primarily from the Windows Server 2012 R2 ecosystem. A deep, practical understanding of each of these is required. The foundation is Windows Server 2012 R2, which provides the platform for all the other services. The heart of Microsoft's desktop virtualization solution is Remote Desktop Services (RDS). This suite of roles enables both session-based and full virtual machine-based (VDI) desktops.
For managing applications, the exam focused heavily on Application Virtualization (App-V), which decouples applications from the operating system. To manage the user experience and ensure settings roam between devices, the key technology is User Experience Virtualization (UE-V). Finally, for creating and deploying desktop images, you need to be proficient with the Windows Assessment and Deployment Kit (ADK). The 70-415 Exam tests not just these individual technologies, but how they work together to create a cohesive solution.
It is impossible to pass a hands-on, implementation-focused test like the 70-415 Exam with theoretical knowledge alone. Building and using a personal lab environment is an absolute necessity. Your lab is where you will translate book knowledge into practical skills, troubleshoot problems, and build the muscle memory required for the exam. For this lab, you will need a physical or virtual server with a significant amount of RAM (at least 32 GB is recommended) and sufficient storage to host multiple virtual machines.
Your lab should be configured as a proper Active Directory domain. You will need to install Windows Server 2012 R2 to act as a domain controller and as the host for the various infrastructure roles. You will also need client virtual machines, such as Windows 8 or 10, to act as your target desktops. A trial version of SQL Server is also required for certain high-availability configurations. Taking the time to build this lab correctly is the most important investment you can make in your preparation for the 70-415 Exam.
Remote Desktop Services, or RDS, is a central pillar of the 70-415 Exam content. RDS is a role in Windows Server that provides technologies for users to connect to remote computers, virtual desktops, and applications. You must have a solid understanding of the different roles that make up an RDS deployment. These include the RD Connection Broker, which directs users to their assigned resources; RD Web Access, which provides a web portal for users; and the RD Gateway, which enables secure remote connections from the internet.
You must also understand the two primary modes of RDS. Session-based virtualization, the evolution of traditional Terminal Services, allows multiple users to share sessions on a single server. In contrast, virtual machine-based desktop virtualization, or VDI, provides each user with their own dedicated virtual machine. The 70-415 Exam requires a deep understanding of how to design, deploy, and manage both of these scenarios, particularly the more complex VDI deployments.
A successful study strategy for the 70-415 Exam begins with gathering the right resources and creating a structured plan. The official Microsoft curriculum and courseware for the exam are the best starting point. These should be supplemented with in-depth reading from resources like Microsoft's TechNet articles, which provide detailed technical documentation on each of the technologies. Using reputable practice exams can also be a valuable tool for gauging your readiness and getting used to the question formats.
Your study plan should be mapped directly to the official exam objectives from the blueprint. Most importantly, your plan must allocate a significant amount of time for hands-on lab work. A good approach is to dedicate specific days or weeks to each major technology. For example, spend one week building out the core RDS infrastructure, the next week mastering App-V, and the following week focusing on UE-V. This structured, practical approach is the key to mastering the skills needed for the 70-415 Exam.
Application virtualization is a transformative technology and a core component of the 70-415 Exam. The fundamental concept is the separation of an application from the operating system on which it runs. In a traditional installation, an application's files and registry settings are deeply integrated with the OS. With virtualization, the application is packaged into a self-contained, isolated bubble. This "bubble" contains everything the application needs to run without making significant changes to the underlying OS.
The benefits of this approach are numerous and are key knowledge for the 70-415 Exam. It virtually eliminates application-to-application conflicts, as each virtualized application runs in its own isolated environment. It also simplifies operating system migrations, as you do not need to reinstall every application. Instead, the same virtual package can often run on the new OS. This technology enables the on-demand delivery of applications to users, providing a more flexible and manageable application landscape. Microsoft's solution for this is App-V.
