N10-008 Practice Questions: What Is An Advantage Of The Peer-To-Peer Network Model?

The peer-to-peer (P2P) network model offers a significant advantage by enabling devices to share resources directly without relying on a centralized server, making it cost-effective and easy to set up for small networks. In the context of CompTIA N10-008 Practice Test Questions, understanding the P2P model is essential, as it highlights key network topologies, their use cases, and their impact on network performance and administration—topics frequently covered in the Network+ certification exam.

Tech Professionals

12 May 2025

N10-008 Practice Questions: What Is An Advantage Of The Peer-To-Peer Network Model?

The CompTIA Network+ (N10-008) Certification Exam is a globally recognized credential for IT professionals, validating foundational skills in networking concepts, infrastructure, operations, security, and troubleshooting. A key exam question, “What is an advantage of the Peer-to-Peer network model?” identifies cost-effectiveness as a primary advantage, emphasizing its simplicity and low setup costs compared to client-server models. This topic is tested within Domain 1: Networking Concepts (23%) and Domain 2: Infrastructure (18%), covering network architectures, topologies, and deployment models, essential for roles like network technicians, administrators, and support specialists.

The N10-008 exam, lasting 90 minutes with up to 90 multiple-choice and performance-based questions, requires a passing score of 720 (on a 100–900 scale). Study4Pass is a premier resource for Network+ preparation, offering comprehensive study guides, practice tests, and hands-on labs tailored to the exam syllabus. This article explores the Peer-to-Peer (P2P) network model, its advantages, use cases, limitations, relevance to the N10-008 exam, and strategic preparation tips using Study4Pass to excel in the CompTIA Network+ certification.

Introduction: Different Ways Networks Work

The Diversity of Network Architectures

Networks are the backbone of modern connectivity, enabling everything from small home setups to global enterprises. The choice of network model—how devices interact and share resources—profoundly impacts performance, cost, and scalability. The Peer-to-Peer (P2P) network model stands out for its simplicity, allowing devices to act as both clients and servers, sharing resources directly without centralized infrastructure. Its cost-effectiveness, requiring minimal hardware and setup, makes it a compelling choice for small-scale environments. For network professionals, understanding P2P’s advantages is critical for designing appropriate solutions, aligning with the Network+ focus on network architectures.

Key Objectives:

  • Simplicity: Enable easy setup for small networks.
  • Cost Savings: Minimize hardware and administrative costs.
  • Flexibility: Support decentralized resource sharing.

For N10-008 candidates, mastering the P2P model is essential for networking concepts and passing the exam. Study4Pass provides detailed guides on network models, supported by practice questions to reinforce these concepts.

Relevance to N10-008 Exam

The N10-008 exam tests the P2P model in objectives like “Explain network topologies and types” and “Compare network architectures.” Candidates must:

  • Identify cost-effectiveness as a key advantage of P2P networks.
  • Understand its structure, use cases, and limitations.
  • Apply knowledge to scenarios involving network design, deployment, or troubleshooting.

The question about P2P advantages underscores its role in cost-conscious networking. Study4Pass aligns its resources with these objectives, offering labs and practice tests that simulate real-world P2P scenarios.

Network Models: Structures for Interaction

Types of Network Models

  • Peer-to-Peer (P2P):

o   Devices act as both clients and servers, sharing resources directly.

o   Ideal for small networks with minimal infrastructure.

  • Client-Server:

o   Centralized servers provide resources to clients, requiring dedicated hardware.

o   Suited for larger, structured networks.

  • Hybrid:

o   Combines P2P and client-server elements for flexibility.

o   Used in complex environments needing both decentralization and control.

  • Example: A P2P network connects home PCs for file sharing, while a client-server network supports a corporate email system.

Role of Network Models

  • Purpose: Define how devices communicate, share resources, and manage access.
  • Impact:

o   P2P: Low cost, simple setup, but limited scalability.

o   Client-Server: Scalable, secure, but expensive and complex.

  • Selection Criteria: Based on network size, budget, and management needs.
  • Example: A small startup chooses P2P for cost savings, while an enterprise opts for client-server for centralized control.

Importance in Networking

  • Efficiency: Models optimize resource sharing and traffic flow.
  • Scalability: Support growth in devices or users.
  • Cost Management: Balance performance with budget constraints.
  • Example: A P2P network reduces costs for a home office, but a client-server model ensures reliability for a data center.

N10-008 Relevance: Questions may compare network models. Study4Pass provides frameworks to understand these distinctions.

Defining the Peer-to-Peer (P2P) Model

What is the P2P Model?

  • Definition: The Peer-to-Peer (P2P) network model is a decentralized architecture where each device (peer) functions as both a client and a server, directly sharing resources like files, printers, or internet bandwidth without a central server.
  • Characteristics:

o   No dedicated servers; all devices are equal peers.

o   Direct communication via IP addresses or protocols (e.g., SMB, BitTorrent).

o   Typically used in small networks (e.g., 2–10 devices).

  • Operation:

o   Peers discover each other via network protocols or manual configuration.

o   Resources are shared locally (e.g., shared folders) or globally (e.g., P2P file-sharing apps).

