Description: The armor, in the context of hardware, refers to the protective casing that houses and safeguards the internal components of a computer. This structure not only provides physical support but also plays a crucial role in managing airflow and heat dissipation, which is essential for the efficient operation of electronic components. Armor can vary in size, shape, and material, from compact models for laptops to large towers for workstations and servers. Additionally, many armor designs come with extra features, such as transparent panels to showcase the interior, cable management systems to maintain order, and space for installing storage units and expansion cards. Choosing the right armor is essential to ensure compatibility with internal components and to facilitate access during maintenance or system upgrades. In summary, armor is a vital element in computer construction, providing not only protection but also functionality and aesthetics to the system as a whole.
History: The history of computer armor dates back to the early days of computing in the 1940s when the first machines were large and bulky, often built in wooden cabinets. With technological advancements, especially in the 1970s and 1980s, armor began to evolve into more efficient and compact designs, using materials like metal and plastic. The introduction of PC architecture in 1981 by IBM marked a milestone, as it established standards that would influence armor design in the following years. As personal computing became popular, armor diversified in styles and sizes, adapting to the needs of users, from gamers to video editing professionals.
Uses: Armor is primarily used to protect the internal components of a computer, such as the motherboard, CPU, RAM, and storage units. Additionally, they facilitate cable organization and airflow, helping to maintain an appropriate temperature within the system. They are also essential for the aesthetics of the equipment, allowing customizations ranging from LED lighting to tempered glass panels. In professional environments, armor may include additional features such as advanced cooling systems and support for multiple storage units.
Examples: An example of armor is the Corsair 4000D Airflow, known for its excellent airflow management and modular design. Another example is the NZXT H510, which offers a minimalist design and a tempered glass side panel, allowing users to showcase their internal components. For server environments, the Supermicro SuperChassis 846 is an example of armor designed to maximize storage capacity and cooling.
