Yamaha V3.0 CISSCA V3.0 Users Manual - Page 17
Speaker layout patterns
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・ Speaker layout patterns ・ Maximum Overlap In this approach, the -6 dB SPL point of one speaker is aligned with the axis of the adjacent speakers. This approach requires a larger number of speakers, and is therefore suited for applications requiring a high sound pressure. Square Hexagonal ・ Minimum Overlap Edge-to-edge speaker layouts can result in gaps in the coverage area. Minimum overlap is used to eliminate these gaps. Square Hexagonal ・ Edge-to-Edge This approach aligns the -6 dB SPL points of the coverage areas of adjacent speakers. This is one of the most standard layouts recommended by Yamaha. It can maximize the performance of Yamaha speakers supported by CISSCA. Square Hexagonal 17
17
・
Speaker layout patterns
・
Maximum Overlap
In this approach, the -6 dB SPL point of one speaker is aligned with the axis of the adjacent
speakers. This approach requires a larger number of speakers, and is therefore suited for
applications requiring a high sound pressure.
Square
Hexagonal
・
Minimum Overlap
Edge-to-edge speaker layouts can result in gaps in the coverage area. Minimum overlap is
used to eliminate these gaps.
Square
Hexagonal
・
Edge-to-Edge
This approach aligns the -6 dB SPL points of the coverage areas of adjacent speakers. This
is one of the most standard layouts recommended by Yamaha. It can maximize the
performance of Yamaha speakers supported by CISSCA.
Square
Hexagonal