How many megabytes does a splitter distribute

A splitter distributes the total input bandwidth among its output ports, so each port receives a fraction of the total, depending on the split ratio.How Splitters WorkAn optical splitter takes a single input signal and divides it into multiple output signals. The split ratio determines how many outputs share the input bandwidth. For example, a 1x4 splitter divides one input into four outputs, while a 1x32 splitter divides it into 32 outputs . Splitters can be uniform, distributing power equally, or non-uniform, allocating more bandwidth to certain outputs based on network needs .Bandwidth AllocationThe bandwidth each output receives is roughly the total input bandwidth divided by the number of outputs. For instance:A 1 Gbps input through a 1x4 splitter results in 250 Mbps per output .A 1 Gbps input through a 1x32 splitter results in approximately 31.25 Mbps per output. This calculation assumes ideal conditions without considering protocol overhead or signal loss, which typically reduces usable bandwidth to 70–80% of the theoretical maximum .Factors Affecting DistributionSplitter Type: PLC splitters provide precise, uniform distribution, while FBT splitters may have slight variations .Network Architecture: Centralized splitters allow reconfiguration of outputs, while distributed splitters are fixed once installed .Signal Loss: Each split introduces some loss, which can slightly reduce the effective bandwidth per output .Practical ExampleIf a 10 Gbps XGS-PON line is split using a 1x32 splitter, each subscriber could theoretically receive up to 312.5 Mbps, but real-world speeds may be closer to 220–250 Mbps due to overhead and losses . In summary, the megabytes or Mbps per output depend on the input bandwidth and the splitter ratio, with higher split ratios reducing the bandwidth available to each output.