There three general ways to assemble multiple water block setup:
1) All blocks serial.
2) All blocks paralell.
3) Mix of 1 and 2.
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1) In serial connection 1st WB will probably get the highest performance as it will recieve coldest water and at highest velocity.
2) In paralel conection WB with smallest resistance will get the highest flow and thus highest priority.
3) "It depends" on specific setup.
[correct me if i'm wrong]
If the target is maximum possible cooling with same components:
Questions:
I) Correct me if i'm wrong. Add advantages and disadvantages of each one of the setups.
II) What will be the most efficient setup (WC system will disipate maximum amount of heat. overall performance)?
III) What of setups demands most powerfull pump for WC to operate effeciently?
I understand that questions are very general and in practice answers will probably very from one specific system to another. General answers and real comparisson of different setups you've made are both welcome.
1) All blocks serial.
2) All blocks paralell.
3) Mix of 1 and 2.
------------------------------------------------------
1) In serial connection 1st WB will probably get the highest performance as it will recieve coldest water and at highest velocity.
2) In paralel conection WB with smallest resistance will get the highest flow and thus highest priority.
3) "It depends" on specific setup.
[correct me if i'm wrong]
If the target is maximum possible cooling with same components:
Questions:
I) Correct me if i'm wrong. Add advantages and disadvantages of each one of the setups.
II) What will be the most efficient setup (WC system will disipate maximum amount of heat. overall performance)?
III) What of setups demands most powerfull pump for WC to operate effeciently?
I understand that questions are very general and in practice answers will probably very from one specific system to another. General answers and real comparisson of different setups you've made are both welcome.