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.

 

series7xt-architecture

 

PowerVR Series7XT GPUs offer:

  • Up to a 60% performance increase on the latest industry standard benchmarks compared to equivalent configurations of PowerVR Series6XT GPUs
  • GPU compute setup and cache throughput improvements resulting in up to 300% better parallel processing performance
  • OmniShield-ready with hardware virtualization and multi-domain security optimized to support multiple independent security contexts and execution domains
  • Feature scalability for optimized designs: users can select the specific features they need for their design, and avoid the cost of including features they don’t need

Headline features

  • Performance and efficiency improvements over equivalent Series6XT cores
  • Virtualization and security hardware support
  • Geometry shader support
  • Tessellation support
  • Native 10-bit YUV support
  • ASTC LDR/HDR support
  • Optional Feature Packs
    • DirectX 11 Feature Pack
    • OpenCL™ FP64 Feature Pack

Typical target applications

  • Smartphones/tablets
  • Games consoles
  • Smart TVs and set-top boxes
  • In-car navigation and information
  • Electronic dashboards
  • UMPCs, laptops and netbooks
  • Mobile internet devices (MIDs)
  • Personal media players

series7xt-usc

 

PowerVR GPUUSCALU CoresCompressionAPI Support
TextureFrame BufferGeometry
GT7200264 (FP32)
or
128 (FP16)
PVRTC1/2

ETC1/2

ASTC (LDR+HDR)

PVRIC2/3PVRGCOpenGL® ES 1.x/2.0/3.x*

AEP

OpenGL 3.3*

DirectX 10_0

OpenCL™ 1.2 EP*

Optional feature packs

(DirectX 11_2, OpenGL 4.3*, OpenCL 1.2 FP*)

GT74004128 (FP32)
or
256 (FP16)
GT76006192 (FP32)
or
384 (FP16)
GT78008256 (FP32)
or
512 (FP16)
GT790016512 (FP32)
or
1024 (FP16)

* PowerVR Series7XT GPUs are designed to pass the Khronos Conformance Testing Process for all identified graphics, compute and vision APIs. Current conformance status can be found at www.khronos.org/conformance.