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(Main page: n-n balancer)
The simplest and most common way to construct an n-n balancer is to use these three construction methods recursively:
(Main page: n-m balancer)
To construct an n-m balancer, connect an n-n balancer to an m-m balancer. Optionally remove any unused parts and any redundant balancing in the larger balancer.
(Main page: Throughput-unlimited balancer)
To construct a TU n-n balancer, connect an n-n balancer to another n-n balancer. To construct a TU n-m balancer, connect an n-m balancer to an m-m balancer, where m>n. Reverse a TU n-m to make a TU m-n balancer.
When connecting balancers you can optionally remove a layer of redundant splitters where the balancers connect.
- not that different from belt balancers
- sideload onto underground
- sideload onto belt
- is in fact throughput unlimited
- output lane balancer
- input lane balancer
- wrong construction method
- benes
- butterfly
- sorting network
- odd-even
- other
- benes
- belt speed limiter
- using lower tier belts
- balancers are reversible
- must use all input or all output
- sushi
- command-line analyzer
- does not support lane or priority
- false positives
- balancer generator?