kiran ch·16h agoWhy Do Computers Use 0s and 1s?Let’s understand why computers use binary (0s and 1s).
Arturo R Montesinos·Oct 15Two FPGAs on the Schoolhouse Desk: Tang Nano 9K vs. Arduino MKR Vidor 4000What happens when the abstract world of LUTs, registers, memories, and clocks encounters two actual FPGA development boards?
Arturo R Montesinos·Oct 14FPGAs for Software Programmers (6/6): Build Something That Blinks More ImpressivelyFrom pixels and counters to a real RGB display controller: designing a machine before describing it.
Arturo R Montesinos·Oct 13FPGAs for Software Programmers (5/6): From Description to SiliconHow synthesis, placement, routing and timing analysis turn an abstract hardware description into a physical machine.
Arturo R Montesinos·Oct 12FPGAs for Software Programmers (4/6): The FPGA Meets the Outside WorldFrom pins and voltage levels to SPI, I²C and HUB75: how FPGA logic becomes a physical machine that talks directly to the outside world
Ayuba Olamilekan Abdulakeem·Oct 7INTRODUCTION TO LOGIC GATESUNDERSTANDING THE BASICS OF DIGITAL ELECTRONICS AND ITS APPLICATIONS
BRUNDA RAJ G K·Oct 3Day 3: Combinational vs Sequential Logic — The Foundation of RTLAs part of my 90-Day RTL Design Engineer Journey, today I focused on one of the most fundamental concepts in digital design:
Dhruv Kumar·Sep 29Globally Asynchronous Locally Synchronous (GALS) SystemsThe GALS system is a system in which multiple synchronous blocks run using their own clocks and communicate with each other with…
Dhruv Kumar·Sep 18Static Dataflow ArchitectureThe dataflow is an alternative concept to sequential instruction execution. In a dataflow computer, an instruction is ready for execution…
Lazy Learnings With Naveen Gehanî·Sep 12BCD Explained: Binary Coded Decimal and BCD Addition Made SimpleDigital systems work with binary numbers, but humans naturally think in decimal. This difference creates an interesting challenge in…
