Understanding how to read simulation timing diagrams and debug logic errors was an important skill developed during this task. In summary, Task 1 was focused on the ALU design using Verilog and ...

Shadowman39 has built an 8-bit computer with the help of K'nex construction toys. Despite its imprecise mechanics, the machine solves simple arithmetic problems.

Efficient Computer’s Electron E1 general-purpose processor claims up to 100× higher energy efficiency than general-purpose ...

Although he’s planning on expanding its abilities, the YouTuber recently uploaded the first look at his Knex 8-bit mechanical computer—specifically its “very simple” arithmetic logic unit ...

These relays are mounted on logic cards connected to a backplane. Each backplane consists of thirty-two of these cards, and it takes two backplanes to build up a 16-bit full adder.

We’ve seen our share of blinking light projects around here; most are fairly straightforward small projects, but this entry to the 2025 One Hertz Challenge is the polar opposite of that appro… ...

This paper designs an 4-bit Arithmetic Logic Unit (ALU) based on multiplexers in order to construct Vedic multipliers in Verilog HDL. The Urdhva Tiryakbhayam Sutra, based on the 'Vertically and ...

This work built an 8-bit arithmetic logic unit. The arithmetic logic unit is the fundamental building block of every signal processing operation. ALU is designed for performing 16 operations including ...

Join our expert, Dirk Jekkers, for a webinar on increasing customer satisfaction and cost-effectiveness with optimised unit diagramming. We will explore how you can deliver optimised unit diagrams ...