Displaying 3 results from an estimated 3 matches for "v256i32".
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v16i32
2018 Jan 17
3
Does it make sense to upstream some MVT's?
...ters:
v256i16
20x20 element (2D SIMD) 16-bit registers: (we round up to v512 instead of
v400):
v512i16
32-bit versions of the above 16-bit registers (to represent 32-bit
accumulators for MAD instructions and also dual-issue "wide" instructions
to the dual non-MAD ALU's in each lane)
v256i32
v512i32
For those interested in more details about Pixel Visual Core, the 6th
edition of Hennessy and Patterson's "Computer Architecture: A Quantitative
Approach" http://a.co/et2K1xk has a section about it (Section 7.7 pg
579-592). I'll bring my copy to the next Bay Area LLVM So...
2018 Jan 17
0
Does it make sense to upstream some MVT's?
...56i16
20x20 element (2D SIMD) 16-bit registers: (we round up to v512 instead of v400):
v512i16
32-bit versions of the above 16-bit registers (to represent 32-bit accumulators for MAD instructions and also dual-issue "wide" instructions to the dual non-MAD ALU's in each lane)
v256i32
v512i32
For those interested in more details about Pixel Visual Core, the 6th edition of Hennessy and Patterson's "Computer Architecture: A Quantitative Approach" http://a.co/et2K1xk has a section about it (Section 7.7 pg 579-592). I'll bring my copy to the next Bay Area L...
2018 Jan 17
1
Does it make sense to upstream some MVT's?
...s: (we round up to v512 instead of
> v400):
>
> v512i16
>
>
>
> 32-bit versions of the above 16-bit registers (to represent 32-bit
> accumulators for MAD instructions and also dual-issue "wide" instructions
> to the dual non-MAD ALU's in each lane)
>
> v256i32
>
> v512i32
>
>
>
>
>
> For those interested in more details about Pixel Visual Core, the 6th
> edition of Hennessy and Patterson's "Computer Architecture: A Quantitative
> Approach" http://a.co/et2K1xk has a section about it (Section 7.7 pg
> 579-592)...