Windows Server 2016: Networking (Exam 70-741) Course

Implementing an IPv4-Based Network with Windows Server 2016 requires knowledge of the Transmission Control Protocol/Internet Protocol (TCP/IP) protocol suite. This is a set of communication protocols used to connect devices on the internet and other networks. To get started, you will need to understand IPv4 addressing, subnetting and supernetting.

Once you have an understanding of the basics, you can begin configuring and troubleshooting IPv4. Windows Server 2016 provides a variety of tools to help with this, such as DHCP server and IPsec policies. You can also use command line interfaces such as netsh or PowerShell to quickly configure and maintain your network settings. With the right setup and proper maintenance, you can create a reliable and secure IPv4-based network.

Implementing an IPv4-Based Network with Windows Server 2016 requires knowledge of TCP/IP protocols, IPv4 addressing structures, subnetting and supernetting techniques. The tools provided by Windows Server 2016 need to be properly configured and maintained for a reliable and secure network. With the right setup, IPv4-Based Networks can provide a great foundation upon which other services can be built.

For organizations using Windows Server 2016, implementing IPv6 can be relatively straightforward. This guide will explain the steps necessary to successfully implement and manage IPv6 addressing in your network.

IPv6 is a new version of the Internet Protocol (IP) designed to replace the IPv4 protocol used for many years. It provides larger address space and improved security. To implement IPv6, organizations will need to prepare their network infrastructure for this new protocol.

The first step in implementing IPv6 is to prepare your current IPs for the transition. This includes reviewing existing IP configurations and ensuring that they are compatible with IPv6. It also involves porting the necessary services over to IPv6 and configuring the appropriate routing protocols.

Once your network is ready, you can begin implementing IPv6 addressing by assigning a unique IP to each device on the network. This task can be completed using Unicast Addressing or Anycast Addressing. Unicast addressing assigns an individual IP address to each device, while Anycast allows multiple devices to share the same IP address.

Once configured, IPv6 addressing will need to be maintained and monitored. This can be done through a variety of tools such as Microsoft’s Network Monitor or Wireshark. These tools allow organizations to ensure that their networks are running efficiently and securely with the new protocol.

Transitioning from IPv4 to IPv6 can be a difficult task but is necessary for organizations to remain up-to-date with the latest protocols. To make this transition smoother, it is important to plan ahead and understand all of the steps required. Organizations should also consider using an automated tool such as Microsoft’s Network Monitor to help manage the transition and ensure that their networks are functioning correctly.

Implementing DHCP on Windows Server 2016 involves several steps. First, you must install the DHCP server role on your server. Once installed, you can use the DHCP console to manage DHCP scopes and databases. It is important to secure your DHCP server from unauthorized access by configuring appropriate settings for authentication and authorization. You can configure advanced DHCP settings to customize the server for your specific environment. By following these steps, you can ensure that your DHCP server is properly configured and secure.

By taking the time to configure your DHCP server correctly, you can ensure that your network stays secure and reliable. In addition, properly configured DHCP settings can help maximize efficiency and improve the performance of the network. With DHCP in place, you can have confidence that your network is properly configured and secure.

Implementing DNS on a Windows Server 2016 environment involves configuring the DNS server role, DNSSEC, socket pool and cache locking, advanced DNS settings, new features introduced in this version of Windows Server, integration with Active Directory and DNS configuration, zone transfers and delegation as well as conditional forwarding.

Having a strong understanding of these components is essential for setting up and managing DNS in your network. To configure the DNS server role, you need to create a primary zone, assign an IP address for the name server and define records such as host names, MX records and CNAMEs. DNSSEC requires digital signatures on all signed zones to ensure security of data transfers within a network. Socket pool and cache locking are used to adjust the server's performance by controlling the maximum number of sockets and caching entries.

Advanced DNS settings involve setting up a secondary zone, configuring round-robin load balancing, set up forwarders and reverse lookup zones. In Windows Server 2016, there are new features such as support for DNSSEC, zone scoping and advanced logging. You can also integrate Active Directory and DNS by creating a GlobalNames zone that supports single-label names resolution. Zone transfers, delegation and conditional forwarding are used to transfer information between different DNS servers as well as create trust relationships with other domains or networks. You will need to monitor your DNS server for errors, performance issues and malicious activity.

