Question

Difficulty: MediumNetwork Types and Topologies

Match each network classification to its corresponding real-world deployment scenario.

  • SAN (Storage Area Network)High-speed block-level storage network connecting data center hosts to shared disk arrays over Fibre Channel switches.
  • MAN (Metropolitan Area Network)Fiber-optic network backbone interconnecting public safety and government buildings across a single municipality.
  • PAN (Personal Area Network)Short-range wireless link connecting a user's mobile phone to a wearable smart band via Bluetooth.
  • WLAN (Wireless Local Area Network)Internal Wi-Fi infrastructure providing wireless connectivity for corporate laptops across a company floor.

Answer

SAN pairs with block-level data center storage; MAN pairs with municipal building interconnectivity across a city; PAN pairs with personal Bluetooth peripheral pairing; WLAN pairs with corporate office Wi-Fi access.
Each classification accurately reflects its defined operational boundary: SAN handles high-speed block storage access, MAN covers city-wide municipal footprints, PAN manages short-range personal device pairs, and WLAN provides wireless coverage inside a local building.

Step-by-Step Solution

1
Analyze the scope and intended function of each network classification.
SAN targets storage fabrics; MAN targets city-scale infrastructure; PAN targets short-range personal items; WLAN targets local wireless client networking.
Network types are defined by their geographic reach, medium, and operational purpose.
2
Match each network type to its corresponding real-world scenario.
SAN connects servers to disk arrays via Fibre Channel; MAN links municipal facilities across a city; PAN connects a smartphone to a smart band via Bluetooth; WLAN connects laptops across an office floor via Wi-Fi.
Connecting technology features to geographic scope verifies network taxonomy comprehension.

Key Concept

Classification of network types based on geographic scale, transmission media, and architectural intent.
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