In the world of computing technology, where speed and efficiency are becoming key factors of progress, processor architectural decisions play an important role. One of the significant approaches to processor design is CISC (Complex Instruction Set Computer) — an architecture whose roots trace back to the dawn of modern computers. In this article, we will delve into the history of CISC development, explore its strengths and weaknesses, and discuss the role of this architecture in contemporary computing technology.

In the previous article, we discussed the principles of the Von Neumann architecture. Today, we turn our attention to another approach in organizing computing technology - the Harvard architecture. When did it emerge, who were its pioneers, and what are its advantages and disadvantages? Let’s explore together.

Today, we want to share some important news with you! Our MemriLab CAD development team participated in the First International School-Conference "Neuroelectronics and Future Neurotechnologies"

We are starting the first segment of our series of articles dedicated to computer system architectures. The architecture of a computer determines its functional capabilities and performance. The choice of architecture affects how quickly and efficiently a device can process data and perform tasks. In the world of computing, there are many architectures, but one of the fundamental ones is the Von Neumann architecture. Today, we will delve into the history of the emergence of that very architecture, which has become the foundation for most modern computers and still defines the direction of development in computing technology.

In our first article, we introduced our team, shared what we do, and explained why we decided to start this blog. Now it's time to share with you the topics we plan to cover. Our series of articles will be divided into sections, each dedicated to a specific theme related to computational technologies, modern approaches, and future methods.

We are the MemriLab team, and we are delighted to invite you to our new space for communication and knowledge sharing. Our team consists of engineers, scientists, and researchers united by a common goal—to push the boundaries of modern technologies and unlock new possibilities for human-machine interaction. In this article, we'll share why we've decided to run a blog and what topics we'll be covering.