Difference between revisions of "Instruction Set/mulsfp"
From Mill Computing Wiki
m (Protected "Instruction Set/mulsfp": generated ([Edit=<protect-level-bot>] (indefinite) [Move=<protect-level-bot>] (indefinite))) | |||
Line 1: | Line 1: | ||
{{DISPLAYTITLE:mulsfp}} | {{DISPLAYTITLE:mulsfp}} | ||
− | <div style="font-size:80%;line-height:90%;margin-bottom:2em">[[Speculation| | + | <div style="font-size:80%;line-height:90%;margin-bottom:2em">[[Speculation|speculable]] [[Encoding|exu stream]] [[Decode|exu block]] [[Phasing|compute phase]] operation [[Domains|in the signed fixed point value domain]] [[Overflow|using modulo overflow behavior]] [[Condition Code|that produces condition codes]] [[Rounding|and rounds toward positive infinity]]<br /> |
'''native on:''' [[Cores|all]]<br /> | '''native on:''' [[Cores|all]]<br /> | ||
</div> | </div> |
Revision as of 09:24, 9 February 2015
speculable exu stream exu block compute phase operation in the signed fixed point value domain using modulo overflow behavior that produces condition codes and rounds toward positive infinity
native on: all
Signed Fixed Point multiply. Rounds towards positive infinity.
mulsfp(sf x, sf y, bit dot) → sf r0
operands: like Identity [xx:x]
Core | In Slots | Latencies |
---|---|---|
Tin | E0 | b,b:b=3 bv,bv:bv=3 h,h:h=3 hv,hv:hv=3 w,w:w=3 wv,wv:wv=3 d,d:d=4 dv,dv:dv=4 q,q:q=4 qv,qv:qv=4 |
Copper | E0 | b,b:b=3 bv,bv:bv=3 h,h:h=3 hv,hv:hv=3 w,w:w=3 wv,wv:wv=3 d,d:d=4 dv,dv:dv=4 q,q:q=4 qv,qv:qv=4 |
Silver | E0 E1 | b,b:b=3 bv,bv:bv=3 h,h:h=3 hv,hv:hv=3 w,w:w=3 wv,wv:wv=3 d,d:d=4 dv,dv:dv=4 q,q:q=4 qv,qv:qv=4 |
Gold | E0 E1 E2 E3 | b,b:b=3 bv,bv:bv=3 h,h:h=3 hv,hv:hv=3 w,w:w=3 wv,wv:wv=3 d,d:d=4 dv,dv:dv=4 q,q:q=4 qv,qv:qv=4 |
Decimal8 | E0 E1 | b,b:b=3 bv,bv:bv=3 h,h:h=3 hv,hv:hv=3 w,w:w=3 wv,wv:wv=3 d,d:d=4 dv,dv:dv=4 q,q:q=4 qv,qv:qv=4 |
Decimal16 | E0 E1 | b,b:b=3 bv,bv:bv=3 h,h:h=3 hv,hv:hv=3 w,w:w=3 wv,wv:wv=3 d,d:d=4 dv,dv:dv=4 q,q:q=4 qv,qv:qv=4 |
Instruction Set, alphabetical, Instruction Set by Category, Instruction Set, sortable, filterable