To master App-V for the 70-415 Exam, you must have a solid understanding of its architecture. The process begins with the App-V Sequencer. This is a tool used by an administrator to monitor an application's installation and capture all of its components into a virtual package. These packages are then managed by the App-V Server. The server infrastructure consists of a Management Server for administering packages, a Publishing Server for advertising applications to clients, and a Reporting Server for tracking usage.
The final component is the App-V Client, which must be installed on the user's desktop or RDS Session Host. The client communicates with the Publishing Server to see which applications the user is entitled to. When a user launches a virtual application for the first time, the client streams the necessary parts of the package from a content store and runs it in the local virtual environment. The 70-415 Exam requires you to know the role of each of these components and how they interact.
The process of creating a virtual application package is known as sequencing, and it is a critical hands-on skill for the 70-415 Exam. Sequencing is performed using the App-V Sequencer tool on a dedicated, clean computer. It is essential that this sequencing machine matches the operating system and patch level of the target client machines and has no other applications installed to ensure a clean capture.
The sequencing process is a wizard-driven workflow. You start monitoring, install the application as you normally would, configure any necessary settings or shortcuts, and then stop monitoring. The Sequencer captures all the file system and registry changes made during this process and bundles them into the App-V package. Mastering the best practices for sequencing, such as handling applications with drivers or middleware, is a key part of the knowledge required for the 70-415 Exam.
Once an application has been successfully sequenced, the resulting package must be made available to users. This is managed through the App-V Management Server, and the process is a key topic for the 70-415 Exam. The first step is to import the new package into the management console. From there, you can configure its properties and then publish it. Publishing is the process of making the application available to specific users or computers.
Access to virtual applications is controlled by assigning the packages to Active Directory user or computer groups. For example, you could create a "Finance Apps" AD group and assign the accounting software package to this group. Any user who is a member of this group will then see the application icon appear on their desktop or start menu automatically. This tight integration with Active Directory is a core feature you must understand for the 70-415 Exam.
The App-V client is the piece of software that enables end-user machines to run virtualized applications. A deep understanding of its installation and configuration is required for the 70-415 Exam. The client must be deployed to all target machines, which can include physical desktops, VDI virtual machines, and RD Session Host servers. The client runs as a service and integrates with the operating system to present the virtual applications to the user as if they were locally installed.
A key configuration choice for the client is its operational mode. In a VDI or RD Session Host environment, it is often configured in Shared Content Store mode. In this mode, the virtual application packages are not fully downloaded to the client. Instead, the blocks of the application are streamed over the network on-demand, which saves a significant amount of local disk space on the host servers. Knowing when and how to use this mode is important for the 70-415 Exam.
Beyond the basics, the 70-415 Exam will test your knowledge of more advanced App-V features. One of the most important of these is Connection Groups. By default, each virtual application runs in its own isolated bubble and cannot see or interact with other virtual applications. Connection Groups allow you to link multiple virtual packages together so they can run in the same virtual environment. This is essential for applications that are installed as plug-ins or add-ins for another application, like a Microsoft Office plug-in.
Another powerful feature is Dynamic Configuration. This allows you to customize a virtual package for a specific user or group without having to create a new version of the package. For example, you could use a dynamic configuration file to disable certain application features or change server connection settings for a specific department. Understanding how to use these advanced features to solve complex application deployment challenges is a key skill for the 70-415 Exam.
App-V is particularly powerful when used in a Remote Desktop Services environment, and this integration is a key topic for the 70-415 Exam. In an RD Session Host deployment, many users share the same server. Installing numerous applications directly on the server can lead to conflicts and management overhead. By delivering applications to the session hosts using App-V, you can isolate each application and simplify the management of the underlying server image.
The process involves installing the App-V client on the RD Session Host servers and configuring it to receive published applications from the App-V infrastructure. When a user logs into their session, the App-V client communicates with the Publishing Server and makes the user's entitled applications available within their session. This combination of technologies allows for a highly flexible and scalable application delivery solution for session-based desktops, and you must understand how to implement it for the 70-415 Exam.
