In computing, hardware refers to items you can physically touch.
A "diskette" or "floppy disk" is neither as they are removable magnetic storage media. However, if you refer to the drives that read from them or write to them, then those drives are considered hardware.
Renovation hardware is referring to the fixtures used for home renovations. Renovation hardware can include knobs, molding, trim, cabinets, lighting, and flooring.
Networked computers.
Computer network : A collection of computing devices that are connected in various ways in order to communicate and share resource. Usually, the connections between computers in a network are made using physical wires or cables.
Counterfeit software is software which is not a genuine copy or at least not legally produced by the intellectual property owner. A counterfeit Windows CD or DVD would be pirated and sold in retail settings. They may look very close to the real thing and may contain activation cracks, and the customers might not even know they purchased a pirated copy. Sometimes, the term is used to refer to inferior hardware components (or even entire systems) which are misbranded and passed off as better hardware. There were misbranded UART chips for modems in the 1990's which claimed to be the buffered variety but were not. While not a computer issue, the US Military complained about "counterfeit bolts" in the late 1980's. They were either stamped as being a better alloy and grade than they were, or they were broken bolts which were "repaired" using glue. Sometimes computer parts and even entire computers are not only of inferior quality, but completely fake as in the Adaptec hard drive scandal and in reported cases of laptop sales fraud on eBay. Literal masonry bricks were shipped in place of hard drives and laptop computers.
No, it is known as Software. Hardware is the physical components that make up the actual computer.
This statement is not accurate. Hardware, such as computers and electronic devices, is made of physical substances like metals, plastics, and silicon, which have tangible properties. While the term "substance" can refer to various contexts, hardware is indeed physical and can be touched and interacted with in the real world.
Hardware innovations refer to advancements in physical technology components, such as processors, memory, sensors, and displays. These innovations can include improvements in performance, efficiency, size, and functionality of hardware devices. Examples include faster processors, longer-lasting batteries, and new sensor technologies.
Hardware is the core of the computer system .all the inputs will be given with the usage of hardware device such as keyboards,mouse etc,
The physical properties of a computer include its size, weight, shape, and material composition. Computers are typically made of materials such as plastic, metal, and silicon. The chemical properties of a computer refer to the elements and compounds present in its components, such as silicon chips, copper wiring, and various plastics. Additionally, computers utilize chemical reactions within their components, such as those that occur in batteries or semiconductor materials.
Computer hardware bases refer to the foundational physical components of a computer system, including the motherboard, CPU, memory, storage devices, and input/output peripherals. These components work together to perform essential functions such as processing data, storing information, and facilitating communication between various parts of the system. The hardware enables software applications to run, allowing users to perform tasks ranging from simple calculations to complex simulations. Overall, the hardware base is crucial for the overall performance and capability of a computer.
Computer hardware specifications refer to the detailed descriptions of a computer's physical components and capabilities. These specifications typically include information about the processor (CPU), memory (RAM), storage (hard drives or SSDs), graphics card (GPU), motherboard, and other peripherals. They help consumers understand the performance and compatibility of a computer system for specific tasks or software applications. Overall, hardware specifications are crucial for assessing a computer's power, efficiency, and suitability for various uses.
Software refers to a collection of programs and data that instruct a computer on how to perform specific tasks. It includes applications, operating systems, and various utilities that enable hardware to function effectively. Unlike physical hardware, software is intangible and can be easily modified or updated. Overall, software is essential for enabling users to interact with computers and execute various functions.
Network architecture is basically exactly as it sounds. It lays out the design and framework for a specific network's physical components and its functions.
The term hardware likely came from it being physical materials such as tools or other items you'd find in a hardware store. "Hard" in this case could also refer to it being tangible items. Hardware is the physical parts of the computer that you can see, touch, etc. Software is more invisible and intangible. Media itself such as a CD, cassette tape, or memory stick is considered hardware, but the computer code and ideas encoded on such media are software.
Information systems refer to the organizational and technical components that collect, process, store, and distribute information to support decision-making and control within an organization. They include hardware, software, data, networks, and people working together to manage and process information effectively.
Hardware properties refer to the physical and technical characteristics of a device, such as its performance, durability, power consumption, and compatibility with other systems. These properties influence how well the hardware can perform its intended tasks, its lifespan, and its efficiency in various environments. Understanding these properties is crucial for selecting the right hardware for specific applications and ensuring optimal performance.