TestOut Server Pro 2016: Networking - English 4.0.x LESSON PLAN

TestOut Server Pro 2016: Networking - English 4.0.x LESSON PLAN Revised 2018-06-29

Table of Contents Introduction Section 0.1: Server Pro 2016: Networking Introduction... 4 Section 0.2: The TestOut Simulator... 5 DNS Section 1.1: DNS Overview and Installation... 6 Section 1.2: DNS Name Resolution... 8 Section 1.3: Primary and Secondary DNS Zones... 10 Section 1.4: Zone Properties and Auxiliary DNS Zones... 12 Section 1.5: DNS Records... 14 Section 1.6: DNS Record Management... 16 Section 1.7: Single-Label Name Resolution... 18 Section 1.8: DNS Server Properties... 20 Section 1.9: DNS Protection... 22 Section 1.10: DNS Policies... 24 Section 1.11: DNS Monitoring and Troubleshooting... 26 TCP/IP Section 2.1: IPv4 Addresses... 28 Section 2.2: IPv6 Addresses... 30 Section 2.3: IPv4-to-IPv6 Transitional Technologies... 32 DHCP Section 3.1: Install DHCP... 34 Section 3.2: DHCP Scopes... 36 Section 3.3: DHCP Options... 38 Section 3.4: Advanced Scopes... 40 Section 3.5: Centralized DHCP and PXE... 42 Section 3.6: DHCP Policies... 44 Section 3.7: Advanced DHCP Management... 45 Section 3.8: Maintain the DHCP Database... 47 Section 3.9: Troubleshooting DHCP... 48 IP Address Management (IPAM) Section 4.1: IPAM Installation... 50 Section 4.2: IPAM DNS and DHCP... 52 Section 4.3: Advanced IPAM Administration and Auditing... 54 Routing and Remote Access (RRAS) Section 5.1: Routing... 56 Section 5.2: Install VPN... 58 Section 5.3: VPNs... 60 Section 5.4: Connection Profiles... 62 DirectAccess (DA) Section 6.1: DirectAccess Installation... 64 Section 6.2: DirectAccess Troubleshooting... 66 Network Policy Server (NPS) Section 7.1: Install Network Policy Server (NPS)... 68 Section 7.2: NPS Templates... 69 Section 7.3: NPS Network Policies... 70 Section 7.4: NPS Connection Request Policies... 73 Section 7.5: RADIUS Accounting... 75 Section 7.6: Manage NPS Policies... 77

Distributed File System (DFS) and BranchCache Section 8.1: Distributed File System (DFS) Namespaces... 79 Section 8.2: Configure DFS Replication... 81 Section 8.3: Optimize DFS Replication... 83 Section 8.4: Manage the DFS Replication Database... 85 Section 8.5: BranchCache Installation and Configuration... 87 High Performance Network Solutions Section 9.1: NIC Teaming and Switch Embedded Teaming (SET)... 89 Section 9.2: QoS with Data Center Bridging (DCB)... 91 Section 9.3: Virtual Machine Queue (VMQ) and Receive Side Scaling (RSS)... 93 Section 9.4: SMB Direct and SMB Multichannel... 95 Section 9.5: Single-Root IO Virtualization (SR-IOV)... 97 Implement Software-Defined Networking (SDN) Section 10.1: Implement SDN... 98 Section 10.2: Implement Hyper-V Network Virtualization (HNV)... 100 Section 10.3: Implement Software Load Balancer (SLB)... 102 Section 10.4: Implement Windows Server Gateways... 104 Section 10.5: Implement Data Center Firewall Policies... 106 Practice Exams Practice Exams... 108 Appendices Appendix A: Approximate for the Course... 109

0.1: Server Pro 2016: Networking Introduction Lecture Focus Questions: What are the course prerequisites? What major topics are covered in the course? What certification does this course prepare me for? Video/Demo 0.1.1 Server Pro 2016: Networking Introduction 3:36 Total Video 3:36 Total About 4 minutes

0.2: The TestOut Simulator Lecture Focus Questions: How do I open the lab interface? How do I see the lab exhibits? How do I navigate to different servers in the lab interface? How do I open a virtual machine console? In this section, you will learn to: Open the lab interface. Review lab exhibits. Navigate to different servers in the lab interface. Open a virtual machine console. Video/Demo 0.2.1 Using the Simulator 3:38 Total Video 3:38 Lab/Activity 0.2.2 Explore Hyper-V Servers Total About 9 minutes

1.1: DNS Overview and Installation Lecture Focus Questions: What are the primary functions of a Domain Name System? In what way is DNS a distributed database? In what way is DNS a hierarchical database? What are the parts of an FQDN? How does an FQDN identify a host? What are the advantages of installing DNS on a Nano Server? In this section, you will learn to: Install DNS. Install DNS on Nano Server. Key terms for this section include the following: Term Definition Domain Name System (DNS). (dot) Domain Fully Qualified Domain Names (FQDN) Top-Level Domain (TDL) Second-Level Domain Third-Level Domain Hostname A service that resolves fully qualified domain names (FQDNs) to IP addresses and IP addresses to FQDNs. The root domain, or root of the DNS domain tree, denotes a fully qualified unambiguous domain name. The FQDN includes the host name and all domain names separated by periods. The final period, which is for the root domain, is normally omitted and only implied. Sometimes known as a first-level domain, a TDL is the last part of a domain name (.com,.edu,.gov). TDLs are managed by the Internet Corporation of Assigned Names and Numbers (ICANN). Additional domains, or second-level domains, are registered to an individual or organization for use on the internet. Third-level domains are only used in the United Kingdom (UK) and are associated with the co.uk first- and second-level name domains. Thirdlevel domains are registered to individuals or organizations for use on the internet in the same way second-level domains are registered in the rest of the world. An example of a third-level domain in the DNS domain tree is bbc.co.uk. The hostname is the part of a FQDN that represents a specific host. It is the left-most name in an FQDN. For example, "www" is the hostname of www.example.com.

