There are some severe mistakes that can be made when creating computer architecture. The worst are illustrated by the following:
Neglecting security: Security is one of the most crucial aspects of computer design. Your system could be vulnerable to invasions and data breaches if security is not taken into consideration from afar.
improper memory management: Your system's ability to function properly depends on effective memory management. Crashes, sluggish performance, and other issues can result from poor memory management.
Making the design too complicated: Complex designs may not give many benefits above simpler ideas and may be difficult to adopt and maintain. Too much complexity in the computer architecture can lead to slower development, more expensive prices, and lower reliability.
In terms of scalability, your computer architecture should be adaptable to your needs. Your system might not be able to handle growth if scalability is not considered, which could result in bottlenecks, performance issues, and increased costs.
improper power management: Power management is essential for embedded and mobile systems. Poor power management can cause the battery to last less time, to heat up more, and to perform poorly.
Inefficient instruction set architecture: A processor's architecture is based on its instruction set. Ineffective instruction set design can reduce performance and power consumption.
Poor component choice: The CPUs, GPUs, and memory you select can have a significant impact on your system's performance and efficiency. The selection of the wrong components could lead to sluggish performance, increased power consumption, and higher costs.
Ignoring standards: Standards like USB, HDMI, and Ethernet are necessary for interoperability with other systems and devices. If standards are not adhered to, your technology's use and interoperability may be limited.
It takes careful planning, close attention to detail, and a complete understanding of the underlying technology to avoid these mistakes and build a secure, scalable, efficient, and reliable computer system.
