Unable to find what you're searching for?
We're here to help you find itThe "Upgrading Your Skills to MCSA: Windows Server 2016" course, aligned with the 70-743 exam, is designed for IT professionals to update their expertise from older versions to the latest Windows Server technology. The comprehensive curriculum covers a broad range of topics, starting with Module 1, where learners gain foundational knowledge including the introduction to Windows Server 2016, Installation procedures, Configuration guidelines, and understanding Server role migrations, with a focus on Nano Server and Activation models.
Throughout the subsequent modules, participants delve into Storage solutions, Directory services, implementing Active Directory Federation Services (AD FS), Network services, and Hyper-V virtualization. The course also encompasses Advanced networking features, Software Defined Networking (SDN), Remote access technologies, container management with Docker, and Failover clustering, which includes Hyper-V integration and High availability configurations.
By the end of this course, learners will be well-equipped with the skills needed for the 70-743 certification and will be adept at deploying, managing, and maintaining the Windows Server 2016 environment, ensuring they are up-to-date with the latest Microsoft server technologies.
Successfully delivered 45 sessions for over 63 professionals
Purchase This Course
♱ Excluding VAT/GST
Classroom Training price is on request
You can request classroom training in any city on any date by Requesting More Information
♱ Excluding VAT/GST
Classroom Training price is on request
You can request classroom training in any city on any date by Requesting More Information
Certainly! Here are the minimum required prerequisites for successfully undertaking training in the "Upgrading Your Skills to MCSA: Windows Server 2016" course:
These prerequisites are meant to ensure that learners have a foundational understanding of key concepts and technologies that will be built upon in the "Upgrading Your Skills to MCSA: Windows Server 2016" course. With these skills, students will be better equipped to grasp the advanced topics and get the most out of their training experience.
This course equips IT professionals with advanced skills for managing and implementing Windows Server 2016 infrastructures.
Target Audience:
In the Upgrading Your Skills to MCSA: Windows Server 2016 course, participants will gain advanced knowledge and skills to implement the core infrastructure services of Windows Server 2016.
Failover clustering is a method used in computing to increase system availability by connecting multiple servers in a group, or cluster. The primary purpose is to ensure if one server fails, another can immediately take over the workload without significant interruption. Each server in the cluster is prepared with the same critical applications and data. This setup provides redundancy, so operations continue smoothly and reliably, even during unexpected hardware or software failures, ensuring minimal downtime and maintaining business continuity efficiently. It’s particularly valuable in environments where constant service availability is crucial.
Hyper-V is a virtualization technology developed by Microsoft that allows you to create and manage virtual machines on a physical host computer. By using Hyper-V, you can operate multiple operating systems simultaneously on the same hardware, which enhances resource utilization and efficiency. This technology is particularly valuable for testing environments, server consolidation, and development purposes, as it enables users to easily isolate and scale systems based on needs without the requirement for additional hardware. Hyper-V is integrated into Windows Server and offers features like live migration, network virtualization, and storage resource pools.
Windows Server 2016 is a server operating system developed by Microsoft as part of the Windows NT family. It is designed to handle corporate networking, databases, internet hosting, and other server-based operations. Key features include enhanced security, container support for lightweight virtualization, and stronger cloud integration, allowing businesses to efficiently manage their IT environments and improve productivity. The system also supports new hardware and software innovation, facilitating a more robust and scalable server infrastructure, making it a choice platform for many enterprise-level applications and services.
Installation procedures are the step-by-step methods used to correctly set up software or hardware in a system. This process ensures that the device or application operates efficiently and securely. Key steps often include preparing your environment (ensuring compatibility), running the setup program, and following on-screen instructions to adjust settings according to specific needs. Post-installation, it is crucial to verify the installation through testing to ensure functionality. Regular updates and maintenance should follow to keep the system optimal. Understanding these procedures can help avoid common pitfalls and enhance the performance and security of your technology.
Configuration guidelines are standardized sets of rules and procedures provided to ensure that hardware, software, and networking arrangements are set up accurately and consistently. They help in optimizing the performance and security of IT systems. Following these guidelines reduces compatibility issues, enhances system stability, and ensures that deployments meet required specifications. This assists organizations in managing IT environments effectively, improving system reliability, and supporting troubleshooting efforts.
Server role migrations involve transferring roles and responsibilities from one server to another within a network. This process is crucial when upgrading hardware, implementing new software, or optimizing resources for better performance and reliability. Effective server role migration ensures minimal disruption to services, maintaining data integrity and security throughout the transition. Essential steps in this process include thorough planning, role compatibility checks, backup of data, and rigorous testing post-migration. The aim is to make transitions seamless, avoiding service downtime and ensuring that all system functionalities continue to operate efficiently on the new server setup.