In an FQDN, any domain between the hostname and the second-level domain is a sub-domain. Sub-domains are not registered. Responsibility for sub-domains lies with the individual or organization Sub-Domain that registered the second-level domain. Docs.microsoft.com and news.google.com are examples of sub-domains in the DNS domain tree. This section helps you prepare for the following certification exam objectives: Exam Objective TestOut Server Pro 2016: Networking Microsoft 70-741 Networking with Windows Server 2016 1.1 Install and Configure DNS 1.1.1 Install and configure forwarders 1.1 Install and configure DNS servers 1.1.1 Determine DNS installation requirements 1.1.2 Determine supported DNS deployment scenarios on Nano Server 1.1.3 Install DNS Video/Demo 1.1.1 DNS Overview 4:39 1.1.2 Installing DNS 2:00 1.1.3 Installing DNS on Nano Server 8:08 Total Video 14:47 Lab/Activity 1.1.5 Install DNS Fact Sheets 1.1.4 DNS Overview and Installation Facts Number of Exam Questions 3 questions Total About 28 minutes

1.2: DNS Name Resolution Lecture Focus Questions: How does a DNS client perform name resolution? What is the purpose of the DNS client cache? What is the purpose of the hosts file? What is the purpose of the DNS server cache? What is an authoritative DNS? Under what conditions should a conditional forwarder be used? When does a DNS server use DNS forwarding? When does a DNS server use Root Hints? What is involved in the DNS delegation process? What is the purpose of a stub zone? In this section, you will learn to: Configure forwarding. Configure conditional forwarders. Configure root hints. Configure delegations. Key terms for this section include the following: Term Definition DNS Client A client computer that is configured to send name resolution queries to a DNS server. DNS Client Cache (DNS Resolver Cache) Host File DNS Server DNS Server Cache Authoritative DNS DNS Forwarding Conditional Forwarding Stub Zone A temporary database maintained by the DNS client that contains previously resolved FQDNs and their matching IP addresses. A plain text file that maps FQDNs to IP addresses. A type of name server that responds to DNS queries using a database of hostnames and their associated records. A temporary database maintained by the DNS server that contains previously resolved FQDNs and their matching IP addresses. A DNS server that holds original and definitive DNS records for the domains it is responsible for. Occurs when one DNS server queries another DNS server when it can't resolve a FQDN. Occurs when a DNS server forwards queries for certain DNS domains to certain DNS servers. A DNS zone containing a list of authoritative DNS servers for a specific DNS domain.

The process of resolving FQDNs by first contacting root DNS Root Hints servers followed by contacting delegated DNS servers. The process of responding to DNS queries by delegating to a DNS Delegation server that is lower in the DNS tree, but closer to the requested FQDN. This section helps you prepare for the following certification exam objectives: Exam Objective 1.1 Install and Configure DNS TestOut Server Pro 2016: Networking Microsoft 70-741 Networking with Windows Server 2016 1.1.1 Install and configure forwarders 1.1.2 Configure Root Hints 41.1 Install and configure DNS servers 1.1.4 Configure forwarders 1.1.5 Configure Root Hints 1.1.6 Configure delegation Video/Demo 1.2.1 DNS Name Resolution 15:57 1.2.2 Configuring Forwarding 3:42 1.2.3 Configuring Conditional Forwarders 3:44 1.2.4 Configuring Root Hints 3:04 1.2.5 Configuring Delegations 4:47 Total Video 31:14 Lab/Activity 1.2.7 Configure Forwarders 1.2.8 Configure Conditional Forwarders Fact Sheets 1.2.6 Name Resolution Facts Number of Exam Questions 10 questions Total About 57 minutes

1.3: Primary and Secondary DNS Zones Lecture Focus Questions: What is the difference between forward lookup and reverse lookup zones? How are reverse lookup zones named? What is the difference between a standard zone and an Active Directoryintegrated zone? What is the difference between a primary zone and a secondary zone? What events trigger a zone transfer? Why are Active Directory-integrated zones transfers considered to be secure? What are the differences between the four Active Directory-integrated zone replication scope options? In this section, you will learn to: Create a primary zone. Create a secondary zone. Create an Active Directory-integrated zone. Create a reverse lookup zone. Convert a zone to Active Directory-integrated. Key terms for this section include the following: Term Definition DNS Zone Any distinct, contiguous portion of the domain name space in the Domain Name System. Forward Lookup Zone Reverse Lookup Zone Standard Zone Primary (Master) Zone Secondary (Slave) Zone A DNS zone containing records used to resolve FQDNs to IP addresses. A DNS zone containing records used to resolve IP addresses to FQDNs. A DNS zone where DNS records are stored in text files. A standard read-write zone that contains original, authoritative DNS records. A standard read-only zone that contains a copy of the records contained in a primary zone and used for fault tolerance and load balancing. The transfer of records from a primary zone to a secondary zone. A DNS zone where DNS records are stored in Active Directory data structures. An Active Directory-integrated zone option that controls how records are replicated between domain controllers. Zone Transfer Active Directory Integrated Zone Replication Scope This section helps you prepare for the following certification exam objectives: Exam Objective

TestOut Server Pro 2016: Networking Microsoft 70-741 Networking with Windows Server 2016 1.1 Install and Configure DNS 1.1.1 Install and configure forwarders 1.2 Create and configure DNS zones and records 1.2.1 Create and configure DNS zones 1.1 Install and configure DNS servers 1.1.8 Configure DNS Server settings using Windows PowerShell 1.2 Create and configure DNS zones and records 1.2.1 Create primary zones 1.2.2 Configure Active Directory primary zones 1.2.3 Create and configure secondary zones Video/Demo 1.3.1 DNS Zones 11:01 1.3.2 Creating a Primary Zone 4:59 1.3.3 Creating a Secondary Zone 4:35 1.3.4 Creating an Active Directory Integrated Zone 4:59 Total Video 25:34 Lab/Activity 1.3.6 Create a Zone 1.3.7 Create a Reverse Lookup Zone 1.3.8 Create an Active Directory-Integrated Zone 1.3.9 Convert a Zone to Active Directory-Integrated Fact Sheets 1.3.5 DNS Zone Facts Number of Exam Questions 10 questions Total About 61 minutes

