Common CDC Bugs That Pass Simulation but Fail on Silicon - Maven Silicon

Introduction Clock Domain Crossing (CDC) is one of the most critical challenges in digital hardware design, especially in modern SoCs, ASICs, and FPGA-based systems. Many complex systems contain multiple clock domains to support different subsystems such as processors, memory controllers, DMA engines, and peripheral interfaces. Although CDC issues may appear correct during RTL simulation,

https://www.maven-silicon.com/....blog/common-cdc-bugs

Quality Attributes of Embedded Systems: A Guide to Embedded Learning

Explore embedded system quality attributes, key design elements, and real-world examples. Understand embedded systems and improve your embedded learning.

https://www.maven-silicon.com/....blog/characteristics

Clock Domain Crossing (CDC) in VLSI Design | Maven Silicon

Learn Clock Domain Crossing (CDC), metastability, synchronizers, FIFO, Gray coding, CDC verification, and best practices for reliable VLSI chip design.

https://www.maven-silicon.com/....blog/clock-domain-cr

Universal Verification Methodology - Maven Silicon

Master Universal Verification Methodology (UVM) with Maven Silicon and gain hands-on skills in VLSI verification and SystemVerilog testbench development.

https://elearn.maven-silicon.c....om/course/UniversalV

Universal Verification Methodology - Maven Silicon

Master Universal Verification Methodology (UVM) with Maven Silicon and gain hands-on skills in VLSI verification and SystemVerilog testbench development.

https://elearn.maven-silicon.c....om/course/UniversalV