PRNGs like the romu family are faster than multiply add LCGs and way higher quality (they don't fail statistical tests from testu01 and PractRand). This ia poss

PRNGs like the romu family are faster than multiply add LCGs and way higher quality (they don't fail statistical tests from testu01 and PractRand). This ia possible due to using more state and exploiting ILP. [0] In LCGs the add dependa on the multiply, so both need to be executed sequentually, romu prngs use a multiply and fit a.bunch of mixing operations into the other exexution ports while the multiply executes. [0] https://www.romu-random.org https://www.romu-random.org