A certified professional must not only know how to implement a technology but also how to troubleshoot it when things go wrong. The 70-415 Exam will expect you to have a foundational knowledge of troubleshooting App-V. Common issues can arise during the sequencing process. For example, an application with a device driver cannot be fully virtualized, and you need to know how to handle this by deploying the driver separately.
On the client side, you might encounter issues such as an application failing to launch or a publishing refresh failing to occur. To diagnose these problems, you need to know where to look. The primary tools for troubleshooting are the Windows Event Logs, specifically the dedicated App-V logs. These logs provide detailed error messages that can help you pinpoint the root cause of an issue. Familiarity with these logs and common error scenarios is an important part of preparing for the 70-415 Exam.
A core domain of the 70-415 Exam is the ability to design and implement a Virtual Desktop Infrastructure (VDI) using Microsoft's Remote Desktop Services (RDS). The first step in any design is understanding the key choices. You must be able to differentiate between session-based virtualization, where users share a server, and VM-based virtualization (VDI), where each user gets their own dedicated virtual machine. VDI is typically used when users require a higher degree of personalization or application compatibility.
Within VDI, another critical design choice is between personal and pooled virtual desktops. A personal virtual desktop is assigned to a single user, who can personalize it and install applications. A pooled virtual desktop is a generic desktop that is assigned to a user from a pool for a session and then reset to its original state when they log off. The 70-415 Exam will expect you to be able to choose the correct model based on a given set of user requirements, considering factors like user profiles, storage, and cost.
Once the design is complete, you must deploy the necessary infrastructure roles, a key hands-on skill for the 70-415 Exam. The deployment of RDS is wizard-driven and highly automated in Windows Server 2012 R2. For a VDI deployment, the essential roles are the RD Connection Broker, the RD Web Access server, and one or more RD Virtualization Host servers. The RD Connection Broker is the brain of the operation, tracking user sessions and connecting users to their correct virtual desktop.
The RD Virtualization Host is a Hyper-V server that is designated to host the virtual desktop virtual machines. The installation wizard will automatically configure the Hyper-V host with the necessary settings to allow the Connection Broker to manage the lifecycle of the VMs. A solid understanding of the deployment process and the function of each of these core roles is a fundamental requirement for the 70-415 Exam.
After the core infrastructure is in place, you can create the virtual desktops that the users will connect to. In RDS, this is managed through the concept of a Collection, which is a major topic for the 70-415 Exam. A collection is a group of virtual desktops that share a common configuration and are managed as a single unit. The process of creating a collection begins with the creation of a master virtual machine, which will serve as the template.
You install the operating system, all necessary patches, and any core applications onto this master VM and then generalize it using the Sysprep tool. You then use the "Create Collection" wizard in the RDS management console. The wizard uses your master image to automatically provision the number of virtual desktops you specify, whether they are personal or pooled. This automated provisioning capability is a key feature you must master for the 70-415 Exam.
One of the biggest challenges in a VDI environment, particularly with non-persistent pooled desktops, is managing the user's profile. In a pooled scenario, any changes a user makes to their desktop are discarded when they log off. This creates a poor user experience. The 70-415 Exam requires you to know how to solve this problem using a feature called User Profile Disks (UPDs).
UPDs work by redirecting the user's entire profile folder (C:\Users\<username>) to a dedicated virtual hard disk (.vhdx file) that is stored on a central file server. When a user logs into a pooled virtual desktop, their UPD is mounted and attached to their session, providing them with their personal settings and data. When they log off, the UPD is detached. This technology provides a simple and effective way to give users a persistent experience in a non-persistent environment.
While User Profile Disks are great for capturing the entire user profile in a VDI environment, a more flexible and granular solution for managing user settings is User Experience Virtualization (UE-V). UE-V is a key technology in the 70-415 Exam curriculum. Its purpose is to capture specific application and operating system settings for a user and roam them across multiple devices. This is not limited to VDI; it works seamlessly between physical and virtual desktops.
The key components of UE-V are the UE-V Agent, which is installed on each user's device, and a central network share called the Settings Storage Location. When a user logs off or closes an application, the agent captures the relevant settings and saves them to a package on the network share. When the user logs on to another device, the agent downloads the settings package and applies it, creating a consistent experience for the user regardless of which device they are using.
