Cryptography is the backbone of modern digital security, protecting everything from banking transactions to personal communications. However, advances in quantum computing threaten to break many of today’s cryptographic systems. This has spurred the development of what is known as post quantum cryptography an emerging field focused on designing algorithms that are resistant to attacks by quantum...
"The Constraints". While electronic schematics provide a practical way to represent the components and connections within a circuit, they are ultimately a simplification that overlooks important aspects of how the circuit actually behaves. Connection lines are assumed to have no resistance, inductance, parasitic capacitance, or propagation delay, and Kirchhoff’s laws are applied as if they...
In the telecom world innovation has taken the spotlight, opening the doors to new protocols, cutting-edge features, ambitious capabilities like 5G, NGFW, etc. Yet behind the scenes, there's a less glamorous, but equally vital actor: the robust hardware supporting all these technologies. Modern network devices nowadays promise more than ever, but these promises are only as good as the components...
In the technology industry, quality is a decisive factor in a company’s success. Whether in software development or hardware manufacturing, quality control is essential to ensure that products delivered to customers are reliable, efficient, and meet the highest standards. With increasing competition in the tech market, companies cannot afford to release products with defects or failures that...
Heat pipes transfer heat on electronic devices & industrial applications, using the heat transition principle, to transfer to heat sinks within a cooling system. Heat pipes have clear advantages over other heat dissipation methods. What are heat pipes? Heat pipes are passive heat-transfer devices used to efficiently move heat from one location to another. They are commonly employed in...
There is a clear trend in the electronics industry for integration, allowing for more compact and efficient designs. More and more, electronics manufacturers are making their chips smaller, including more components within their chips and extending the feature range. This can be seen in highly integrated microcontrollers (with the introduction of SiP, System-in-Package), massive functionality...
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