Computer Interfaces and Connectivity Quiz

The outer casing of a computer that houses all the internal components.

An interface that allows connecting peripheral devices to a computer. It transfers data between the computer and external devices.

A type of cable commonly used to connect various peripherals to a computer. USB provides a standard way to transfer data.

The rear panel of a computer provides access to internal components, such as the motherboard, power supply, expansion card slots, and ports.

The front panel of a computer houses ports, buttons, and other features for user interaction. This includes elements like power buttons, USB ports, and optical drive bays.

A high-speed communication interface used for connecting peripheral devices to a computer, supporting data transfer, power delivery, and charging.

A digital video interface standard for transmitting audio and video signals between devices like computers, TVs and monitors.

A versatile video interface standard that allows for high-bandwidth digital video and audio transmission from a source device to a display.

A high-speed data and power interface standard with a reversible connector design, offering flexibility and versatility for devices.

An interface standard that connects a computer to a hard drive, enabling high-speed data transfer.

A standard interface for connecting storage devices like hard drives and SSDs to a motherboard. Uses a data cable and power connector.

A high-speed interface for connecting NVMe SSDs to a motherboard. Uses a small connector and PCIe lanes.

A type of expansion slot on a motherboard that provides high-speed data transfer for graphics cards, network cards, and other devices.

A type of motherboard form factor offering a compact size, suitable for smaller PC builds. Examples: Mini-ITX.

Small, raised plastic posts on the motherboard that provide spacing and insulation for screws.

A component that allows a computer to capture video from external sources, such as cameras or game consoles.

A specialized chip responsible for processing and rendering graphics, affecting game and application performance.

Connectors on a motherboard that allow for the connection of various storage devices, such as hard drives and SSDs.

Connectors on the motherboard that provide power and communication to the CPU and RAM.

A component that allows a computer to connect to a network, typically using Ethernet cables or Wi-Fi.

A type of cable used for data transmission with low bandwidth and a DB-9 connector. It is often associated with older computers and peripherals.

A cable that connects two devices with different types of connectors or interface standards, often using circuitry to translate signals between them.

A video interface standard commonly used in older computer monitors. It features a 15-pin connector and transmits analog video signals.

A video interface standard designed for digital video signals. It uses a digital connector and offers a variety of resolutions and refresh rates.

A type of cable that connects a hard drive or other storage device to a motherboard. It is known for being a high-speed interface.

A type of parallel interface standard that connects storage devices like hard drives and optical drives to the computer's motherboard. It was widely used in older computers but has been largely replaced by SATA.

A serial interface standard that uses a serial cable to connect devices to the computer. It is commonly used for connecting devices that require low bandwidth, such as modems and mice.

A connector that carries data signals between the SATA hard drive and the motherboard.

A connector that provides power to the SATA hard drive from the power supply unit.

These cables connect a computer to a monitor, providing a visual display. They can transmit video and audio signals.

The main circuit board of a computer; it houses and connects the CPU, memory, storage devices, and other components.

The processing unit responsible for executing instructions and performing calculations, acting as the 'brain' of the computer.

A type of memory that allows random access to any location in memory, providing faster access to frequently used data.

Slots on the motherboard where RAM modules are inserted, allowing the CPU to access data quickly.

A type of connector used for connecting storage devices such as hard drives and SSDs to the motherboard.

Methods used to add devices to an MDM system, including manual and automated procedures.

Techniques used to remotely control, monitor, and configure devices, encompassing software deployment, security policy enforcement, and data access control.

The core functions of an operating system, including managing hardware, running applications, and file management.

Different types of operating systems, each with unique features, such as Windows, macOS, Linux, Android, and iOS.

A system for organizing files and folders within an operating system.

How operating systems manage access to their resources using accounts and permissions.

Tools that help manage system performance, configure settings, and troubleshoot issues. Examples include task manager, disk management, and the registry editor.

Using unique and strong passwords, often with a password manager, to enhance security.

A systematic troubleshooting approach that involves isolating the issue by checking the power, connections, and components, then eliminating potential causes one by one.

Network topologies determine how devices are interconnected. Common types include bus, star, ring, mesh, and tree.

Protocols govern how network communication occurs. Examples include TCP/IP, HTTP, FTP, DNS, SMTP, and DHCP.

Routers, switches, hubs, and modems facilitate data flow within a network.

Mobile Device Management (MDM) involves policies, software, and practices for controlling and managing mobile devices within an organization.

MDM encompasses capabilities like enforcing security policies, deploying app updates, monitoring usage, and remote wipe.

Endpoint security is crucial in MDM, involving measures like device encryption, app control, and access restrictions.

Built-in diagnostics (BIOS), external hardware diagnostics, and system logs help pinpoint hardware problems.