Microsoft 70-413日本語 Exam Details & Actual Exam Questions

Exam Code/Number: 70-413日本語
Exam Name/Title: Designing and Implementing a Server Infrastructure (70-413日本語版)
Certification Provider: Microsoft
Corresponding Certification: Windows Server 2012

Exam Questions: 262
Updated On: Aug,31 2026
Certification Level: Professional

Microsoft Designing and Implementing a Server Infrastructure (70-413日本語版) Exam Questions

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Microsoft 70-413日本語 Exam Overview:

Certification Vendor:	Microsoft
Exam Name:	Designing and Implementing a Server Infrastructure
Exam Number:	70-413
Passing Score:	700/1000
Exam Duration:	120 minutes
Exam Format:	Hot Area, Scenario-Based Questions, Case Study, Multiple Answer, Multiple Choice, Drag and Drop, Build List
Available Languages:	Japanese, German, French, Chinese (Simplified), English, Portuguese (Brazil)
Related Certifications:	MCSA: Windows Server 2012 MCSE: Server Infrastructure
Certificate Validity Period:	Certification retired
Real Exam Qty:	40-60
Exam Price:	USD 150
Sample Questions:	Microsoft 70-413日本語 Sample Questions
Exam Way:	Pearson VUE testing centers and online proctored delivery (when the exam was active). Exam has been retired by Microsoft.
Pre Condition:	MCSA: Windows Server 2012 recommended. Exam 70-413 and Exam 70-414 were required to earn MCSE: Server Infrastructure.
Official Syllabus URL:	https://learn.microsoft.com/en-us/credentials/certifications/retired-certifications

Microsoft 70-413日本語 Exam Syllabus Topics:

Section	Weight	Objectives
Topic 1: Design and Implement Network Infrastructure Services	20%	- Design a name resolution solution strategy 1. DNS replication 2. DNS interoperability 3. DNS zone hierarchy 4. DNS security 5. IPv6 name resolution - Design and manage an IPAM solution 1. IP address migration 2. IPAM deployment 3. Role-based access control 4. Auditing and monitoring - Design and maintain a DHCP solution 1. DHCP database maintenance 2. DHCP filtering 3. Highly available DHCP
Topic 2: Plan and Deploy a Server Infrastructure	25%	- Plan and implement server upgrade and migration 1. Server consolidation 2. Capacity and resource optimization 3. Cross-domain and cross-forest migration 4. Role migration - Implement a server deployment infrastructure 1. Multiserver deployment architecture 2. Transport servers 3. Multisite topology - Design and plan an automated server installation strategy 1. Microsoft Azure IaaS deployment planning 2. Deployment images 3. Windows Assessment and Deployment Kit (ADK) 4. Windows Deployment Services (WDS) 5. Multicast deployment - Plan and implement file and storage services 1. iSCSI Target Server 2. Storage planning considerations 3. Network File System (NFS) 4. iSNS - Plan and deploy Virtual Machine Manager services 1. Operating system profiles 2. Image and template libraries 3. Logical networks 4. Service templates 5. Hardware and capability profiles
Topic 3: Design and Implement an Active Directory Infrastructure (Physical)	15%	- Design a domain controller strategy 1. Global Catalog 2. FSMO role placement 3. Domain controller cloning 4. Read-Only Domain Controllers - Design an Active Directory sites topology 1. Replication conflict resolution 2. Replication optimization 3. Site links - Design and implement a branch office infrastructure 1. Infrastructure deployment 2. Branch office authentication 3. Branch office security
Topic 4: Design and Implement Network Access Services	20%	- Design and implement a network protection solution 1. Network Access Protection (NAP) 2. Network Policy Server (NPS) 3. Compliance monitoring - Design a DirectAccess solution 1. Deployment topology 2. One-Time Password (OTP) 3. Enterprise CA integration - Design a Web Application Proxy solution 1. Workplace Join 2. Authentication and authorization 3. Single Sign-On 4. Multifactor authentication - Implement a scalable remote access solution 1. RADIUS infrastructure 2. Site-to-site VPN 3. Advanced DirectAccess 4. Remote Access clustering - Design a VPN solution 1. Azure connectivity 2. Certificates 3. Site-to-site VPN 4. Firewall configuration
Topic 5: Design and Implement an Active Directory Infrastructure (Logical)	20%	- Design a forest and domain infrastructure 1. Trust relationships 2. Functional levels 3. Multiforest structures 4. Azure Active Directory integration - Implement a forest and domain infrastructure 1. Domain migration 2. Test forest deployment 3. Forest restructure 4. Domain rename - Design an Active Directory permission model 1. Administrative permissions 2. Delegation of control 3. Object security 4. Kerberos delegation - Design a Group Policy strategy 1. GPO application control 2. Group Policy caching 3. Advanced Group Policy Management