Peaked at #3 Now #5
Integer multiplication bound improved
Rohan Arun says PR #346 ported Design T to the p=10 bit word, raising the integer multiplication bound by ~2%.
Key points
- LJH-217's PR #346 ported #310's "Design T" plus twin condensation to the p = 10 bit word, paired with a stronger p = 10 complex supplier.
- @RohanArun said the bit side (8.017e-4) now sits 1.07% above the complex cap (7.932e-4), so the next gains must come from the complex side.
- @RohanArun submitted a new best bound of κ = 7.93469326753735e-4.
- @RohanArun said he is running a fleet on testing completely new designs.
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Original post
BREAKING: the integer multiplication bound just jumped ~2% in one PR!
For hours we were converging on the “wall” optimizing the bit side, but LJH-217’s #346 ported #310’s “Design T” plus twin condensation to the p = 10 bit word, and paired it with a stronger p = 10 complex supplier.
The "wall" has switched sides: the bit side (8.017e-4) now sits 1.07% above the complex cap (7.932e-4), so the next gains must come from the complex side.
I'm currently running a fleet on testing completely new designs. 🫡
κ = 7.93469326753735e-4 :) Just submitted a new best bound.
https://t.co/dCD1x30tAp
What others are saying
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A PR pushed the integer multiplication bound up ~2%, switching which side hits the wall.
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From @RohanArun and others. Spam removed, with English and Chinese translations.
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