The POWERVR SGX543MP family enables up to sixteen cores of POWERVR SGX543 programmable GP-GPU logic to be integrated in a high performance, multi-processor graphics solution without performance or silicon area compromises. Taking the already high-performance four-pipe POWERVR SGX543, and then scaling that performance up to between eight and 64 pipelines, POWERVR SGX543MP delivers performance comparable to many desktops, laptops and games consoles.
At 200MHz core frequency an SGX543MP4 (four cores) will deliver 133 million polygons per second and fill rates in excess of 4Gpixels/sec**. Higher frequencies or a larger number of cores each deliver more performance. At 400MHz core frequency an SGX543MP8 (eight cores) will deliver 532 million polygons per second and fill rates in excess of 16Gpixels/sec.
At 200MHz core frequency an SGX543MP4 (four cores) will deliver 133 million polygons per second and fill rates in excess of 4Gpixels/sec**. Higher frequencies or a larger number of cores each deliver more performance. At 400MHz core frequency an SGX543MP8 (eight cores) will deliver 532 million polygons per second and fill rates in excess of 16Gpixels/sec.
POWERVR SGX543MP features:
maintains the highest performance per mW of any embedded graphics core, a key benefit of POWERVR SGX
highly linear scaling (over 95% efficiency) of performance in both geometry (vertex processing) and rasterisation (pixel/fragment processing)
dynamic load balancing and on-demand task allocation at the pipeline level
no fixed allocation of given pixels to specific cores, enabling maximum processing power to be allocated to the areas of highest on-screen action
scalable GP-GPU compute power, which can be fully utilised through all Khronos APIs including OpenGL ES 2.x, OpenVG™ 1.x and OpenCL™
use any number of cores from 2-16, even or odd
no additional work for software developers; using one driver stack for all SGX cores means applications see a common SGX architecture via the standard APIs regardless of number of cores used
no additional CPU load when using multiple cores or loss of performance
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