The deployment and configuration of UE-V are practical skills you will need for the 70-415 Exam. The process begins with creating a network share to serve as the settings storage path. You then deploy the UE-V agent to all of your client computers, which can be done using Group Policy or another software distribution system. The agent is configured, typically via Group Policy, with the location of the settings storage path.
Out of the box, UE-V comes with a set of predefined settings location templates for common Microsoft applications and Windows settings. These templates are XML files that tell the agent exactly which file locations and registry keys to monitor for a given application. For the 70-415 Exam, you should also be aware that you can create your own custom templates for third-party or in-house applications using the UE-V Generator tool.
For any production VDI deployment, high availability is a critical requirement. The 70-415 Exam expects you to know how to design and configure a highly available RDS infrastructure. The most critical component to make highly available is the RD Connection Broker, as it is a single point of failure in a standard deployment. In Windows Server 2012 R2, you can configure the Connection Broker in an active/active high availability mode.
This involves deploying two or more Connection Broker servers and using a shared SQL Server database to store the configuration information. A DNS entry is then created that points to all the active brokers. For the RD Web Access and RD Gateway roles, high availability is typically achieved by deploying multiple servers and using a technology like DNS Round Robin or a hardware load balancer to distribute the traffic between them.
The RD Gateway role is the component that provides secure access to your internal VDI and session-based resources for users connecting from the internet. Its configuration and management are key topics for the 70-415 Exam. The RD Gateway uses HTTPS to encrypt the entire communication stream, tunneling the RDP traffic through the SSL connection. This means you only need to open a single port (TCP 443) on your firewall, which significantly improves the security posture.
Access through the RD Gateway is controlled by two types of policies. Connection Authorization Policies (CAPs) define who is allowed to connect through the gateway. Resource Authorization Policies (RAPs) define which internal resources an authorized user is allowed to connect to. These policies are highly flexible and can be integrated with Network Policy Server (NPS) to enforce advanced health and security checks on connecting clients.
Beyond virtual desktops, the 70-415 Exam also covers the deployment and management of traditional physical desktops at scale. A core part of this is planning a suitable deployment strategy. You must be able to differentiate between the various deployment methodologies. These range from high-touch manual installations, suitable only for very small environments, to more automated methods like Lite-Touch Installation (LTI) and Zero-Touch Installation (ZTI).
The 70-415 Exam focuses on the tools that enable these automated, image-based deployments. For LTI, the primary tool is the Microsoft Deployment Toolkit (MDT). For the more complex ZTI, MDT is typically integrated with a powerful management solution like System Center Configuration Manager (SCCM). The foundation for all of these tools is the Windows Assessment and Deployment Kit (ADK), which provides the core technologies for deploying and customizing Windows images.
The Windows Assessment and Deployment Kit, or ADK, is a collection of tools that you can use to customize, assess, and deploy the Windows operating system. For the 70-415 Exam, you need to be familiar with several key components of the ADK. The most fundamental of these is Windows PE (Preinstallation Environment), which is a minimal version of Windows used to boot a computer and start the operating system deployment process.
Another critical component is the User State Migration Tool (USMT). This is a command-line utility used to migrate user files and settings from an old computer to a new one. The Volume Activation Management Tool (VAMT) is used to manage and automate the activation of Windows and Office across a large number of computers. Understanding the purpose and basic usage of these ADK tools is a key requirement for the 70-415 Exam.
The cornerstone of a modern, automated deployment process is the creation of a standardized, or "golden," reference image. The 70-415 Exam expects you to know how to use the Microsoft Deployment Toolkit (MDT) to build and capture such an image. The process begins with setting up a deployment share in MDT. This is a central repository where you will store all the necessary components for your deployments.
Into this deployment share, you will import the operating system files, any necessary drivers for your hardware models, and the applications you want to include in your base image. You then create a Task Sequence. A task sequence is a powerful, script-like set of steps that automates the entire process. For a reference image, the task sequence will typically install the operating system, install applications and updates, and then run Sysprep before capturing the customized image as a .WIM file.
