This CCNA 3 Chapter 1 Discovery 4.0 quiz assesses knowledge on enterprise edge components, security placement, teleworker tools, LAN resilience strategies, hierarchical design tasks, and VPN functionality. It is crucial for learners aiming to excel in networking certifications.
High-quality, live video presentations
Real-time voice communications over the Internet
Ability to share desktop applications simultaneously
Secure, encrypted data transmissions through the internet
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Reduces the effect of Ethernet collisions
Reduces the impact of a key device or service failure
Reduces the impact of Internet congestion on critical traffic
Reduces the impact of blocking broadcast packets at the edge of the local network
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TCP is more reliable than UDP because it requires lost packets to be retransmitted
TCP requires less processing by the source and destination hosts than UDP
UDP introduces delays that degrade the quality of the data applications
TCP ensures fast delivery because it does not require sequencing or acknowlegements
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VoIP
VPN
HTTP
Telnet
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VPN
NAT
User Authentication
Client Firewall Software
Packet sniffing
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An enterprise WAN is designed to interconnect local LANs, while an enterprise extranet is designed to interconnect remote branch offices
An enterprise WAN is designed to interconnect branch offices, while an enterprise extranet is designed to give access to external business partners
An enterprise WAN is designed to provide remote access for its teleworkers, while an enterprise extranet is designed to provide Internet connectivity for the enterprise.
An enterprise WAN is designed to provide Internet connectivity for the enterprise, while an enterprise extranet is designed to provide remote access to the enterprise network for teleworkers.
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Server Farm
Enterprise Edge
Enterprise Campus
Service Provider Edge
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Internet, VPN, and WAN modules
Internet, PSTN, and WAN services
Server farms and network management
Campus infrastructure, including access layer devices
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Connecting to the corporate web server to update sales figures
Using a VPN from home to send data to the main office servers
Printing a meeting agenda on a local departmental network printer
Placing a VoIP call to a business associate in another country
Responding to an e-mail from a co-worker in another department
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It uses SSL to encrypt remote user logins to the corporate intranet.
It uses secure Telnet for remote user connections to internal network devices
It creates a virtual circuit that allows real-time communications between any two Internet endpoints.
It uses encapsulation to create a secure tunnel for transmission of data across non-secure networks
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Remove the three-layer hierarchical model and use a flat network approach divide the network into functional components while still maintaining the concept of Core, Distribution, and Access Layers
Provide services and functionality to the core layer by grouping various components into a single component located in the access layer
Reduce overall network traffic by grouping server farms, the management server, corporate intranet, and e-commerce routers in the same layer
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Performs routing and packet manipulation
Supplies redundancy and failover protection
Provides a high-speed, low-latency backbone
Serves as a network connection point for end-user devices
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Providing failover capability
Installing redundant power supplies
Purchasing more bandwith from the ISP
Implementing broadcast containment with VLANS
Installing routers that can handle a greater amount of throughput
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Enterprise campus
Enterprise edge
Service provider edge
Building distribution
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It provides web-like access to company information for employees only
It limits access to corporate information to secure VPN or remote access connections only
It allows customers and partners to access company information by connecting to a public web server
It allows suppliers and contractors to access confidential internal information using controlled external connections
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Enterprise Campus
Edge Distribution
Enterprise Edge
Service Provider Edge
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Providing Internet, telephone, and WAN services to the enterprise network
Providing a connection point for end-user devices to the enterprise network
Providing high-speed backbone connectivity with redundant connections
Providing intrusion detection and intrusion prevention to protect the network against malicious activity
Providing packet inspection to determine if incoming packets should be allowed on the enterprise network
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TCP requires all data packets to be delivered for the data to be usable
The acknowledgment process of TCP introduces delays that break the streams of data
UDP does not have mechanisms for retransmitting lost packets
UDP tolerates delays and compensates for them
TCP is a connectionless protocol that provides end-to-end reliability.
UDP is a connection-oriented protocol that provides end-to-end reliability.
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Forwards traffic that is destined for other networks
Isolates problems to prevent them from affecting the Core Layer
Allows end users to access the local network
Provides a connection point for separate local networks
Transports large amounts of data between different geographic sites
Forwards traffic to other hosts on the same logical network
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