SVE Instruction List by Dougall Johnson
SDOT (2-way, indexed): Signed integer dot product by indexed element (two-way)
SDOT Zda.S, Zn.H, Zm.H[imm] (SVE2.1 (SME2
svint32_t svdot_lane[_s32_s16](svint32_t zda, svint16_t zn, svint16_t zm, uint64_t imm_idx)
128-bit SVE
For each pair of signed 16-bit integers from (1) and (2), compute the dot-product, then add the result to the corresponding 32-bit integer accumulator from (3), setting (4) to the total. Within each 128-bit segment, the pair of values used from (1) is specified by imm.
256-bit SVE
For each pair of signed 16-bit integers from (1) and (2), compute the dot-product, then add the result to the corresponding 32-bit integer accumulator from (3), setting (4) to the total. Within each 128-bit segment, the pair of values used from (1) is specified by imm.
512-bit SVE
For each pair of signed 16-bit integers from (1) and (2), compute the dot-product, then add the result to the corresponding 32-bit integer accumulator from (3), setting (4) to the total. Within each 128-bit segment, the pair of values used from (1) is specified by imm.
Larger sizes
1024-bit SVE
For each pair of signed 16-bit integers from (1) and (2), compute the dot-product, then add the result to the corresponding 32-bit integer accumulator from (3), setting (4) to the total. Within each 128-bit segment, the pair of values used from (1) is specified by imm.
2048-bit SVE
For each pair of signed 16-bit integers from (1) and (2), compute the dot-product, then add the result to the corresponding 32-bit integer accumulator from (3), setting (4) to the total. Within each 128-bit segment, the pair of values used from (1) is specified by imm.
Report mistakes or give feedback
Inspired by and based on the x86/x64 SIMD Instruction List by Daytime.