FTTP is faster and more expensive than FTTC, cable and broadband. Which statement is correct?

FTTP is faster and more expensive than FTTC, cable and broadband. Which statement is correct?

• A. FTTP is faster and cheaper
• B. FTTP is slower and more expensive
• C. FTTP is slower and cheaper
• D. FTTP is faster and more expensive

Answer: (D)

Understanding the difference in how these broadband technologies deliver data helps explain why this statement is true. FTTP means fiber to the premises, so the entire connection from the provider to your home uses high-capacity fiber. That gives you the fastest possible speeds and the most consistent performance because there’s no slower copper segment in the main path. However, installing fiber directly to each building involves more work and equipment—digging, new cabling, and perhaps new hardware at the customer site—so the upfront and ongoing costs are higher. FTTC shares some fiber advantages by bringing fiber to a street cabinet and only using copper for the final stretch to the home, which lowers cost but also reduces potential speeds due to the copper portion and distance from the cabinet. Cable broadband runs over coax and is often a shared resource among many users, which can affect speed and reliability. General broadband (like older copper-based services) tends to be slower overall. So, FTTP being faster and more expensive reflects the typical trade-off: higher performance comes with higher deployment and maintenance costs, compared with FTTC, cable, or traditional broadband.

Understanding the difference in how these broadband technologies deliver data helps explain why this statement is true. FTTP means fiber to the premises, so the entire connection from the provider to your home uses high-capacity fiber. That gives you the fastest possible speeds and the most consistent performance because there’s no slower copper segment in the main path. However, installing fiber directly to each building involves more work and equipment—digging, new cabling, and perhaps new hardware at the customer site—so the upfront and ongoing costs are higher.

FTTC shares some fiber advantages by bringing fiber to a street cabinet and only using copper for the final stretch to the home, which lowers cost but also reduces potential speeds due to the copper portion and distance from the cabinet. Cable broadband runs over coax and is often a shared resource among many users, which can affect speed and reliability. General broadband (like older copper-based services) tends to be slower overall.

So, FTTP being faster and more expensive reflects the typical trade-off: higher performance comes with higher deployment and maintenance costs, compared with FTTC, cable, or traditional broadband.