FPGA Responds to Slowdown of the Moore's Law
FPGA: Dedicated and Highly Efficient
In recent years, the effect of Moore's Law has weakened. At the same price, the number of transistors per unit of the chip area cannot be doubled every 18 to 24 months. That is, the performance of products using CPU for computing can hardly be improved to meet the requirements of emerging industries, such as AI, AR/VR, gene computing, HD and ultra HD videos. We have reached the end of Moore’s Law as we know it. Heterogeneous computing represented by FPGA will become the mainstream in each computing-intensive domain.
Recommended Configurations

FP1/FP1c (basic)

Basic hardware acceleration instance

FP1/FP1c (basic)

Basic hardware acceleration instance

Configuration

  • vCPUs 8/32/64
  • Memory 88/352/708 GB
  • FPGA 1/4/8 VU9P
  • Data Disk EVS

Scenarios

  • Video encoding
  • Image transcoding
  • Deep learning
  • Encryption/decryption

FP1/FP1c (enhanced)

Enhanced hardware acceleration instance

FP1/FP1c (enhanced)

Enhanced hardware acceleration instance

Configuration

  • vCPUs 32/64
  • Memory 224/448 GB
  • FPGA 1/2 VU9P
  • Data Disk EVS

Scenarios

  • Genetic analysis
  • Data mining and analysis
  • High-performance database
  • High-performance computing
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