information that the microprocessor can access. This process is referred to as Memory Mapping.

Memory Mapping

The process by which the computer assigns memory addresses to physical memory locations at start-up. Devices and software applications can then identify information that the microprocessor can access.

MHz

Megahertz. A measurement of frequency that equals one million Hz.

Microprocessor

A computer chip that interprets and executes program instructions. Also referred to as the CPU. See also Bus Speed.

MIF

Management Information Format. A syntax for describing information for manageable hardware and software components that can be installed on a computer. See also COO, WBEM, and WfM.

min

Minute(s). A measurement of time that equals 60 sec.

Mini-DIN

A form of DIN connector that is round, has 6 pins, and is typically used to connect PS/2 keyboard or mouse cable connectors.

mm

Millimeter. A measurement of length that equals one thousandth of a meter or 1/25 inch.

Modem

A shortened reference to modulator/demodulator. Modems convert analog data into digital data and vice-versa so that computers can communicate over telephone lines.

Monitor

The high-resolution TV-like device that displays your computer's output.

ms

Millisecond. A measurement of storage device access time that equals one thousandth of a second.

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GX240 specifications

The Dell GX240, a robust desktop computer released in the early 2000s, exemplifies the breed of machines engineered for business and productivity environments. Targeting corporate users, the GX240 was part of Dell’s OptiPlex series, known for its reliability, support, and manageability.

One of the main features of the Dell GX240 is its Intel Pentium 4 processor, which provided a significant performance boost at the time of its release. This processor was available in various speeds, enabling users to select the model that best met their processing needs. The GX240 also offered ample memory options, supporting up to 2GB of SDRAM, which was considerable for its era, allowing for smoother multitasking and application performance.

The design of the GX240 was practical, featuring a compact, space-saving chassis ideal for office environments. It was designed for easy serviceability, with tool-less access to components, facilitating quick upgrades or repairs. The system was equipped with various configurations, enabling customers to customize it with multiple hard drive options, typically using IDE drives, which provided sufficient storage for everyday tasks.

The desktop utilized a variety of expansion slots, including AGP for graphics cards and PCI slots for additional peripherals. This expandability was crucial for businesses needing to adapt or enhance their systems over time. Integrated Intel graphics were standard, but users could opt for dedicated graphics cards to meet more demanding graphical needs.

Connectivity was also a strong point for the GX240, featuring multiple USB 2.0 ports, a serial port, and audio input/output capabilities. These ports allowed for seamless integration with various peripherals and devices, essential for a productive work environment. The GX240 also supported network connectivity through a built-in Ethernet controller, making it well-suited for office use, especially in networked environments.

In terms of software, the GX240 was usually shipped with Microsoft Windows XP, ensuring users had access to a stable and user-friendly operating system. This operating system not only provided compatibility with a wide range of applications but also enhanced the overall user experience.

In conclusion, the Dell GX240 was a solid desktop choice for businesses in the early 2000s, combining performance, upgradability, and a compact design. Its Intel Pentium 4 processor and ample memory options made it suitable for various tasks, while its space-saving design and expansion capabilities allowed businesses to adapt the system to their evolving needs.