Microsoft MTA Networking Fundamentals (98-366日本語版) : 98-366日本語 valid dumps

98-366日本語 real exams

Exam Code: 98-366J

Exam Name: MTA Networking Fundamentals (98-366日本語版)

Updated: Sep 10, 2026

Q & A: 259 Questions and Answers

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Randomized questions, a countdown clock, score history after every attempt: the Actual4Exams test engines turn Microsoft MTA Networking Fundamentals (98-366日本語版) practice into a rehearsal of the real 98-366日本語 experience, weak spots included.

Microsoft 98-366日本語 Exam Overview:

Certification Vendor:Microsoft
Exam Name:Networking Fundamentals
Exam Number:98-366
Exam Duration:45 minutes
Certificate Validity Period:Lifetime (no expiration)
Available Languages:Korean, Italian, Russian, Japanese, French, Chinese (Traditional), Chinese (Simplified), Spanish (Mexico), English, Portuguese (Brazil), Spanish, German
Exam Price:$127 USD (varies by region)
Exam Format:Multiple choice, Active screen, Build list, Drag-and-drop, Scenario-based
Related Certifications:MTA: Security Fundamentals
MTA: Windows Server Administration Fundamentals
Real Exam Qty:40-60
Passing Score:700 / 1000
Recommended Training:Microsoft Official Academic Course
uCertify
Exam Registration:Microsoft Learn
Pearson VUE
Certiport
Sample Questions:Free Download 98-366日本語 valid dump
Exam Way:Proctored onsite at Certiport / Pearson VUE centers or online proctoring; RETIRED June 30, 2022
Pre Condition:No formal prerequisites; basic computer literacy and familiarity with Windows environments recommended
Official Syllabus URL:https://learn.microsoft.com/en-us/credentials/certifications/exams/98-366/

Microsoft 98-366日本語 Exam Syllabus Topics:

SectionWeightObjectives
Topic 1: Understanding Network Hardware20-25%- Cabling and media types
  • 1. Characteristics and limitations
    • 2. Twisted pair, fiber optic, coaxial
      - Network devices
      • 1. Wireless access points
        • 2. Firewalls and modems
          • 3. Switches, routers, hubs, bridges
            Topic 2: Understanding Protocols and Services45-50%- Name resolution and ports
            • 1. Resolution process
              • 2. Well-known port numbers
                - Core network protocols
                • 1. DNS, DHCP, ARP
                  • 2. HTTP, FTP, SMTP
                    • 3. TCP, UDP, ICMP
                      - OSI and TCP/IP models
                      • 1. Protocol mapping
                        • 2. Layer functions
                          - IPv4 and IPv6 addressing
                          • 1. Subnetting and subnet masks
                            • 2. Address types and ranges
                              • 3. IPv4 to IPv6 transition
                                Topic 3: Understanding Network Infrastructures30-35%- WAN technologies and connectivity
                                • 1. Remote access methods
                                  • 2. RADIUS and authentication
                                    - Network types
                                    • 1. LAN, WAN, MAN, PAN
                                      • 2. Intranet, Extranet, Internet
                                        • 3. Client-server vs peer-to-peer
                                          - Network topologies and access methods
                                          • 1. Wireless networking standards
                                            • 2. Physical and logical topologies
                                              • 3. Network security zones

                                                98-366日本語 Exam Questions Answered: Microsoft Candidates' FAQ

                                                Microsoft MTA Networking Fundamentals (98-366日本語版) is an official exam run by Microsoft under exam code 98-366日本語. Passing it awards the MTA: Networking Fundamentals certification, which sits at the Entry / Associate tier. It also counts toward related credentials such as MTA: Windows Server Administration Fundamentals, MTA: Security Fundamentals. Certified professionals remain in shorter supply than the market wants, which is precisely why this exam keeps showing up in conversations about better roles and better pay.

                                                The Microsoft MTA Networking Fundamentals (98-366日本語版) exam gives you 45 minutes to work through 40-60 questions. That is a tight ratio, and it punishes candidates who get emotionally attached to any single item. The fix is mechanical: answer what you know, flag what you do not, and keep moving. A few full-length timed runs in the Actual4Exams test engine, with its randomized question order, will calibrate your pace far better than untimed reading ever could.

                                                The official fee for Microsoft MTA Networking Fundamentals (98-366日本語版) is $127 USD (varies by region), and 700 / 1000 is what passing takes. The uncomfortable part: retakes cost the full $127 USD (varies by region) again, which makes preparation the cheapest line item in this whole project. Before booking, put yourself through repeated scored sessions with the Actual4Exams practice tests and compare results over time; a stable margin above the passing line, not a single lucky run, is when you are ready.

                                                No formal prerequisites; basic computer literacy and familiarity with Windows environments recommended

                                                Vendor rules do get revised, so treat this as your starting point and confirm the current eligibility details before booking via the official exam page.

                                                Microsoft MTA Networking Fundamentals (98-366日本語版) registration runs through these official channels.

                                                Worth noting when you schedule: the exam is delivered Proctored onsite at Certiport / Pearson VUE centers or online proctoring; RETIRED June 30, 2022.

