Semiconductor Engineering semiengineering.com

Automated MLIR-based HLS framework That Generates FPGA HW Designs From A Variety of CNN Layers (TU Dresden)

semiengineering.com·12w

CNT Nano Sandpaper For Atomic-Level Polishing (KAIST)

semiengineering.com·12w

A Test Generation Procedure Targeting Subcircuits With High Susceptibilities To Aging (Purdue University)

semiengineering.com·12w

Chip Industry Week In Review

semiengineering.com·12w

How Siemens Symphony Pro Enabled AnalogPort To Verify Complex Chip Interfaces

semiengineering.com·12w

Automotive Week In Review

semiengineering.com·12w

Formal Verification First: How AI Supports But Cannot Replace It

semiengineering.com·12w

IMC: Free-Space Optical Neural Network With High Clockrate (Berkeley, USC, TU Berlin)

semiengineering.com·12w

AI Inference Needs A Mix-And-Match Memory Strategy

semiengineering.com·13w

Formal Verification Fundamentals Remain Non-Negotiable In The New Verification Revolution

semiengineering.com·13w

Chiplets And 3D-ICs Add New Electrical And Mechanical Challenges

semiengineering.com·13w

AI, GPU, And HPC Data Centers: The Infrastructure Behind Modern AI

semiengineering.com·13w

UCIe’s Major Technical Components Are Now In Place

semiengineering.com·13w

Power Leadership At 2nm: Foundation IP Optimized For Next-Gen Hyperscale SoCs

semiengineering.com·13w

Scaling llama.cpp On Neoverse N2: Solving Cross-NUMA Performance Issues

semiengineering.com·13w

Minimum Energy Per Query

semiengineering.com·13w

Autonomous Driving: Assessment Of YOLO Algorithms (RMIT et al.)

semiengineering.com·13w

Neuromorphic HW That Detects Motion Changes 4X Faster (Beihang, BIT, KAUST, Cambridge et al.)

semiengineering.com·13w

Simulate Faster with SimAI Software for High Returns at a Low Cost of Ownership

semiengineering.com·13w

Future-Proofing System Design

semiengineering.com·13w

Log in to enable infinite scrolling