Tumsime Godfrey
Mar 24
Analyze four strength and four weakness of the cables used for configuring communication networks ?
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Mar 24
Strengths:
1. High bandwidth capacity: Cables used for configuring communication networks, such as fiber optic cables, have a high bandwidth capacity, allowing for the transmission of large amounts of data at high speeds.
2. Reliability: Cables are a reliable means of transmitting data as they are not susceptible to interference from external sources, such as electromagnetic interference.
3. Security: Cables provide a secure means of transmitting data as they are difficult to tap into or intercept compared to wireless communication methods.
4. Durability: Cables are typically more durable than wireless communication methods, making them suitable for use in harsh environments or areas with high levels of physical interference.
Weaknesses:
1. Limited mobility: Cables restrict the mobility of devices connected to the network, as they are physically tethered to the cable.
2. Installation and maintenance costs: The installation and maintenance of cables can be costly, especially for large-scale networks that require extensive cabling infrastructure.
3. Vulnerability to physical damage: Cables are susceptible to physical damage, such as cuts or breaks, which can disrupt communication and require costly repairs.
4. Limited scalability: Cables can be difficult to scale up or expand, as adding new devices or extending the network may require additional cabling infrastructure and resources.
1. High bandwidth capacity: Cables used for configuring communication networks, such as fiber optic cables, have a high bandwidth capacity, allowing for the transmission of large amounts of data at high speeds.
2. Reliability: Cables are a reliable means of transmitting data as they are not susceptible to interference from external sources, such as electromagnetic interference.
3. Security: Cables provide a secure means of transmitting data as they are difficult to tap into or intercept compared to wireless communication methods.
4. Durability: Cables are typically more durable than wireless communication methods, making them suitable for use in harsh environments or areas with high levels of physical interference.
Weaknesses:
1. Limited mobility: Cables restrict the mobility of devices connected to the network, as they are physically tethered to the cable.
2. Installation and maintenance costs: The installation and maintenance of cables can be costly, especially for large-scale networks that require extensive cabling infrastructure.
3. Vulnerability to physical damage: Cables are susceptible to physical damage, such as cuts or breaks, which can disrupt communication and require costly repairs.
4. Limited scalability: Cables can be difficult to scale up or expand, as adding new devices or extending the network may require additional cabling infrastructure and resources.
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