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1. The OSI Layer responsible for transmitting raw bit streams over physical media, such as cables or wireless signals.
2. The range of radio frequencies used for wireless communication, such as 2.4 GHz and 5 GHz.
3. The Layer responsible for establishing, maintaining, and terminating connections between network applications.
4. The Layer responsible for reliable and efficient data transfer between end systems, ensuring integrity and flow control.
5. The ability of different components or systems to be seamlessly replaced or substituted with one another without causing disruptions or compatibility issues.
6. The ability of a system or network to consistently perform its intended functions accurately and without failure.
7. The practice of connecting computers and other devices together to share information and resources.
8. The Layer responsible for addressing, routing, and forwarding data packets across different networks.
9. A type of network topology in which all the nodes are connected to a single cable called a bus.
10. The state of being unidentifiable or untraceable while using a virtual private network.
11. A network architecture where tasks are divided between servers and clients, with servers providing resources and clients requesting resources.
12. Wearable devices that have the capability to connect to personal area networks and offer features beyond just timekeeping, such as fitness tracking, notifications, and app integration.
13. A method used to scramble data using a secret code in order to protect it from unauthorized access.
14. Multiple disk drives or solid-state drives managed as a single unit.