szélessíthetség

Szélessíthetség is a Hungarian term that translates to "expandability" or "scalability" in English. It refers to the ability of a system, process, or structure to be enlarged or increased in capacity or scope without compromising its core functionality or efficiency. This concept is widely applicable across various fields, including engineering, economics, and information technology.

In engineering and technology, szélessíthetség often relates to the capacity of a system to handle increased loads or demand. For example, a network infrastructure with high szélessíthetség can accommodate a growing number of users or data traffic. Similarly, a manufacturing process that is highly expandable can be scaled up to meet rising production needs.

Economically, szélessíthetség can describe the potential for growth and expansion within a business or an industry. A business with strong szélessíthetség might be able to enter new markets, introduce new products, or increase its output without significant structural changes.

In software development, scalability is a crucial aspect of system design, and szélessíthetség captures this idea. A scalable application can handle a larger number of concurrent users or process more data as demand increases, often through architectural choices that allow for resource allocation adjustments.

The opposite of szélessíthetség would be a system that is rigid, limited in its capacity, or requires substantial redesign to accommodate growth. Achieving good szélessíthetség typically involves planning for future expansion from the outset, using modular designs, and employing flexible resources.