By understanding and implementing the concepts outlined above, you will be able to successfully set up and manage a DNS server in your Windows Server 2016 environment. Having a reliable DNS service is essential for managing your network resources effectively. With suitable planning and careful management, your DNS server will provide an invaluable service to your network.

IP Address Management (IPAM) is an integrated suite of tools to enable IT administrators to effectively manage the IP address space in a networked environment. In Windows Server 2016, IPAM provides new capabilities such as automatic provisioning and configuration management for DHCP and DNS services.

Implementing IPAM in Windows Server 2016 involves setting up IPAM, configuring the IPAM settings, and managing DHCP and DNS server settings. During setup, administrators can choose to use manual or automatic configuration for their IPAM environment. With manual configuration, administrators manually enter data such as networks, subnets, sites and other network objects into the IPAM database. Automatic configuration allows IPAM to detect existing configuration and settings of the network environment, and automatically import them into the IPAM database.

Once IPAM is set up and configured, administrators can manage DHCP and DNS server settings using the IPAM console. The console allows administrators to centrally manage server configurations such as creating scopes, managing leases, creating DNS zones, and configuring resource records.

Windows Server 2016 provides new IPAM features designed to further improve the manageability of IP address space and enhance network performance. These include subnet discovery, which automatically discovers and captures subnet information from Active Directory; DHCP failover clustering, which allows administrators to set up a highly available DHCP infrastructure; and DHCP audit logging, which helps track DHCP activity.

By implementing IPAM in Windows Server 2016, organizations can better manage their IP address space and reduce the complexity of administering network services such as DHCP and DNS. This enables them to optimize network performance while improving security, scalability, and availability.

Configuring Remote Access in Windows Server 2016 is an important task for organizations that need to provide secure access to corporate resources over the internet. Installing, configuring and managing Remote Access requires careful planning and execution in order to ensure that all users have access to the right resources and are able to securely authenticate against them.

The first step to configuring remote access with Windows Server 2016 is to install the Remote Access role. This will provide a baseline for further configuration and management of remote access permissions, authentication protocols and other related settings.

Once the Remote Access role has been installed, organizations will need to configure the NPS (Network Policy Server) or RADIUS (Remote Authentication Dial In User Service) to provide an extra layer of security when authenticating users. NPS and RADIUS can be used to set user authentication policies, such as enforcing strong passwords or two-factor authentication. Additionally, they can also be used to monitor the usage of remote access resources and manage user privileges.

Organizations also need to configure their remote access clients for authentication and secure connection. This includes setting up the client software, configuring user accounts, establishing a VPN tunnel and enabling encryption.

Organizations should ensure that they have implemented the appropriate security measures to protect their remote access infrastructure. This may include deploying firewalls, monitoring network traffic, and using encryption technologies such as SSL/TLS.

By carefully configuring Remote Access in Windows Server 2016, organizations can ensure that their remote access infrastructure is secure, reliable and up to date with the latest security practices. This will allow users to securely access corporate resources from anywhere in the world.

Implementing a Virtual Private Network (VPN) on Windows Server 2016 is the process of setting up and managing secure connections between two or more devices. It provides a secure connection over an insecure network, allowing you to access remote networks easily and securely. When implementing a VPN, there are two main steps: installing and configuring.

First, you must install the necessary software and hardware on the server to enable VPN connections. Once installed, VPN protocols such as Point-to-Point Tunneling Protocol (PPTP) or Internet Key Exchange (IKEv2) can be configured. This includes setting a protocol type, an authentication method, and entering any credentials required.

Next, you must configure the clients that will be connecting to the server. This includes setting up the client software on each device and entering any credentials required to authenticate with the server. You also need to set up authentication methods between the client and server, such as username/password or certificate-based authentication. You'll need to configure network settings such as DNS and IP addresses.

Once the VPN is installed and configured, users can connect securely to remote networks via the server. This allows them to securely access resources on these networks without having to expose their data to the public internet.

Implementing a VPN on Windows Server 2016 is an important step to ensure secure connections between remote networks and devices. By properly configuring the VPN, you can provide a secure connection for users without compromising their data. With the right setup, your organization's data will remain safe and secure.

Implementing DirectAccess in Windows Server 2016 is a relatively straightforward process. First, the DirectAccess feature must be installed on the server hosting the Remote Access role. This can be done through the Add Roles and Features Wizard in Server Manager or by using PowerShell commands.