1.4: Zone Properties and Auxiliary DNS Zones Lecture Focus Questions: What information is contained in the Start of Authority (SOA) record? When are stub zones most often used? What is the purpose of the GlobalNames zone? In this section, you will learn to: Create a stub zone. Create a GlobalNames zone. Configure zone properties. Create a root zone. Key terms for this section include the following: Term Definition Start of Authority (SOA) Records Stub Zones A record in a DNS zone that is integrated into the zone properties dialog box that contains the name of the DNS server, the zone administrator and other key settings. A DNS zone that contains information used to directly forward queries to a specific external DNS zone. A DNS zone used to resolve single label names in a domain to IP addresses. GlobalNames Zones This section helps you prepare for the following certification exam objectives: Exam Objective Sample: TestOut Server Pro 2016: Networking Sample: Microsoft 70-741 Networking with Windows Server 2016 1.1 Install and Configure DNS 1.1.2 Configure Root Hints 1.2 Create and configure DNS zones and records 1.1.8 Configure DNS Server settings with Windows PowerShell 1.2.2 Create and configure stub zones 1.2.3 Create and configure DNS records 1.2 Create and configure DNS zones and records 1.2.4 Create and configure stub zones 1.2.5 Configure a GlobalNames zone

1.2.7 Create and configure DNS Resource Records (RR) 1.2.7.4 SOA records 1.2.9 Configure record options, including Tim To Live (TTL) and weight Video/Demo 1.4.1 Zone Properties 0:42 1.4.2 Creating a Stub Zone 4:59 1.4.3 Creating GlobalNames Zones 2:34 1.4.4 Configure Zone Properties 8:17 Total Video 16:32 Lab/Activity 1.4.6 Create a GlobalNames Zone 1.4.7 Create a Root Zone Fact Sheets 1.4.5 Zone Properties and Auxiliary DNS Zones Facts Number of Exam Questions 7 questions Total About 39 minutes

1.5: DNS Records Lecture Focus Questions: What is the difference between an A record and a AAAA record? What situations might warrant using a CNAME record? What type of server does an MX record identify? What is the purpose of PTR records? What does an NS record identify? In this section, you will learn to: Create A and AAAA records. Create PTR records. Create CNAME records. Create MX records. Manage NS and SRV records. Key terms for this section include the following: Term Definition A DNS resource record that resolves an FQDN to an IP address. Host Record A records resolve to IPv4 addresses. AAAA records resolve IPv6 addresses. CNAME (Alias) Record MX Record A DNS resource record that specifies that one FQDN name is an alias for another FQDN. A DNS resource record that identifies a mail server for a DNS domain. PTR Record A DNS resource record that resolves an IP address to an FQDN. A DNS resource record that resolves a domain service to an IP SRV Record address. NS Record A DNS resource record that identifies a DNS server for a DNS domain. A DNS resource record that is integrated into the zone properties SOA Record dialog box that contains the name of the DNS server, the zone administrator, and other key settings. This section helps you prepare for the following certification exam objectives: Exam Objective TestOut Server Pro 2016: Networking 1.2 Create and configure DNS zones and records 1.2.1 Create and configure DNS zones

1.2.3 Create and configure DNS records Microsoft 70-741 Networking with Windows Server 2016 1.2 Create and configure DNS zones and records 1.2.7 Create and configure DNS Resource Records (RR) 1.2.7.1 A records 1.2.7.2 AAAA records 1.2.7.3 PTR records 1.2.7.4 SOA records 1.2.7.5 NS records 1.2.7.6 SRV records 1.2.7.7 CNAME records 1.2.7.8 MX records Video/Demo 1.5.1 DNS Record Types 4:17 1.5.2 Creating A and AAAA Records 4:48 1.5.3 Creating PTR Records 3:39 1.5.4 Creating CNAME Records 4:19 1.5.5 Creating MX Records 3:46 1.5.6 Managing NS and SRV Records 5:10 Total Video 25:59 Lab/Activity 1.5.8 Create a Zone and Add Records 1.5.9 Create CNAME Records Fact Sheets 1.5.7 DNS Record Facts Number of Exam Questions 13 questions Total About 54 minutes

1.6: DNS Record Management Lecture Focus Questions: What are the risks of allowing unsecured dynamic updates in DNS? How is client information updated in DNS when the client obtains an IP address from a DHCP server? How does the Round Robin setting affect how a DNS server responds to queries when there are duplicate host records? How does the netmask ordering setting affect how a DNS server responds to queries when there are duplicate host records? In this section, you will learn to: Enable and configure secure dynamic updates. Configure round robin. Configure netmask ordering. Key terms for this section include the following: Term Definition Secure Dynamic Updates Round Robin Netmask Ordering The process of integrating DNS with Active Directory so that DNS host and pointer records can only be updated by authenticated computers that are members of the Active Directory domain. The DNS process of responding to client queries for an FQDN that has multiple IP addresses. The IP addresses are reordered in a round robin fashion by the DNS server. The DNS process of responding to client queries for an FQDN that has multiple IP addresses. The IP address are ordered by IP address proximity. This section helps you prepare for the following certification exam objectives: Exam Objective TestOut Server Pro 2016: Networking Microsoft 70-741 Networking with Windows Server 2016 1.2 Create and configure DNS zones and records 1.2.3 Create and configure DNS records 1.2 Create and configure DNS zones and records 1.2.10 Configure round robin 1.2.11 Configure secure dynamic updates Video/Demo 1.6.1 DNS Record Management 8:28 1.6.2 Configuring Secure Dynamic Updates 3:18

1.6.3 Configuring Round Robin 4:23 1.6.4 Configuring Duplicate Record Support 6:19 Total Video 22:28 Lab/Activity 1.6.6 Enable Dynamic DNS Updates 1.6.7 Configure DNS Round Robin Fact Sheets 1.6.5 DNS Record Management Facts Number of Exam Questions 7 questions Total About 45 minutes