  • Example: Two PCs in a home share a printer via a P2P network, with one PC hosting the printer and the other accessing it.

Key Components

  • Devices: PCs, laptops, or IoT devices acting as peers.
  • Network Protocols: SMB/CIFS for file sharing, UPnP for device discovery.
  • Software: P2P applications (e.g., BitTorrent, Windows file sharing).
  • Connectivity: Ethernet, Wi-Fi, or ad-hoc wireless for peer communication.
  • Example: A small office uses Windows file sharing over Ethernet to create a P2P network for document exchange.

Exam-Relevant Definition

  • Advantage: Cost-effectiveness—P2P networks require no dedicated server hardware or complex administration, reducing setup and maintenance costs.
  • Incorrect Options:

o   High scalability: Better suited for client-server models.

o   Centralized management: Not applicable to P2P’s decentralized nature.

o   Enhanced security: P2P lacks robust centralized controls.

  • Example: A study group sets up a P2P network to share lecture notes, avoiding the cost of a server.

N10-008 Relevance: Questions may test P2P definitions or advantages. Study4Pass flashcards emphasize cost-effectiveness for quick recall.

Identifying the Advantages of the Peer-to-Peer Network Model

The N10-008 exam question asks for an advantage of the P2P network model. The primary answer is:

Cost-Effectiveness

  • Definition: P2P networks are cost-effective because they eliminate the need for dedicated server hardware, licensing, and extensive administrative overhead, making them ideal for small-scale or budget-constrained environments.
  • Details:

o   No Server Costs: Uses existing devices, avoiding server purchases.

o   Minimal Setup: Requires basic configuration (e.g., enabling file sharing).

o   Low Maintenance: No dedicated IT staff needed for small P2P networks.

  • Impact:

o   Reduces initial and ongoing costs for small businesses or homes.

o   Enables resource sharing without infrastructure investment.

  • Example: A freelance team sets up a P2P network to share project files, saving $1,000 on server hardware and setup.
  • Configuration Example (Windows):
· Network and Sharing Center:
· - Enable File and Printer Sharing
· - Turn off Password Protected Sharing
· Shared Folder:
- Right-click > Properties > Sharing > Share
  • N10-008 Relevance: Cost-effectiveness is the most tested P2P advantage.

Other Advantages

1.     Ease of Setup:

o   Benefit: Simple configuration using built-in OS features or P2P apps.

o   Example: A home user enables file sharing in Windows in minutes.

2.     Flexibility:

o   Benefit: Peers can join or leave the network dynamically.

o   Example: A gaming group creates an ad-hoc P2P network for multiplayer sessions.

3.     Resource Sharing:

o   Benefit: Directly shares files, printers, or bandwidth among peers.

o   Example: A classroom shares a single printer via P2P networking.

4.     Decentralized Resilience:

o   Benefit: No single point of failure; if one peer fails, others continue.

o   Example: A P2P file-sharing network remains active despite one PC disconnecting.

Exam Answer: An advantage of the P2P model is cost-effectiveness. Study4Pass Practice Tests reinforce this with scenario-based questions.

Key Scenarios Where P2P is Often Used

Home Networks

  • Use Case: Share files, printers, or media among PCs, laptops, or smart TVs.
  • Example: A family shares photos via a P2P network, avoiding cloud storage costs.

Small Offices or Workgroups

  • Use Case: Collaborate on documents or share resources without server infrastructure.
  • Example: A startup uses P2P to share design files, saving on server expenses.

Ad-Hoc Networks

  • Use Case: Temporary networks for events, gaming, or disaster recovery.
  • Example: A LAN party uses P2P for multiplayer gaming without a central server.

File-Sharing Applications

  • Use Case: Distribute large files (e.g., software, videos) via P2P protocols like BitTorrent.
  • Example: A developer shares an open-source app via BitTorrent, reducing server bandwidth costs.

IoT and Smart Homes

  • Use Case: Connect IoT devices for local communication (e.g., smart lights, sensors).
  • Example: Smart home devices share data via P2P, minimizing external dependencies.

N10-008 Relevance: Questions may test P2P use cases. Study4Pass case studies highlight these scenarios.

Disadvantages of the Peer-to-Peer Model (For Balanced Understanding - Often Contrasted in Network+ Questions)

Limited Scalability

  • Issue: Performance degrades with more than 10–15 devices due to increased traffic and management complexity.
  • Impact: Unsuitable for large networks or enterprises.
  • Example: A growing office switches from P2P to client-server as device counts exceed 20.

Security Risks

  • Issue: Lack of centralized controls increases risks like unauthorized access or malware spread.
  • Impact: Requires manual security measures (e.g., passwords, firewalls).
  • Example: A P2P network exposes shared folders to malware from an infected peer.

Management Challenges

  • Issue: No central administration; each peer requires individual configuration.
  • Impact: Time-consuming for larger setups or frequent changes.
  • Example: A workgroup struggles to update sharing settings across multiple PCs.

Performance Bottlenecks

  • Issue: Resource sharing depends on peer capabilities (e.g., CPU, bandwidth).
  • Impact: Slow peers can degrade network performance.
  • Example: A low-spec PC slows file transfers in a P2P network.

