3D Technology | GPU | Embedded Graphics | Vivante Corporation

Vivante GC1000+ Dual-Core. Der Vivante GC1000+ Dual-core ist ein Grafikchip für ARM SoCs mit Treiberunterstützung für Android, Windows Mobile 6, Windows CE und Linux. Er unterstützt die GC1000 Series GC2000 Series GC4000 Series GC5000 Series GC6000 Series; Clock Speed MHz: 600 – 800: 600 – 800: 600 – 800: 600 – 800: 600 – 800 : 600 – 800: Compute Cores: 1: 1: 1: 2: 4: Up to 8: Shader Cores: 1 (Vec-4) 4 (Vec-1) 2 / 4 (Vec-4) 8 / 16 (Vec-1) 4 (Vec-4) 16 (Vec-1) 8 (Vec-4) 32 (Vec-1) 8 (Vec-4) 32 (Vec-1) 16 (Vec-4) 64 (Vec-1) Shader GFLOPS: 6–8 (High) 12–16 AMD Radeon RX 540 remove. Die AMD Radeon RX 540 ist eine mobile Grafikkarte basierend auf den kleinen Polaris 12? Chip von AMD. Sie bietet nur 512 Shader, ist jedoch mit 1219 256.0 GFLOPS FP64 (double) performance 64.00 GFLOPS (1:4) Board Design. Slot Width IGP TDP 45 W Outputs No outputs. Graphics Features. DirectX 11.1 (11_0) OpenGL 4.0 OpenCL 1.2 Vulkan 1.1 Shader Model 5.0. Nov 15th, 2020 04:16 PST change timezone. Sign in / Register Latest GPU Drivers NVIDIA GeForce 457.30 WHQL AMD Radeon Adrenalin 20.11.1 Beta Intel 27.20.100.8935 New Forum Posts. 04:05 by GC1000 Series GC2000 Series GC3000 Series GC4000 Series GC5000 Series GC6000 Series GC7000 Series Vega-Lite Vega 1X Vega 2X Vega 4X Vega 8X; Shader Clock in 28HPM (WC-125) MHz: 1000: 1000 : 1000: 1000: 1000: 1000: 1000: Shader Cores. 2 (Vec-4) 8 (Vec-1) 4 (Vec-4) 16 (Vec-1) 4 /8 (Vec-4) 16 / 32(Vec-1) 8 (Vec-4) 32 (Vec-1) 8 /16 (Vec-4) 32 / 64 (Vec-1) 16 /32 (Vec-4) 64 / 128 (Vec-1) 32 / 64 Vivante GC1000+ Dual-Core remove. The Vivante GC1000+ Dual-Core is an integrated graphics card for ARM based SoCs. It supports Android, Windows Mobile 6, Windows CE and Linux and the standards Performance will range from 32 to 1024 GFLOPS with medium precision operation, 16 to 512 GFLOPS for higher precision operations, and GC7000 GPUs will be able to deliver up to 25.6 GTextel/s and up to 16 Gvertex/s. AndroidPC.es also reports GC7000 GPU performance, I’d assume GC7600 performance, should be 40% higher than Nvidia Tegra K1 “Kepler” GPU and 122% higher than Imagination 1,425 GFLOPS FP64 (double) performance 44.54 GFLOPS (1:32) Board Design. Slot Width Single-slot Length 150 mm 5.9 inches Width 69 mm 2.7 inches TDP 47 W Suggested PSU 350 W Outputs 4x mini-DisplayPort Power Connectors None Board Number PG212 SKU 502. Graphics Features. DirectX 12 (12_1) OpenGL 4.6 OpenCL 1.2 Vulkan 1.2 CUDA 6.1 Shader Model 6.4. Retail boards based on this design (3) Name GPU Mali-400 MP4 appears to be the slower GPU when it comes to GFLOPS, most probably because both GC2000 and SGX544MP2 support OpenCL 1.1, but this is currently not that important since not that many applications can support GPGPU. Antutu results show Mali-400 has the best 2D performance, followed by SGX544MP2 and Vivante GC355/GC320 ( 2D is not handled by GC2000 in i.MX6), but for 3D the PowerVR Cores scalable from tens of GFLOPS to over 1 TFLOP in various multi-core GPU versions; High precision pipeline with support for long instructions ; Dynamic branching and non-constant varying indexing; 3D cores with general purpose (GPGPU) computing functionality are programmable through OpenCL and Google Renderscript Compute for unrestricted programmability; 3D cores with integrated

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