CIW Network Technology Associate Free Sample Questions

Description

Covers data communications and the OSI model, networking hardware and cabling, IPv4 and IPv6 addressing, client attacks and encryption, wireless networking, and personal privacy protection.

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1D0-61C Sample Questions

  1. Question 1

    Intermediate

    Basic Data Communications and Technical Knowledge of the Internet · Basic Data and Telephony Network Concepts

    A telecommunications consultant is migrating a legacy analog PBX system to a converged Voice over IP (VoIP) architecture for a regional logistics hub. The facility experiences frequent micro-outages. When calculating the power distribution strategy for the new converged network, which fundamental difference between traditional telephony and data equipment must the consultant account for to ensure continuous voice services?

    Answer and explanation

    Correct answer: C

    This is correct. In traditional telephony, the central office provides -48V DC power directly over the copper tip and ring wires, meaning phones work even if the building loses power. In a converged VoIP network, the IP phones and network switches rely on local AC power (often delivered via PoE from the switch). Therefore, local UPS systems are strictly required to maintain voice service during a power failure.

  2. Question 2

    Intermediate

    Basic Data Communications and Technical Knowledge of the Internet · OSI Reference Model

    While analyzing a network packet capture to diagnose a communication failure between a proprietary industrial control system and a monitoring server, an engineer notices that the data payload is encapsulated with headers corresponding to the Internet and Transport layers of the TCP/IP suite. Which specific layers of the OSI/RM (Open Systems Interconnection Reference Model) do these TCP/IP layers directly map to?

    Answer and explanation

    Correct answer: A

    This is the correct mapping. In the 4-layer TCP/IP model, the Internet layer corresponds directly to the Network layer (Layer 3) of the 7-layer OSI model, handling logical addressing and routing (e.g., IP). The Transport layer in TCP/IP maps directly to the Transport layer (Layer 4) in the OSI model, handling end-to-end communication (e.g., TCP, UDP).

  3. Question 3

    Advanced

    Basic Data Communications and Technical Knowledge of the Internet · Network Topologies

    A university campus is revamping its physical network architecture. The core infrastructure relies on a single high-speed fiber backbone spanning the campus. Off this backbone, individual department buildings have central switches that connect to multiple endpoint workstations in a radial pattern.

    Which of the following terms best describes this specific architectural implementation?

    graph TD subgraph Backbone [High-Speed Fiber Backbone] B1((Node)) --- B2((Node)) --- B3((Node)) end subgraph DeptA [Department A] B1 --- SW1[Switch] SW1 --- PC1[PC] SW1 --- PC2[PC] SW1 --- PC3[PC] end subgraph DeptB [Department B] B2 --- SW2[Switch] SW2 --- PC4[PC] SW2 --- PC5[PC] end
    Answer and explanation

    Correct answer: B

    This is correct. The architecture describes a hybrid topology. Specifically, the high-speed fiber backbone connecting the nodes in a linear fashion represents a bus topology. The individual department buildings, which use a central switch connecting radially to multiple endpoints, represent a star topology. Combined, this creates a hybrid star-bus topology, highly common in campus and enterprise networks.

  4. Question 4

    IntermediateMultiple answers

    Basic Data Communications and Technical Knowledge of the Internet · Distributed Architectures and Database Models

    A data engineering team is evaluating database models for a new analytics platform. They need to process massive volumes of unstructured log data from thousands of IoT devices globally. Which TWO characteristics correctly contrast a distributed architecture like Hadoop with a traditional centralized SQL database model in this scenario? (Select TWO)

    Answer and explanation

    Correct answers: A, C

    Hadoop uses HDFS (Hadoop Distributed File System) to spread data across many nodes, providing high fault tolerance and horizontal scalability. Traditional SQL databases are typically centralized, relying on a single large server or a tightly coupled cluster for storage and processing.

    This is correct. A key paradigm of Hadoop (via MapReduce or similar frameworks) is moving the computation to the data (data locality), which is highly efficient for massive datasets. Centralized SQL databases typically move data from storage to the compute engine for query execution.

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