Once the feature is installed, it’s important to configure DirectAccess properly to ensure that it is running optimally. Setting up DirectAccess requires configuring the server, clients, and security groups. This includes establishing a group policy for access rights and privileges, configuring the Remote Access server roles, setting up IPsec policies, and enabling authentication.

It’s important to make sure that Remote Access is enabled correctly on both the server and clients. This includes enabling the DirectAccess connection, setting up the appropriate certificates, and verifying that all machines are able to authenticate and connect securely.

Once everything has been configured properly, DirectAccess can be tested by connecting to it from remote locations. If everything is functioning properly, users should be able to access their corporate network as if they’re connected locally. It is important to periodically test DirectAccess and review the logs for any issues that may arise.

Implementing DirectAccess in Windows Server 2016 requires careful planning and configuration to ensure optimal performance and security. Once setup is complete, it should provide a secure, reliable connection between users and the corporate network.

Configuring Branch Office Solutions in Windows Server 2016 is a critical element of managing a distributed IT infrastructure. As organizations move towards a more distributed model, the ability to securely and reliably manage data across multiple locations has become increasingly important. With Windows Server 2016, administrators can configure several different tools to help manage their networked environment better.

For instance, administrators can use the Distributed File System (DFS) to easily replicate data between branch offices and central servers. This ensures that users across multiple locations can access the same files without having to manually transfer them from location to location. DFS also provides a Namespace solution for organizing shared folders, which helps administrators keep their networks organized. Additionally, administrators can leverage the DFS Replication feature to ensure that content is replicated between servers quickly and reliably. Lastly, DFS Remote Differential Compression (RDC) ensures that only changed portions of files are sent over the network, reducing the amount of data being transferred.

To troubleshoot any issues with DFS, administrators can use the DFS Replication troubleshooting tools built into Windows Server 2016. These tools help administrators diagnose any issues quickly and efficiently, ensuring that the system remains working optimally.

BranchCache is another feature available in Windows Server 2016 that helps improve performance when accessing files from remote locations. By caching content in branch offices, users are able to access files without having to wait for them to be transferred over the network. This speeds up file transfers and improves user experience.

Configuring Branch Office Solutions in Windows Server 2016 is an essential part of managing a distributed IT infrastructure. By leveraging the various tools available, administrators can ensure that their networks remain secure and reliable while still providing a high quality user experience.

Windows Server 2016 provides a number of powerful networking features that can be used to enhance the performance and security of your business’s networks. By implementing advanced networking features such as Hyper-V Networking, Network Printing, and Windows Firewall, you can ensure that data is transmitted quickly and securely within your network.

Hyper-V Networking allows you to create virtualized networks on your servers, enabling greater flexibility and scalability of your network infrastructure. Hyper-V Networking also provides an enhanced level of isolation between the different components of a server’s physical network, making it easier to manage and maintain. Network Printing makes it easy to have multiple printers connected to one computer and allows for faster printing speeds. Windows Firewall provides an extra layer of security to protect against malicious software and other threats, ensuring the integrity of your network infrastructure.

By taking advantage of the advanced networking features offered by Windows Server 2016, you can ensure that your business’s networks are running at peak performance and securely protected from outside threats. Whether you are looking to set up a new network or make existing ones more efficient, Windows Server 2016 can provide the tools necessary to help your business succeed.

Implementing Software-Defined Networking (SDN) in Windows Server 2016 allows organizations to take advantage of the benefits that SDN can provide. With SDN, IT departments can better manage and control their networks, allowing them to easily customize network connections and reduce overall costs.

To start implementing SDN within your organization, it is important to understand the core concepts of SDN. SDN involves separating the control plane and data plane, allowing for more flexibility in network design. The control plane contains all of the logic required to make decisions about routing and switching traffic through the network, while the data plane is responsible for passing actual packets between endpoints.

With SDN, networks can be configured in a more automated way and changes can be quickly implemented. By using SDN, organizations can reduce their network complexity and improve scalability.

Once the concepts behind SDN have been understood, organizations can begin to deploy it in Windows Server 2016. Microsoft has provided several resources that make deploying SDN easier, such as the Windows Server 2016 Network Controller, which can help manage and configure network components within an organization's environment. Organizations can use PowerShell cmdlets to facilitate SDN deployment by automating tasks related to configuration.