                                                Yes, Microsoft points Microsoft MTA Networking Fundamentals (98-366日本語版) candidates toward the following training.

                                                Whatever course you choose, close the loop with question practice: the 259 items in the Actual4Exams 98-366日本語 package convert course knowledge into exam-day scoring ability.

                                                It is. Actual4Exams publishes a free PDF demo of the Microsoft MTA Networking Fundamentals (98-366日本語版) material, so the product can prove itself before you pay. Your purchase then comes with 365 days of free updates, and once that period ends, extending the update service costs 50% of the regular price. The test engine software itself is verified malware-free and safe to install.

                                                Actual4Exams stands behind the product with a 100% money-back guarantee under defined conditions. If you take the Microsoft MTA Networking Fundamentals (98-366日本語版) exam within 60 days of purchase and fail, you qualify for a full refund, provided the exam corresponds to your product. Sitting the exam within 3 days of purchase does not qualify, and neither do unused downloads, free materials, or expired orders; the candidate name must match the payer name. Submit a scanned enrollment slip and the official Score Report PDF within 2 days of the exam, and claims are resolved within 7 days. You may also choose an exchange instead of a refund: two other exam products of equal value, free, with the update service on your original purchase retained.

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                                                Microsoft MTA Networking Fundamentals (98-366日本語版) breaks down into 3 official domains, led by Understanding Protocols and Services (45-50%), Understanding Network Hardware (20-25%), and Understanding Network Infrastructures (30-35%). You will find the full topic-by-topic outline above on this page; use the weightings to budget your study hours where they pay back the most.

                                                Microsoft MTA Networking Fundamentals (98-366日本語版) Sample Questions:

                                                Question #1

                                                管理者の責任が終了し、電気通信プロバイダーの責任が開始されるのは、ネットワークのどの部分ですか。

                                                • A. PADインターフェース
                                                • B. ルーターアレイ
                                                • C. 境界
                                                • D. ラストワンマイル
                                                Answer: A
                                                Question #2

                                                インターネット上のパケットを暗号化するために使用できるプロトコルはどれですか?

                                                • A. SNMP
                                                • B. TFTP
                                                • C. HTTPS
                                                • D. HTTP
                                                Answer: C

                                                Explanation: Only visible for Actual4Exams members. You can sign-up / login (it's free).

                                                Question #3

                                                ユーザーから、会社のネットワーク上のコンピューターからネットワークリソースに接続できないと報告されました。ユーザーは昨日ネットワークリソースに接続できました。
                                                ユーザーのコンピューターがネットワークに適切に物理的に接続されていることを確認します。コンピューターのIPアドレスが169.254.48.97であることがわかります。
                                                ネットワークリソースへのアクセスを復元する必要があります。
                                                次に何をすべきですか?

                                                • A. DNSサーバーのキャッシュをフラッシュします。
                                                • B. ルーターの現在のルーティングテーブルを確認します。
                                                • C. DHCPサービスが利用可能であることを確認します。
                                                • D. サーバー上のユーザーのパスワードをリセットします。
                                                Answer: C

                                                Explanation: Only visible for Actual4Exams members. You can sign-up / login (it's free).

                                                Question #4

                                                pingツールは次の目的で使用されます:(2つ選択してください。)

                                                • A. UDPを使用する場合のホストのセッションを管理します。
                                                • B. ホスト自身のネットワークインターフェースをセルフテストします。
                                                • C. ホストアドレスのネットワーク部分を決定します。
                                                • D. ホストが到達可能かどうかを判別します。
                                                Answer: B,D

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                                                Question #5

                                                ドラッグアンドドロップの質問
                                                ネットワークトポロジを対応する特性に一致させます。
                                                答えるには、適切なトポロジを左側の列から右側の特性にドラッグします。各トポロジは、1回使用することも、複数回使用することも、まったく使用しないこともできます。それぞれの正しい一致は1ポイントの価値があります。

                                                Answer:


                                                Explanation:
                                                * Star
                                                In star topology, every node (computer workstation or any other peripheral) is connected to a central node called a hub or switch.
                                                * Ring
                                                Each device present in Ring Topology is incorporated with a REPEATER.
                                                * Mesh
                                                Fully connected mesh topology:

                                                A fully connected network is a communication network in which each of the nodes is connected to each other.
                                                * Star
                                                In star topology, every node (computer workstation or any other peripheral) is connected to a central node called a hub or switch.
                                                * mesh (full)
                                                The major disadvantage is that the number of connections grows quadratically with the number of nodes,as per the formula: c=n(n-1)/2
                                                * Ring
                                                Ring Topology: In this type of Topology, data is passed from one node to another in a series.
                                                Here each device has dedicated Point-to-Point connection, with only two devices present on either side of it.

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                                                This means that if due to any reason you are not able to pass the 98-366日本語 actual exam even after using our product, we will reimburse the full amount you spent on our products. you just need to mail us your score report along with your account information to address listed below within 7 days after your unqualified certificate came out.

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