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The PowerVR Series8XT family is based on the new Furian GPU Architecture and pushes mobile and embedded performance to new heights with configurations featuring two to eight clusters offering dramatically scalable performance from 300 GFLOPS to 1.2 TFLOPS, a range of ultra-efficient, highly-featured GPUs based on the new Furian Architecture. Features include: an advanced scalable compute cluster architecture; high-efficiency compression technology including parameter compression and the widely respected PVRTC™ texture compression; an enhanced scheduling architecture; dedicated housekeeping processors; and a next-generation tile-based deferred rendering architecture. These features combine to produce a highly latency tolerant GPU architecture that consumes the lowest memory bandwidth in the industry while delivering the best performance per mm2 and per mW.

The PowerVR Series8XE family of GPUs drives cost reduction in entry-level and mass market devices thanks to a design that has been optimised to deliver the very best user experience within a limited silicon area budget. Based on the proven PowerVR Rogue architecture, it supports the latest modern APIs from Khronos, including OpenGL ES 3.2 and Vulkan 1.0, enabling developers to create the best user experiences for the lowest cost devices.

The PowerVR Series8XE family of GPUs drives cost reduction in entry-level and mass market devices thanks to a design that has been optimised to deliver the very best user experience within a limited silicon area budget. Based on the proven PowerVR Rogue architecture, it supports the latest modern APIs from Khronos, including OpenGL ES 3.2 and Vulkan 1.0, enabling developers to create the best user experiences for the lowest cost devices.

Available in two- and four-cluster configurations, Series8XEP is designed specifically to deliver the right mix of performance, features and silicon size for the most demanding markets.

The PowerVR Series7XT family pushes mobile and embedded GPU performance to new heights with configurations featuring 2 to 16 clusters offering dramatically scalable performance from 100 GFLOPS to 1.5 TFLOPS.