BRUNDA RAJ G K·3h agoDay 36: Shift Registers — Why Does the Bit Order Look Reversed?While working with sequential RTL, I came across a simple-looking circuit that can easily cause confusion: the shift register.
Bvsrvaibhav·8h agoBeyond FPGA Reports: Building Silver to Make Hardware Design Analysis More Understandable1. Introduction: The problem is not just designing hardware
BRUNDA RAJ G K·1d agoDay 35: Clock Enable — Why Is My Register Updating One Cycle Late?Have you ever asserted an enable signal and expected a register to update immediately, but the register changed only at the next clock…
BRUNDA RAJ G K·2d agoDay 34: Parameterized Counters — Why Does a Width of One Break My Design?Parameterized RTL allows us to reuse the same module with different configurations.
BRUNDA RAJ G K·3d agoDay 33: Up/Down Counters — What Happens at Zero and Maximum Count?An up/down counter looks simple: increment when the UP signal is high and decrement when the DOWN signal is high.
BRUNDA RAJ G K·4d agoDay 32: The Counter That Skips a Number — Finding an Off-by-One BugHave you ever written a counter that should generate an output pulse after every five clock cycles, but the pulse appears after six cycles…
BRUNDA RAJ G K·5d agoDay 31: Reset Priority — What If Reset, Enable, and Load Are All High?In sequential RTL design, we often use control signals such as:
BRUNDA RAJ G K·6d agoDay 30 | Synchronous vs Asynchronous Reset: What Happens Between Clock Edges?Introduction
Jaivardhangjain·6d agoIntroduction to the PD Flow and PartitioningThis is the first blog in a series that walks through the entire Physical Design Flow in detail. The Physical Design Flow can be divided…