Implementing Software-Defined Networking in Windows Server 2016 provides organizations with a powerful tool that can help reduce complexity, improve scalability and provide more control over their networks. By understanding the core concepts of SDN and using the tools that Microsoft provides, organizations can begin to take advantage of all that SDN has to offer.

A: If you are wondering what Windows Server skills are important to learn, we've written a Windows Server Skills and Learning Guide that maps out Windows Server skills that are key to master and which of our courses teaches each skill.

Read Our Windows Server Skills and Learning Guide

A: There are a few different ways that you can learn Windows Server. One way is to take an online course or an onsite group Windows Server training class. Certstaffix Training offers both of these options so that you can choose the one that best fits your needs and schedule.

Another way to learn Windows Server is to find resources online, such as tutorials, blog posts, and video lessons. This can be a great option if you prefer to learn at your own pace and in your own time. Whatever method you choose, make sure you have access to reliable and up-to-date information so that you can learn Windows Server effectively and efficiently.

A: There are a few different ways that you can learn Windows Server. You can take an online course, participate in an onsite training class if your have a corporate group, or read documentation and books on the subject. The best way to learn Windows Server will depend on your learning style and preferences. If you prefer to learn independently, then reading documentation or taking an online course might be the best option for you. If you prefer face-to-face interaction and working with others, then participating in a corporate onsite training class might be the better choice. Ultimately, the best way to learn Windows Server is the method that works best for you.

A: Windows Server training provides individuals with the skills and knowledge necessary to effectively manage a Windows Server system. This type of training is typically offered by colleges or training organizations, and can be completed in person or online, depending on the provider.

Windows Server training covers a range of topics, including installation and configuration, networking, security, administration, and troubleshooting. By completing this type of training, individuals will be prepared to manage all aspects of a Windows Server system, ensuring that it runs smoothly and efficiently. Additionally, those who complete Windows Server training will be able to provide support to users who may have questions or need assistance.

A: Windows Server is a powerful and versatile platform that helps you build, deploy, and scale applications and websites. To be successful with Windows Server, you need to have a strong understanding of key features and functionality. Here are some of the top skills you need to master:

Top Windows Server Skills

1. Active Directory: Active Directory is a central component of any Windows Server deployment. It allows you to manage user accounts, groups, and permissions. You need to be able to configure Active Directory to meet your organization's needs.

2. Group Policy: Group Policy is a powerful tool that allows you to centrally manage settings for users and computers in your environment. You need to be able to create and deploy GPOs (Group Policy Objects) to control access to resources and to enforce security policies.

3. DNS: DNS is a critical Service that allows you to resolve hostnames to IP addresses. You need to be able to configure DNS zones and records to ensure that your environment can communicate properly.

4. DHCP: DHCP provides a way to automatically assign IP addresses to devices in your network. You need to be able to configure DHCP scopes and options to ensure that your devices can obtain valid IP addresses.

5. File Services: File Services allows you to share files and printers across your network. You need to be able to configure file shares and permissions to control access to resources.

6. Print Services: Print Services allows you to manage printers and print jobs in your environment. You need to be able to configure printers and printer queues to ensure that your users can print to the correct devices.

7. Remote Desktop Services: Remote Desktop Services allows you to provide remote access to desktops and applications in your environment. You need to be able to deploy and configure RDS (Remote Desktop Services) farms to provide users with the resources they need.

8. Hyper-V: Hyper-V is a virtualization platform that allows you to run multiple virtual machines on a single physical server. You need to be able to create and configure virtual machines, as well as manage the storage and networking for your environment.

9. PowerShell: PowerShell is a powerful scripting language that allows you to automate tasks in your environment. You need to be able to write scripts to automate tasks such as user provisioning, report generation, and more.

10. System Center: System Center is a suite of tools that allows you to manage your Windows Server environment. You need to be able to deploy and configure System Center components such as Configuration Manager, Operations Manager, and Virtual Machine Manager.

These are just some of the top skills you need to master when working with Windows Server. To be successful, you need to have a strong understanding of all the key features and functionality. Certstaffix Training can help you get the training you need to be successful with Windows Server. We offer online and corporate group onsite Windows Server training classes.

Windows Server Blogs

• Windows Server Blog
• A Windows System Admin's Blog

Windows Server User Groups

• Microsoft Windows Server groups | Meetup
• Windows User Groups | TechNet

Windows Server Online Forums

• Windows Server - Reddit
• Technet forums - Windows Server - Microsoft