“Visual computing is driving the next generation of consumer electronics, as consumers and developers demand the highest levels of graphics performance”, said Lance Howarth, EVP and general manager, Media Processing Division, ARM. “The tri-pipe architecture in the Mali-T604 provides both market leading compute functionality and high-performance graphics without compromise, enabling unequalled user experiences in energy-efficient consumer electronic devices.”
The debut of the scalable, multicore Mali-T604 GPU raises the performance bar for visual computing in the consumer electronics space, including mobiles, tablets, DTVs and automotive infotainment. The innovative tri-pipe graphics architecture within the Mali-T604 GPU, addresses the ever-increasing computationally intensive demand inherent in next generation interactive user interfaces and gaming.
“Allegorithmic is excited by the announcement of Mali-T604 with its enhanced GPGPU capabilities which will make it possible for procedural content to be computed on the device, ” said Dr Sébastien Deguy, Founder and CEO, Allegorithmic. ” enabling higher-quality graphics, reduced memory bandwidth and footprint, and best of all, reduced energy consumption.”
ARM’s fourth-generation GPU is specifically designed to meet the needs of General Purpose computing on GPU (GPGPU) and extends API support to include full profile Khronos OpenCL and Microsoft DirectX. Support for GPGPU is becoming increasingly important for enhanced Augmented Reality applications and gesture recognition.
“Khronos congratulates ARM on the announcement of the Mali-T604 and its plan to support full profile OpenCL 1.1 on both ARMv7 CPUs and the GPU. The OpenCL 1.1 specification was announced by the Khronos organization in June 2010 and is a significant milestone in enabling GPU computing on embedded devices”, said Neil Trevett, President of the Khronos Group and Chair of the OpenCL Working Group.”Khronos is committed to the development and promotion of royalty-free, open standards that enable heterogeneous computing with portability across multiple vendors’ silicon solutions, growing the total market for applications that use GPU compute technology.”
The Mali-T604 brings innovative, patented techniques reducing memory bandwidth consumption, by up to 30%, substantially improving system level energy-efficiency. The Mali-T604 fully exploits ARM’s Cache Coherent Interconnect (CCI-400) to deliver a memory coherent system with the recently announced Cortex-A15 MPCore. Bringing the key resources together into an optimized coherent system enables higher performance and more efficient data sharing, maximizing throughput in ARM compute sub-systems.
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