Once you have a captured reference image, you can use MDT to perform a Lite Touch Installation (LTI) to deploy it to new or existing computers. This process is a key hands-on skill for the 70-415 Exam. The deployment process starts by booting the target computer from Windows PE, either via a USB drive, a CD, or over the network using Windows Deployment Services (WDS).
From within Windows PE, the LTI process connects to the MDT deployment share. The technician is then presented with a series of wizard screens where they can choose which task sequence to run, name the computer, and provide other necessary information. The task sequence then runs automatically, partitioning the hard drive, applying the reference image, installing any additional drivers or applications, and joining the computer to the domain. This semi-automated process dramatically reduces the time and effort required to deploy new desktops.
In a refresh scenario, where you are upgrading an existing computer to a new operating system, preserving the user's data and settings is critical. The 70-415 Exam requires you to know how to use the User State Migration Tool (USMT) for this purpose. USMT consists of two main command-line tools: ScanState and LoadState. ScanState is used on the old computer to scan for user profiles, files, and settings and save them to a secure network location.
After the new operating system has been deployed, the LoadState tool is run on the new computer. It connects to the network location where the user's data was saved and restores it to the correct locations in the new user profile. For the 70-415 Exam, you should understand how to integrate these USMT steps directly into an MDT task sequence to create a fully automated refresh process that seamlessly migrates the user's state as part of the OS upgrade.
Securing the desktop environment is a critical administrative responsibility, and the 70-415 Exam includes objectives related to desktop security. The primary tool for configuring and enforcing security settings on a large number of desktops is Group Policy. You should be familiar with how to use Group Policy Objects (GPOs) to configure a wide range of settings, from password policies and user rights assignments to firewall rules and software restriction policies.
A key security technology you should know for the 70-415 Exam is AppLocker. AppLocker provides a powerful application whitelisting capability, allowing you to create rules that specify exactly which applications are allowed to run on a user's desktop. This can significantly reduce the risk of malware infections. Another important technology is BitLocker Drive Encryption, which provides full-volume encryption to protect data at rest on laptops and desktops, especially in the case of loss or theft.
A certified professional must know how to monitor the health and performance of the infrastructure they manage. The 70-415 Exam will expect you to be familiar with the built-in tools for monitoring your desktop deployment and VDI environment. For real-time performance troubleshooting, you should be proficient with tools like Performance Monitor and Resource Monitor. These tools allow you to analyze CPU, memory, disk, and network usage to identify performance bottlenecks.
For diagnosing problems and performing root cause analysis, the Windows Event Logs are your most valuable resource. You should know how to use the Event Viewer to check the specific logs on your RDS role servers, such as the Connection Broker or Gateway logs, to troubleshoot connection issues. For more comprehensive, enterprise-wide monitoring, the exam may also touch on the role of a solution like System Center Operations Manager (SCOM).
A common type of question on the 70-415 Exam involves designing a solution for a specific business need. For example, consider a requirement to provide a highly secure and standardized desktop environment for the finance department, where users handle sensitive data. The ideal solution would be a Virtual Desktop Infrastructure (VDI) deployment using a pooled virtual desktop collection. This ensures that each user session starts from a clean, non-persistent state.
To manage user personalization, you would implement User Profile Disks (UPDs). To enhance security, the master image for the collection would be hardened, and an AppLocker policy would be applied via Group Policy to strictly control which applications can run. All business applications would be virtualized and delivered on-demand using App-V. For remote users, access would be funneled through a highly secure RD Gateway configured with strict Connection and Resource Authorization Policies.
Another practical scenario for the 70-415 Exam is an operating system migration. Imagine you need to automate the migration of the sales team's laptops from Windows 7 to Windows 10, with a key requirement to preserve all of their local data and settings. The best tool for this is the Microsoft Deployment Toolkit (MDT) configured for a Lite Touch Installation (LTI) refresh.