1.7: Single-Label Name Resolution Lecture Focus Questions: How does DNS devolution work? When would you use a GlobalNames zone? How can a DNS suffix search list be configured using Group Policy? In this section, you will learn to: Configure the DNS suffix search list. Key terms for this section include the following: Term Definition Single-Label Name Resolution The process of resolving a non-fqdn host name to an IP address. Primary DNS suffix The name of the DNS domain to which a client belongs. Part of the single-label name resolution process where the DNS DNS Devolution client will automatically append portions of primary DNS suffix when sending queries to a DNS server. GlobalNames Zone DNS Suffix Search List A zone containing a the static list of global records with singlelabel names mapped to IP addresses. A list of DNS domains appended by the DNS client to single-label names when sending queries to a DNS server. This section helps you prepare for the following certification exam objectives: Exam Objective 1.1 Install and Configure DNS TestOut Server Pro 2016: Networking 1.1.7 Configure Global Settings Microsoft 70-741 Networking with Windows Server 2016 1.1 Install and configure DNS servers 1.1.18 Configure global settings 1.2 Create and configure DNS zones and records 1.2.5 Configure a GlobalNames zone Video/Demo 1.7.1 Single-Label Name Resolution 4:22 1.7.2 Configuring the DNS Suffix Search List 4:00 Total Video 8:22 Lab/Activity 1.7.4 Configure Search Suffixes

Fact Sheets 1.7.3 Single-Label Name Facts Number of Exam Questions 3 questions Total About 22 minutes

1.8: DNS Server Properties Lecture Focus Questions: When should you activate debug logging? How can you run test queries to monitor your DNS server? How can you prevent a DNS server from running recursive queries? Where would you enable scavenging of stale records on the system? What type of DNS servers are allowed when the Enable BIND secondaries option is checked? In this section, you will learn to: Configure DNS logging. Configure recursion settings. Configure DNS zone scavenging. Configure global settings. Key terms for this section include the following: Term Definition DNS Logging The ability to configure the type of events to include in the DNS log. Zone Scavenging The process of eliminating obsolete DNS records. This section helps you prepare for the following certification exam objectives: Exam Objective 1.1 Install and Configure DNS TestOut Server Pro 2016: Networking Microsoft 70-741 Networking with Windows Server 2016 1.1.6 Configure DNS logging 1.1.7 Configure Global Settings 1.2 Create and configure DNS zones and records 1.2.4 Configure zone scavenging 1.1 Install and configure DNS servers 1.1.14 Configure DNS logging 1.1.16 Configure recursion settings 1.1.18 Configure global settings Video/Demo 1.8.1 DNS Server Properties 5:00 1.8.2 Configuring DNS Logging 3:37 1.8.3 Configuring Recursion Settings 3:17 1.8.4 Configuring Zone Scavenging 9:55 1.8.5 Configuring Global Settings 1:53 Total Video 23:42

Lab/Activity 1.8.7 Configure DNS Logging 1.8.8 Configure DNS Advanced Settings 1.8.9 Configure DNS Aging and Scavenging Fact Sheets 1.8.6 DNS Server Properties Facts Number of Exam Questions 7 questions Total About 51 minutes

1.9: DNS Protection Lecture Focus Questions: How does DNSSEC make DNS zone records more secure? How do you randomize the port used for DNS queries? How can you prevent the entries in the DNS cache from changing too quickly? How can the slowing of responses to DNS queries make a DNS server more secure? In this section, you will learn to: Configure DNS Security Extensions (DNSSEC). Configure DNS socket pooling. Configure DNS cache locking. Configure delegated administration. Enabling response rate limiting. Key terms for this section include the following: Term Definition DNS Security Extensions (DNSSEC) DNS Socket Pooling DNS Cache Locking Response Rate Limiting DANE A technology used to secure the Domain Name System (DNS) process. DNSSEC is used to verify whether a response was actually what was sent out by the replying server and whether the server sending it is really who they claim to be. A DNS security feature where multiple TCP ports are used when performing queries. A DNS security feature that controls how long before a cached entry can be overwritten. This helps prevent attacks that attempt to pollute information in the cache to direct traffic to a malicious site. A DNS security feature that helps protect a DNS server from denial of service attacks by limiting the frequency and size of the response to a query. A protocol that allows X.509 certificates (commonly used for Transport Layer Security), to be bound to DNS names to help prevent man-inthe-middle attacks. This section helps you prepare for the following certification exam objectives: Exam Objective 1.1 Install and Configure DNS TestOut Server Pro 2016: Networking 1.1.3 Configure DNSSEC 1.1.4 Configure DNS Socket Pool 1.1.5 Configure delegated administration

Microsoft 70-741 Networking with Windows Server 2016 1.1 Install and configure DNS servers 1.1.9 Configure Domain Name System Security Extensions (DNSSEC) 1.1.10 Configure DNS Socket Pool 1.1.11 Configure cache locking 1.1.12 Enable Response Rate Limiting 1.1.13 Configure DNS-based Authentication of Named Entities (DANE) 1.1.15 Configure delegated administration Video/Demo 1.9.1 DNS Protection Features 5:07 1.9.2 Configuring DNS Security Extensions (DNSSEC) 9:06 1.9.3 Configuring DNS Socket Pooling 3:03 1.9.4 Configuring DNS Cache Locking 3:20 1.9.5 Enabling Response Rate Limiting 6:15 1.9.6 Configuring Delegated Administration 2:15 Total Video 29:06 Lab/Activity 1.9.8 Configure DNSSEC Fact Sheets 1.9.7 DNS Protection Facts Number of Exam Questions 6 questions Total About 46 minutes

1.10: DNS Policies Lecture Focus Questions: In what ways can a DNS policy be used? What are the three types of DNS policies? How do they differ? In this section, you will learn to: Configure DNS policies. Configure zone scopes. Key terms for this section include the following: Term Definition DNS Policy A new feature in Windows Server 2016 that gives the DNS server flexibility when responding to queries. DNS Query Resolution Policy DNS Recursion Policy A policy that specifies how incoming resolution queries are handled by a DNS server. A policy that controls how the DNS server performs recursion for a query. DNS Transfer Policy A policy that controls whether a zone transfer is allowed. This section helps you prepare for the following certification exam objectives: Exam Objective 1.1 Install and configure DNS servers Microsoft 70-741 Networking with Windows Server 2016 1.1.7 Implement DNS policies 1.2 Create and configure DNS zones and records 1.2.14 Configure Zone Scopes 1.2.15 Configure records in Zone Scopes 1.2.16 Configure policies for zones Video/Demo 1.10.1 DNS Policies Overview 2:05 1.10.2 Configuring DNS Policies 7:29 1.10.3 Configuring Zone Scopes 6:33 Total Video 16:07 Fact Sheets 1.10.4 DNS Policy Facts Number of Exam Questions

