
FTTP, FTTH, FTTB, and FTTD describe how far fiber runs toward the user — to the property, the home, the building, or each desk. Compare the four and choose the right one.
Read articlePlanning and building last-mile fiber: PON architecture, splitter ratios, drop cables, ODN hardware, and FTTH rollout practices for ISPs and contractors.

FTTP, FTTH, FTTB, and FTTD describe how far fiber runs toward the user — to the property, the home, the building, or each desk. Compare the four and choose the right one.
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FTTB (Fiber to the Building) delivers fiber to a building's telecom room, then copper or Ethernet to each unit. Learn how FTTB works, the cable construction behind it, and when to choose it over FTTH.
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Active splitters require external power and amplify the signal; passive splitters need no power but introduce inherent loss. Learn which type fits your network.
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From 1×2 to 1×64, from FBT to PLC, this guide covers every major type of optical fiber splitter — how each works, when to use it, and how to choose the right one for your network.
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Every passive PLC splitter adds an unavoidable signal tax. Learn exactly how many dB each split ratio costs — from 1×2 (~3.1 dB) to 1×64 (~20 dB) — and how to fit it into your link budget.
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FTTH runs fiber directly to individual homes; FTTP is the broader term covering fiber to any premises — homes, offices, apartments, or campuses. Learn which fits your use case.
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