You would create a single, comprehensive task sequence in MDT. This sequence would first use the User State Migration Tool (USMT) to run the ScanState process, capturing the user's data to a network store. It would then format the drive, apply the new Windows 10 reference image, install drivers and core applications, and finally, run the LoadState process to restore the user's data. To ensure key application settings roam correctly, you would also deploy User Experience Virtualization (UE-V).
Consider a scenario from the 70-415 Exam where you must manage the software for a university computer lab. The lab computers are shared by many students from different faculties, and each faculty requires a different set of specialized, and often conflicting, academic software. Installing all this software locally would be a management nightmare. The ideal solution here is to implement a Microsoft App-V infrastructure.
You would use the App-V Sequencer to package each piece of academic software into its own isolated virtual application. These packages would then be published to the lab computers. When a student logs in, they would see the icons for the software they are entitled to. When they launch an application, it streams on-demand and runs in its own virtual bubble, preventing any conflicts. For software suites that need to interact, such as a programming IDE and a compiler, you would use App-V Connection Groups.
As you finalize your studies for the 70-415 Exam, it is critical to review the concepts that are often confused. Be absolutely certain that you can articulate the differences between a VDI deployment (VM-based) and an RD Session Host deployment (session-based). Be able to clearly explain the different use cases for User Profile Disks (UPDs), which capture the entire profile, versus User Experience Virtualization (UE-V), which captures specific settings.
In App-V, ensure you understand when to use a Connection Group versus just deploying standalone packages. For the RD Gateway, be sure you can differentiate between Connection Authorization Policies (CAPs), which control who can connect, and Resource Authorization Policies (RAPs), which control what they can connect to. Solidifying your understanding of these distinctions will be crucial for answering complex scenario questions on the 70-415 Exam.
The 70-415 Exam was known for its challenging question formats, which went beyond simple multiple-choice. You could expect complex scenario-based questions, detailed case studies that span multiple questions, and interactive question types like "drag and drop" or "build list and reorder." To succeed, you must be able to read a business or technical problem description and translate it into a viable solution using the technologies from the curriculum.
A key skill that is implicitly tested is your knowledge of PowerShell. While you may not be asked to write a full script from scratch, you will need to be able to recognize and understand the purpose of the key PowerShell cmdlets used to manage RDS, App-V, and UE-V. Many questions may present a problem and offer several PowerShell commands as potential solutions, and you will need to choose the correct one.
In your final days of preparation for the 70-415 Exam, your focus should be on review and consolidation. Go back to the official exam blueprint and do a rapid review of the most heavily weighted topics, such as Remote Desktop Services, App-V, and desktop deployment strategies. Spend some time memorizing the key PowerShell cmdlets for the major technologies, as these are likely to appear on the exam.
Use a reputable practice exam to test your knowledge one last time and to get comfortable with the timing and question styles. On the day of the exam, be well-rested and confident. The skills validated by the 70-415 Exam, covering the entire lifecycle of desktop and application delivery, are incredibly valuable. Mastering these technologies demonstrates your ability to design and manage a modern, flexible, and secure desktop infrastructure that can meet the evolving needs of any business.
Go to testing centre with ease on our mind when you use Microsoft 70-415 vce exam dumps, practice test questions and answers. Microsoft 70-415 Implementing a Desktop Infrastructure certification practice test questions and answers, study guide, exam dumps and video training course in vce format to help you study with ease. Prepare with confidence and study using Microsoft 70-415 exam dumps & practice test questions and answers vce from ExamCollection.
Top Microsoft Certification Exams
Site Search:
SPECIAL OFFER: GET 10% OFF
Pass your Exam with ExamCollection's PREMIUM files!
SPECIAL OFFER: GET 10% OFF
Use Discount Code:
MIN10OFF
A confirmation link was sent to your e-mail.
Please check your mailbox for a message from support@examcollection.com and follow the directions.
Download Free Demo of VCE Exam Simulator
Experience Avanset VCE Exam Simulator for yourself.
Simply submit your e-mail address below to get started with our interactive software demo of your free trial.