3 questions Total About 25 minutes

1.11: DNS Monitoring and Troubleshooting Lecture Focus Questions: What server resources should be monitored to optimize DNS performance? What application logs and event logs track DNS processing and performance? Which two categories do DNS problems generally fall into? Which tools can be used to troubleshoot DNS? In this section, you will learn to: Implement DNS performance alerts. Run test queries against a DSN server. Use DNS audit and analytical events. Analyze DNS zone statistics. Troubleshoot DNS and DNS records. Key terms for this section include the following: Term Definition DNS Performance Alerts DNS Performance Tuning A feature added to Server Manager when the DNS role is added to send alerts when CPU usage and available memory cross a configurable threshold. The process of monitoring and configuring the DNS server's critical resources to optimize DNS performance. An automated task framework provided by Microsoft with a command line shell and scripting language. There are several DNS PowerShell cmdlets that can be uses to set up, configure, and manage a DNS server. A command line utility used for routine DNS setup, configuration, dnscmd and management. This section helps you prepare for the following certification exam objectives: Exam Objective 1.1 Install and configure DNS servers Microsoft 70-741 Networking with Windows Server 2016 1.1.8 Configure DNS Server settings using Windows PowerShell 1.1.17 Implement DNS performance tuning 1.2 Create and configure DNS zones and records 1.2.6 Analyze zone level statistics 1.2.13 Use DNS audit events and

analytical (query) events for auditing and troubleshooting Video/Demo 1.11.1 DNS Monitoring and Troubleshooting 9:29 1.11.2 Implementing DNS Performance Alerts 1:41 1.11.3 Using DNS Audit and Analytical Events 3:02 1.11.4 Analyzing DNS Zone Statistics 4:36 Total Video 18:48 Lab/Activity 1.11.6 Troubleshoot Dynamic DNS 1.11.7 Troubleshoot DNS Records Fact Sheets 1.11.5 DNS Monitoring and Troubleshooting Facts Number of Exam Questions 7 questions Total About 41 minutes

2.1: IPv4 Addresses Lecture Focus Questions: What is the format of an IPv4 address? What is the purpose of a subnet mask? What is the relationship between CIDR notation and the subnet mask? What is the purpose of ANDing? What is the default address class of the IP address 132.11.166.5? What is the decimal equivalent of the IP address 132.11.166.5? What is the decimal value of a /27 CIDR mask? Given IP addresses and subnet masks, how do you determine if two workstations are on the same subnet? In this section, you will learn to: Convert an IPv4 address from binary to its decimal equivalent. Configure static IPv4 settings. Create subnets. Identify valid subnet addresses. Choose a subnet address and mask. Identify valid host addresses on the subnet. Key terms for this section include the following: Term Definition Subnetting The process of dividing a large network into smaller networks. Supernetting The process of combining two or more networks. Classless Inter- Domain Routing (CIDR) ANDing A set of internet protocol standards used to create unique identifiers for networks and host devices. The process used to determine the network address/id. A 32-bit number that defines which portion of an IPv4 address Subnet Mask identifies the network address and which portion of the address defines the host address. A 32-bit number that identifies network an IPv4 address belongs Network ID to. This section helps you prepare for the following certification exam objectives: Exam Objective TestOut Server Pro 2016: 3.1 Configure TCP/IP Networking 3.1.1 Configure IPv4 settings Microsoft 70-741 Networking with Windows Server 2016 4.1 Implement IPv4 and IPv6 addressing 4.1.1 Configure IPv4 addresses and options

4.1.3 Configure IPv4 or IPv6 subnetting Video/Demo 2.1.1 Understanding Binary Numbers 6:05 2.1.2 IPv4 Addressing 4:51 2.1.3 IPv4 Address Classes and NAT Routing 8:35 2.1.4 Understanding the Basics of ANDing 9:18 2.1.5 IPv4 Classless Inter-Domain Routing (CIDR) 4:47 2.1.6 IPv4 Advanced ANDing 5:36 2.1.7 IPv4 Network Subnetting 9:57 2.1.8 Configuring IPv4 8:12 Total Video 57:21 Lab/Activity 2.1.11 Explore IPv4 Configuration 2.1.12 Configure IPv4 Settings Fact Sheets 2.1.9 IPv4 Addressing Facts 2.1.10 Custom Addressing Facts Number of Exam Questions 9 questions Total About 87 minutes

2.2: IPv6 Addresses Lecture Focus Questions: What are the components of an IPv6 address? How many bits are in an IPv6 address? What methods are used to omit leading zeros in an IPv6 address? Which portion of an IPv6 address contains the network ID? Which portion of an IPv6 address contains the interface ID? What are the two methods used to determine the interface ID? In this section, you will learn to: Configure IPv6 settings. Implement IPv6 stateless addressing. Subnet IPv6 addresses. Key terms for this section include the following: Term Definition Global- Unicast Unique- Local Link-Local Multicast Prefix ID Interface ID An IPv6 address type that is publicly routable and can be used in the internet. An IPv6 address type that indicates the IP address is a private IP address. An IPv6 address type that indicates that the IP address was configured by default. An IPv6 address type that indicates that the packet is addressed to a number of hosts on the network, but not all hosts. The leftmost bits of the IPv6 address, also know as the network ID. The prefix is used for routing IPv6 packets. The rightmost bits of the IPv6 address used to uniquely identify a network card (interface) in a host. This section helps you prepare for the following certification exam objectives: Exam Objective TestOut Server Pro 2016: 3.1 Configure TCP/IP Networking 3.1.2 Configure IPv6 settings Microsoft 70-741 Networking with Windows Server 2016 4.1 Implement IPv4 and IPv6 addressing 4.1.2 Determine and configure appropriate IPv6 addresses 4.1.3 Configure IPv4 or IPv6 subnetting 4.1.4 Implement IPv6 stateless addressing

