confirms this trend by comparing top flop rates for the CPU and GPU.... | Download Scientific Diagram
![GPGPU.. 1 Introduction. 2 CPU vs. GPU.. 3 1. Power. 3 2. Cost. 3 3. Aim.. 3 4. Memory bandwidth. 4 5. Float precision. 4 GPU Architecture. 5 1. Stream processor. 5 2. Memory organization. 6 GPGPU.. 8 1. Definition. 8 2. Implementations. 8 3. Applications. 10 ... GPGPU.. 1 Introduction. 2 CPU vs. GPU.. 3 1. Power. 3 2. Cost. 3 3. Aim.. 3 4. Memory bandwidth. 4 5. Float precision. 4 GPU Architecture. 5 1. Stream processor. 5 2. Memory organization. 6 GPGPU.. 8 1. Definition. 8 2. Implementations. 8 3. Applications. 10 ...](https://www.cs.uaf.edu/2007/fall/cs441/proj1notes/favier/CPU%20and%20GPU_fichiers/image004.jpg)
GPGPU.. 1 Introduction. 2 CPU vs. GPU.. 3 1. Power. 3 2. Cost. 3 3. Aim.. 3 4. Memory bandwidth. 4 5. Float precision. 4 GPU Architecture. 5 1. Stream processor. 5 2. Memory organization. 6 GPGPU.. 8 1. Definition. 8 2. Implementations. 8 3. Applications. 10 ...
![NVIDIA Pascal GP100 GPU Expected To Feature 12 TFLOPs of Single Precision Compute, 4 TFLOPs of Double Precision Compute Performance NVIDIA Pascal GP100 GPU Expected To Feature 12 TFLOPs of Single Precision Compute, 4 TFLOPs of Double Precision Compute Performance](https://cdn.wccftech.com/wp-content/uploads/2016/02/NVIDIA-Pascal-GPU-Compute-Performance.jpg)