Nano Server is a slimmed-down version of Windows Server, designed to run cloud-native applications and services. It takes up far less space, requires fewer updates, and needs less processing power than traditional Windows Server setups, making it highly efficient and faster to deploy. Ideal for datacenters and enterprises, Nano Server supports key workloads and enables quicker, more secure setups for applications like Hyper-V, Windows Server containers, and microservices. Its minimalistic design reduces the risk of security threats and simplifies system maintenance, aligning with the needs of modern, agile IT environments.
Activation models are mathematical techniques used within artificial neural networks to determine the output of nodes, or 'neurons', in these networks. It helps the network decide what information should be passed along as meaningful by transforming input signals into outputs for the next layer of neurons. Common activation models include the sigmoid, tanh, and ReLU functions. These models introduce non-linearity to the processing, essential for learning complex patterns and making intelligent decisions in tasks such as image and speech recognition, or in predictive analytics.
Storage solutions refer to various methods and technologies used to save and manage data in digital form. There are several types such as local storage, which includes physical devices like hard drives and SSDs directly attached to a computer. Network Attached Storage (NAS) allows multiple users and devices to access data over a network. Another robust solution is cloud storage, which stores data on remote servers accessed through the internet, offering scalability, accessibility, and data protection. Each type is suited for different needs, balancing factors like cost, capacity, speed, and security.
Directory services are systems that store, organize, and provide access to information in a directory. In information technology, this usually pertains to user data, such as names, passwords, and permissions, allowing for efficient management and security of user resources across a network. They play a crucial role in developing seamless user authentication and authorization in organizational networks, simplifying the IT administration process by centralizing user management and facilitating easy access to network resources. Examples include Active Directory in Windows environments, which helps manage user and computer objects.
Network services refer to various functionalities provided over a network that enable devices and programs to communicate and operate efficiently. These services include tasks like managing network traffic, providing user authentication, ensuring data security, and supporting applications such as email and file sharing. Common types of network services include DNS (Domain Name System), which translates domain names into IP addresses; DHCP (Dynamic Host Configuration Protocol), which assigns IP addresses to devices on a network; and VPN (Virtual Private Network), which secures internet connections by encrypting data and hiding IP addresses. These services are crucial for maintaining a robust and secure network communication environment.
Hyper-V virtualization is a technology developed by Microsoft that allows you to create and manage virtual machines. Essentially, it enables one physical server to run multiple isolated operating systems simultaneously. By utilizing Hyper-V, businesses can improve the efficiency of their hardware resources, facilitate testing environments, provide different OS compatibility, and ensure better disaster recovery solutions. This leads to significant cost savings and operational flexibility. Hyper-V is particularly useful for enterprises looking to scale their operations or developers needing to test applications across different systems without the need for multiple physical machines.
Advanced networking features enhance the performance, security, and management of modern network infrastructure. These include virtual private networks (VPNs) for secure remote access, quality of service (QoS) protocols to prioritize certain types of traffic like video or voice over IP, and load balancing to efficiently distribute network traffic across multiple servers. Additionally, there are advanced firewalls and intrusion detection systems that actively monitor and protect against cyber threats. This leads to more resilient, flexible, and secure networking environments for businesses and individuals alike.
Software Defined Networking (SDN) is a technology that helps manage and direct network traffic more efficiently. Unlike traditional networks where hardware controls data flow, SDN separates the control logic to off-device computers, allowing network administrators to shape traffic from a centralized control console without interacting with physical switches. This makes networks more adaptable, cost-effective, and easier to manage. SDN provides a dynamic, manageable, and programmable network architecture, leading to improved performance and monitoring.
Remote access technologies enable users to connect to and interact with a computer or network from a remote location. This can be done through various methods like VPNs (Virtual Private Networks), RDP (Remote Desktop Protocol), and remote access software. These technologies are crucial for supporting remote work, allowing employees to access vital files and applications as if they were physically present in the office. This connectivity is secured through encryption, ensuring that data remains private and protected from unauthorized access during transmission.
High availability configurations refer to systems designed to operate continuously without failure for a long duration. These setups typically involve redundant components such as servers, hardware, and network connections, ensuring that if one component fails, another can immediately take its place without disrupting the service. The goal is to minimize downtime and provide a smooth, uninterrupted user experience. This is crucial for businesses where data accessibility and system reliability support critical operations, thereby reducing the risk of lost revenue or data due to system failures.
This course equips IT professionals with advanced skills for managing and implementing Windows Server 2016 infrastructures.
Target Audience:
In the Upgrading Your Skills to MCSA: Windows Server 2016 course, participants will gain advanced knowledge and skills to implement the core infrastructure services of Windows Server 2016.