Video/Demo 2.2.1 IPv6 Addressing 4:55 2.2.2 IPv6 Subnetting 9:38 2.2.3 IPv6 Stateless Addresses 4:21 2.2.4 Implementing IPv6 Stateless Addressing 3:33 Total Video 22:27 Lab/Activity 2.2.7 Configure IPv6 Settings Fact Sheets 2.2.5 IPv6 Addressing Facts 2.2.6 IPv6 Configuration Facts Number of Exam Questions 10 questions Total About 48 minutes

2.3: IPv4-to-IPv6 Transitional Technologies Lecture Focus Questions: What limitations are associated with ISATAP in an IPv6 implementation? When is 6to4 tunneling automatically configured? When should you implement Teredo? Which IPv6 tunneling methods work through NAT? What technology allows an IPv4-only host to communicate with an IPv6-only host? In this section, you will learn to: Configure a Windows Server 2016 as an ISATAP router. Tunnel an IPv6 address through the IPv4 version of the internet using 6to4. Configure Teredo to allow tunneling through a NAT router. Key terms for this section include the following: Term Definition The process of wrapping or embedding one type of IP packet Tunneling (such as IPv6) within another type of IP packet (such as IPv4) to allow hosts to communicate over different IP infrastructures. Network Address Translation (NAT) Netsh Intra-site Automatic Tunnel Addressing Protocol (ISATAP) Translates private or unregistered IP address to a public IP address, allowing those using private addresses to access the internet. A command line scripting utility that allows you to display or modify the network configuration of a currently running computer remotely or locally. A tunneling method for use within a site to provide IPv6 communication over a private IPv4 network by encapsulating IPv6 packets with an IPv4 header. A transitional technology that's used to dynamically tunnel an 6to4 Tunneling IPv6 address through the IPv4 version of the internet. Cannot be used between IPv4-only hosts and IPv6-only hosts. Establishes the tunnel between individual IPv6 hosts so they Teredo Tunneling can communicate through a private or public IPv4 network. This tunneling method works through a NAT. This section helps you prepare for the following certification exam objectives: Exam Objective TestOut Server Pro 2016: Networking 3.1 Configure TCP/IP 3.1.2 Configure IPv6 settings

Microsoft 70-741 Networking with Windows Server 2016 4.1 Implement IPv4 and IPv6 addressing 4.1.5 Configure interoperability between IPv4 and IPv6 by using ISATAP, 6to4, and Teredo scenarios Video/Demo 2.3.1 IPv4-to-IPv6 Transitional Technologies 3:14 2.3.2 Configuring ISATAP 6:20 2.3.3 Configuring 6to4 2:36 2.3.4 Configuring Teredo 2:25 Total Video 14:35 Fact Sheets 2.3.5 IPv4 and IPv6 Interoperability Facts Number of Exam Questions 7 questions Total About 27 minutes

3.1: Install DHCP Lecture Focus Questions: What are the steps a client uses to acquire an address from a DHCP server? When must you authorize a DHCP server? What permissions do you need to authorize a DHCP server? Why does a DHCP server shut down if its address is not found in Active Directory? What does this protect against? In this section, you will learn to: Install and authorize a DHCP server. Key terms for this section include the following: Terms Definitions Dynamic Host A component of the TCP/IP protocol suite used to assign an IP Configuration address to a host automatically from a preconfigured pool of Protocol (DHCP) addresses. DHCP Server Authorization DHCP Server DHCP Client Address Pool The process of enabling a DHCP server in a domain environment to prevent rogue DHCP servers from functioning on the network. A computer that runs the DHCP Server service, holds information about available IP addresses and related configuration information as defined by the systems administrator, and responds to requests from DHCP clients. A computer that gets its IP configuration information using DHCP from a DHCP server. Available IP addresses form an address pool within the DHCP scope. The pooled addresses are available for the DHCP server to dynamically assign to DHCP clients. A packet addressed to all computers on the network. Broadcast This section helps you prepare for the following certification exam objectives: Exam Objective TestOut Server Pro 2016: Networking Microsoft 70-741 Networking with Windows Server 2016 2.1 Install and configure DHCP 2.1.1 Install and authorize DHCP servers 2.1 Install and configure DHCP 2.3.1 Install and configure DHCP servers 2.3.2 Authorize a DHCP server

Video/Demo 3.1.1 DHCP Installation and Authorization 1:00 3.1.2 Installing and Authorizing DHCP 3:43 Total Video 4:43 Lab/Activity 3.1.4 Install and Configure a DHCP Server Fact Sheets 3.1.3 DHCP Installation Facts Number of Exam Questions 5 questions Total About 20 minutes

3.2: DHCP Scopes Lecture Focus Questions: How can you change the subnet on a scope? How are reservations different from exclusions? What are the two ways to exclude IP addresses from a scope? What information is necessary to configure a client reservation? How are filters used to identify which computers can be clients of the DHCP server? In this section, you will learn to: Create and activate scopes. Configure exclusion ranges and client reservations. Configure filters on a DHCP server. Key terms for this section include the following: Term Definition A pool of IP addresses and other IP configuration parameters from DHCP Scopes which a DHCP server leases addresses to DHCP scopes. DHCP Lease Duration DHCP Lease Renewal DHCP Filter DHCP Reservation DHCP Exclusions A parameter of a DHCP IP address lease that specifies how long a DHCP client can keep an address. The process of a DHCP client renewing its IP address lease by using unicast DHCPREQUEST messages. A DHCP server feature that allows administrators to restrict which computers on a network are leased IP addresses. An IP address associated with reserving DHCP clients' MAC addresses to ensure that when a client requests an IP address, it always receives the same one with any configured options. One or more IP addresses within a DHCP scope that are not allocated by the DHCP Server service. Exclusions ensure that the specified IP addresses will not be offered to clients by the DHCP server as part of the general address pool. This section helps you prepare for the following certification exam objectives: Exam Objective 2.1 Install and configure DHCP TestOut Server Pro 2016: Networking Microsoft 70-741 Networking 2.1.1 Install and authorize DHCP servers 2.1.2 Configure DHCP scopes and options 2.1.3 Configure DHCP exclusions and reservations 5.2 Determine scenarios and requirements for implementing Software Defined Networking (SDN)

with Windows Server 2016 2.1.3 Create and configure scopes 2.1.5 Configure a DHCP reservation 2.2.1 Configure a lease period Video/Demo 3.2.1 DHCP Scopes 0:53 3.2.2 Creating DHCP Scopes 8:35 Total Video 9:28 Lab/Activity 3.2.4 Create DHCP Exclusion Ranges 3.2.5 Create DHCP Client Reservations Fact Sheets 3.2.3 DHCP Scope, Exclusion, and Reservation Facts Number of Exam Questions 10 questions Total About 35 minutes