Lack of Centralized Backup

  • Issue: Data is stored locally, risking loss without manual backups.
  • Impact: Requires user diligence to prevent data loss.
  • Example: A user loses shared files when a P2P peer’s hard drive fails.

N10-008 Relevance: Questions may contrast P2P with client-server models. Study4Pass guides balance pros and cons.

Relevance to CompTIA Network+ N10-008 Practice Test Questions

Exam Objectives

  • Domain 1: Networking Concepts, covering network models and topologies.
  • Domain 2: Infrastructure, including network deployment and architecture.
  • Question Types:

o   Multiple-choice: Identify P2P advantages (e.g., cost-effectiveness).

o   Performance-based: Configure a P2P network for file sharing.

o   Scenario-based: Select P2P for a small-scale deployment.

  • Example Question: “What is an advantage of the Peer-to-Peer network model?” (Answer: Cost-effectiveness).

Real-World Applications

  • Network Design: Deploy P2P for cost-effective small networks.
  • Resource Sharing: Enable file or printer sharing in homes or workgroups.
  • Troubleshooting: Address P2P performance or security issues.
  • Example: A technician sets up a P2P network for a small office, saving $2,000 on server costs.

Network+ Focus

  • Foundational Knowledge: Tests understanding of network architectures.
  • Practical Skills: Emphasizes configuration and troubleshooting.
  • Cost Awareness: Prioritizes budget-friendly solutions for small setups.

Study4Pass labs simulate P2P configurations, ensuring hands-on proficiency.

Applying Knowledge to Network+ Practice Tests

Scenario-Based Application

  • Scenario: A small design firm needs to share large graphic files among five PCs without investing in a server.

o   Solution: Deploy a Peer-to-Peer network using Windows file sharing, leveraging existing PCs for cost-effectiveness.

o   Outcome: Efficient file sharing, reduced costs, and quick setup.

  • N10-008 Question: “What is an advantage of the P2P model in this scenario?” (Answer: Cost-effectiveness).

Troubleshooting P2P Issues

  • Issue 1: File Access Denied:

o   Cause: Incorrect sharing permissions.

o   Solution: Adjust permissions to allow peer access.

o   Tool: Windows Network and Sharing Center.

  • Issue 2: Slow Transfers:

o   Cause: Low-spec peer or network congestion.

o   Solution: Upgrade peer hardware or limit concurrent shares.

  • Issue 3: Security Breaches:

o   Cause: Unsecured shared folders.

o   Solution: Enable password protection and firewalls.

  • Example: A technician enables password-protected sharing, securing a P2P network from unauthorized access.

Best Practices for P2P Networks

  • Simple Configuration: Use OS-native tools for quick setup.
  • Security Measures: Enable passwords, firewalls, and antivirus.
  • Regular Backups: Manually back up shared data to prevent loss.
  • Limit Scale: Restrict to 10–15 devices for optimal performance.
  • Example: A home P2P network uses Windows sharing with passwords and backups, ensuring security and reliability.

Study4Pass labs replicate these scenarios, ensuring practical expertise.

Final Thoughts: A Simple and Cost-Effective Model

The CompTIA Network+ (N10-008) certification equips IT professionals with foundational networking skills, with the Peer-to-Peer network model—noted for its cost-effectiveness—as a critical topic in Networking Concepts and Infrastructure. Understanding its advantages, use cases, and limitations enables candidates to design budget-friendly networks for small-scale environments.

Study4Pass is the ultimate resource for Network+ preparation, offering study guides, practice tests, and hands-on labs that replicate P2P scenarios. Its P2P-focused labs and scenario-based questions ensure candidates can configure networks, troubleshoot issues, and optimize resource sharing confidently. With Study4Pass, aspiring network professionals can ace the exam and launch rewarding careers, with salaries averaging $60,000–$90,000 annually (Glassdoor, 2025).

Exam Tips:

  • Memorize cost-effectiveness as a P2P advantage for multiple-choice questions.
  • Practice P2P file-sharing setups in Study4Pass labs for performance-based tasks.
  • Solve scenarios to deploy P2P in small networks.
  • Review P2P vs. client-server contrasts for advanced questions.
  • Complete timed 90-question practice tests to manage the 90-minute exam efficiently.
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Practice Questions from CompTIA Network+ N10-008 Certification Exam

What is an advantage of the Peer-to-Peer network model?

A. High scalability

B. Cost-effectiveness

C. Centralized management

D. Enhanced security

Which scenario is best suited for a Peer-to-Peer network?

A. A large enterprise with 500 users

B. A small office sharing files among 5 PCs

C. A data center with centralized servers

D. A global network with multiple branches

A P2P network fails to share files. What is a likely cause?

A. Incorrect routing protocol

B. Disabled file sharing permissions

C. Missing VLAN configuration

D. Improper QoS settings

Which protocol is commonly used in P2P networks for file sharing?

A. OSPF

B. SMB/CIFS

C. SNMP

D. BGP

What is a disadvantage of the Peer-to-Peer network model?

A. High setup costs

B. Limited scalability

C. Centralized control

D. Fast performance