Builtin

The term 'builtin' refers to any feature, capability, or component that is integrated or included as part of a system, device, or software from the outset, rather than being added or installed later. builtin elements are designed to enhance functionality, simplify user experience, and eliminate the need for additional components by incorporating essential features directly into the base product. Common examples include built-in apps, speakers, or furniture.

Builtin meaning with examples

• Many modern smartphones come with a builtin GPS navigation system, allowing users to effortlessly find their way without needing a separate device. This convenience is particularly beneficial for travelers or those in unfamiliar areas, as they can access maps and directions directly from their phones. With the constant advancements in technology, builtin features in smartphones are becoming increasingly sophisticated, offering real-time traffic updates and alternative routes to save time.
• The kitchen in our new apartment has builtin cabinets that save space while providing ample storage. Designed with both aesthetics and functionality in mind, these builtin features contribute to a sleek appearance. They can be customized to fit the available kitchen dimensions and chosen style, making them a popular choice for homeowners. Additionally, builtin cabinets are often more durable than standalone furniture since they are anchored to the wall and designed for long-term use.
• Software applications frequently incorporate builtin help features that guide users through their functionalities. These builtin tools, often accessed via a help menu or search bar, allow users to quickly find assistance without leaving the application or searching online. This immediacy enhances user experience, especially for those unfamiliar with the software. As digital products become more complex, having builtin support mechanisms is crucial for maintaining user satisfaction and efficiency.
• In video game design, builtin physics engines are essential for creating realistic movement and interactions within the game world. By integrating a builtin physics engine, developers can simulate gravity, collision detection, and other dynamic factors without needing to code these features from scratch. This significantly reduces development time and enhances gameplay, allowing players to immerse themselves in a more realistic and engaging environment.