3.3: DHCP Options Lecture Focus Questions: What are the four levels of DHCP IP configuration options? What is each level's purpose? In what order are DHCP options applied? Which option values take precedence: those delivered through DHCP, or those configured manually on the client? In this section, you will learn to: Configure DHCP options. Key terms for this section include the following: Term Definition DHCP Option Client configuration parameters a DHCP server can assign when Types offering an IP address lease to a client. DHCP Option A way for the DHCP server to customize option types provided to Class clients. This section helps you prepare for the following certification exam objectives: Exam Objective TestOut Server Pro 2016: Networking Microsoft 70-741 Networking with Windows Server 2016 2.1 Install and configure DHCP 2.1.2 Configure DHCP scopes and options 2.1 Install and configure DHCP 2.1.6 Configure DHCP options 2.1.7 Configure DNS options from within DHCP Video/Demo 3.3.1 DHCP Options Overview 1:21 3.3.2 Configuring DHCP Options 6:21 Total Video 7:42 Lab/Activity 3.3.4 Configure DHCP Options Fact Sheets 3.3.3 DHCP Options Facts Number of Exam Questions 3 questions

Total About 21 minutes

3.4: Advanced Scopes Lecture Focus Questions: What does a multicast address indicate? When might you choose to create superscopes? What type of system is multinet when discussing superscopes? How does IPv6 differ from IPv4? If the M and O flags in the router advertisement (RA) message are set to 1, what type of configuration method should you use? What options do you have for dealing with zeros (0s) in an IPv6 address? How is autoconfiguration in IPv6 improved over autoconfiguration in IPv4? In this section, you will learn to: Create a multicast scope. Create an IPv6 scope. Configure DHCPv6 scope options. Create and configure a superscope. Key terms for this section include the following: Term Definition Multicast Scope Superscope A type of DHCP scope that allows multicast addresses to be dynamically assigned to multicast servers and clients using Multicast Address Dynamic Client Allocation Protocol (MADCAP). A special type of scope consisting of one or more member scopes that allows a DHCP server to service multiple IP subnets on a single physical network. The IPv6 version of DHCP, which supports the longer IP 128-bit addresses. DHCP Version 6 This section helps you prepare for the following certification exam objectives: Exam Objective TestOut Server Pro 2016: Networking Microsoft 70-741 Networking with Windows Server 2016 2.1 Install and configure DHCP 2.1.4 Create and configure superscopes 2.1 Install and configure DHCP 2.1.4 Create and configure superscopes and multicast scopes 2.1.11 Implement IPv6 addressing using DHCPv6 Video/Demo 3.4.1 Advanced Scopes 1:14 3.4.2 Configuring a Superscope 3:21

3.4.3 Configuring a Multicast Scope 3:27 3.4.6 Configuring a DHCPv6 Scope 5:00 Total Video 13:02 Lab/Activity 3.4.5 Create a Superscope 3.4.8 Configure an IPv6 Scope Fact Sheets 3.4.4 DHCP Superscope and Multicast Scope Facts 3.4.7 DHCPv6 Scope Facts Number of Exam Questions 13 questions Total About 47 minutes

3.5: Centralized DHCP and PXE Lecture Focus Questions: What options are available for a DHCP server to service a subnet separated with a router? How does DHCP broadcast reach clients located in a different subnet? What are the alternatives to using a Microsoft DHCP relay agent? In this section, you will learn to: Configure a DHCP relay agent. Key terms for this section include the following: Term Definition DHCP Relay Agent DHCP IP Helper Address PXE A device that listens for broadcast DHCPDISCOVER and DHCPREQUEST messages and forwards them to a DHCP server on another subnet. The IP Helper address lets routers relay User Datagram Protocol (UDP) requests when necessary. It makes the router a middleman and allows a broadcast to pass through a router to its destination. Preboot execution environment (PXE) allows computers to boot remotely through a network interface. PXE enables a client machine to boot from a server independent of the hard disks and installed operating system. This section helps you prepare for the following certification exam objectives: Exam Objective 2.1 Install and configure DHCP TestOut Server Pro 2016: Networking Microsoft 70-741 Networking with Windows Server 2016 2.1.2 Configure DHCP scopes and options 2.1.5 Configure DHCP Relay Agent 2.1 Install and configure DHCP 2.1.9 Configure client and server for PXE boot 2.1.10 Configure DHCP Relay Agent Video/Demo 3.5.1 Centralized DHCP 7:41 3.5.2 Configuring a DHCP Relay Agent 5:50 3.5.5 PXE Boot 1:48 3.5.6 Configure Client and Server for PXE Boot 1:38 Total Video 16:57

Lab/Activity 3.5.4 Configure a DHCP Relay Agent Fact Sheets 3.5.3 DHCP Centralization Facts 3.5.7 PXE Boot Facts Number of Exam Questions 9 questions Total About 41 minutes

3.6: DHCP Policies Lecture Focus Questions: When should you use a DHCP policy? In this section, you will learn to: Create and configure DHCP policies. Key terms for this section include the following: Term Definition DHCP A feature in Windows Server 2016 that gives administrators the ability to policies customize IP address lease options with conditions based on criteria. This section helps you prepare for the following certification exam objectives: Exam Objective 2.1 Install and configure DHCP TestOut Server Pro 2016: 2.1.2 Configure DHCP scopes and Networking options Microsoft 70-741 Networking with Windows Server 2016 2.1 Install and configure DHCP 2.1.3 Create and configure scopes 2.1.6 Configure DHCP options 2.1.8 Configure (DHCP) policies Video/Demo 3.6.1 DHCP Policies 1:35 3.6.2 Configuring DHCP Policies 5:31 Total Video 7:06 Fact Sheets 3.6.3 DHCP Policy Facts Number of Exam Questions 3 questions Total About 16 minutes

3.7: Advanced DHCP Management Lecture Focus Questions: In which two ways can you implement DHCP failover? What is a split scope? What steps do you take to create a split scope? How does DHCP implement name protection? In this section, you will learn to: Configure a DHCP failover. Create and configure a split scope. Key terms for this section include the following: Term Definition DHCP Failover Split Scope DHCP Name Protection A feature in Windows Server 2016 that allows two DHCP servers to share the pool of IP addresses in a scope, giving both servers access to all addresses in the pool. A fault-tolerant DHCP configuration in which two DHCP servers that contains the same scope information, allowing both servers to offer DHCP services to clients. A feature in DHCP that prevents name squatting by non-windows computers by using the DHCP resource record Dynamic Host Configuration Identifier (DHCID). Also see name squatting. This section helps you prepare for the following certification exam objectives: Exam Objective TestOut Server Pro 2016: Networking Microsoft 70-741 Networking with Windows Server 2016 2.1 Install and configure DHCP 2.1.6 Configure high availability using DHCP failover 2.1 Install and configure DHCP 2.2.3 Configure high availability using DHCP failover 2.2.4 Configure DHCP name protection Video/Demo 3.7.1 Advanced DHCP Management Overview 1:28 3.7.2 Configuring High Availability Failover 8:20 3.7.3 Configuring High Availability Load Balancing 3:23 3.7.6 Configuring DHCP Filters 6:01 3.7.9 Configuring DHCP Name Protection 5:46 Total Video 24:58

Lab/Activity 3.7.4 Configure DHCP Failover 1 3.7.5 Configure DHCP Failover 2 3.7.7 Configure a Scope for an Additional Subnet 3.7.8 Configure a Split Scope Fact Sheets 3.7.10 DHCP High Availability Facts Number of Exam Questions 4 questions Total About 54 minutes

3.8: Maintain the DHCP Database Lecture Focus Questions: When would you want to back up the DHCP database? What information is backed up with a default backup? Where is the DHCP database stored? In this section, you will learn to: Back up a DHCP database. Key terms for this section include the following: Term Definition DHCP servers store DHCP lease and reservation information in DHCP database files. By default, these files are stored in the Database %SystemRoot%\System32\DHCP directory. This section helps you prepare for the following certification exam objectives: Exam Objective TestOut Server Pro 2016: Networking Microsoft 70-741 Networking with Windows Server 2016 2.1 Install and configure DHCP 2.1.2 Configure DHCP scopes and options 2.1 Install and configure DHCP 2.1.12 Perform export and import of a DHCP server 2.1.13 Perform DHCP server migration 2.2.2 Back up and restore the DHCP database Video/Demo 3.8.1 Maintain the DHCP Database 1:50 3.8.2 Backing Up and Restoring the Database 4:17 3.8.3 Performing DHCP Server Migration 4:49 Total Video 10:56 Fact Sheets 3.8.4 DHCP Database Facts Number of Exam Questions 3 questions Total About 19 minutes

3.9: Troubleshooting DHCP Lecture Focus Questions: A Windows client system in your network has an IP address of 169.254.0.1. Why was this address assigned? DHCP discoverers are not increasing in the DHCP console. What could cause this? DHCP discoverers are increasing in the DHCP console, but all offers are static. What could cause this? DHCP discoverers and offers are increasing in the DHCP console, but requests are static. What could cause this? In this section, you will learn to: Configure automatic and alternate addressing. Troubleshoot common DHCP issues. Key terms for this section include the following: Term Definition Automatic Private IPv4 Addressing (APIPA) The Windows function that provides DHCP autoconfiguration addressing. APIPA assigns a class B IP address from 169.254.0.0 to 169.254.255.255 to the client when a DHCP server is either permanently or temporarily unavailable. This section helps you prepare for the following certification exam objectives: Exam Objective 2.1 Install and configure DHCP TestOut Server Pro 2016: Networking 2.1.7 Troubleshoot DHCP Microsoft 70-741 Networking with Windows Server 2016 2.1 Install and configure DHCP 2.2.5 Troubleshoot DHCP Video/Demo 3.9.1 Issues with DHCP 4:06 3.9.2 Configuring Alternate Addresses 10:46 3.9.3 Troubleshooting DHCP 8:15 Total Video 23:07 Lab/Activity 3.9.5 Configure Automatic and Alternate Addressing 3.9.6 Troubleshoot DHCP 1 3.9.7 Troubleshoot DHCP 2 Fact Sheets

3.9.4 DHCP Troubleshooting Facts Number of Exam Questions 12 questions Total About 56 minutes

4.1: IPAM Installation Lecture Focus Questions: What functions does the IP Address Management (IPAM) server perform? What is the IPAM server scope discovery range in Active Directory? What is IPAM provisioning? What are the steps for provisioning an IPAM server? What tasks must be performed before the Server Discovery task can work properly? Manage IP block and ranges from the IPAM console. In this section, you will learn to: Install and Configure IPAM using the IPAM Provisioning Wizard. Configure Server Discovery to discover domain controllers, DHCP servers, DNS servers, and NPS servers, and automatically add them to the IPAM console. Key terms for this section include the following: Terms Definitions IP Address Management (IPAM) IPAM Server WID Microsoft SQL Server IPAM Client IP Address Block IP Address Range IP Addresses Unmapped Address Space IP Address Management (IPAM) is a feature in newer releases of Windows Server that enables an administrator to manage the IP address space. The IPAM server collects data from the managed DNS and DHCP servers, manages Windows Internal Database, and manages security groups and roles related to IPAM. Windows Internal Database is a relational data store used by Microsoft applications and services for small environments. Microsoft SQL Server is a relational database management system that supports data processes and manipulations for corporate IT environments. The IPAM client provides an interface that the IPAM administrator can use to manage and configure the IPAM server. An IP address block is the largest unit in the IP address space. It consists of a contiguous range of IP addresses with a corresponding subnet mask. IP address ranges are part of an IP address space beneath the address block. An IP address range normally maps to a DHCP scope. IP addresses are the individual addresses that are contained in an IP address range. Unmapped address spaces are IP addresses or IP address ranges that haven't been assigned to an IP address block.