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KembaraXtra–Computer Terms – 32-bit driver
A 32-bit driver is a software component that controls a hardware device or another software subsystem while operating entirely in 32-bit mode. In the context of PCs, these drivers are designed to match the instruction sets and architecture of processors such as the Intel 486 and the Pentium family, which allows the drivers to execute instructions more efficiently and to interact with the system’s memory and I/O resources in larger, faster 32-bit blocks. When used as device drivers, they manage communications with hardware such as printers, disks, video cards, and network adapters; when used as software subsystem drivers, they can provide services such as file systems, virtual memory, or specialized communication layers. By operating in 32-bit mode, these drivers generally provide higher performance, improved stability, and better use of modern processor features than their older 16-bit counterparts.
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KembaraXtra–Computer Terms – 1024×768
The display resolution known as 1024×768 is a classic Super VGA standard that arranges digital images using 1024 individual pixel columns across the width of the screen and 768 rows from top to bottom. This resolution was widely adopted throughout the era of CRT monitors and early LCD panels because it provided a clear visual workspace while still being supported by affordable graphics hardware. It became a preferred choice for general office applications, early graphical operating systems, and software that required a balance between detail and performance.
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KembaraXtra–Computer Terms – 10Base2
10Base2 is an early Ethernet networking method that operates at 10 megabits per second and uses thin coaxial cabling roughly three-sixteenths of an inch thick. This cable type supports network segments up to about 200 meters long and is arranged in a bus topology in which every machine shares the same cable line. Devices connect through a BNC connector attached to the network adapter. Because it used inexpensive cable and was easy to deploy in small offices, it became known by several alternate names, including Cheapernet, Thin Ethernet, ThinNet, and ThinWire. It represented an accessible, low-cost solution for organizations building their first LAN environments.
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KembaraXtra–Computer Terms – 10Base5
10Base5 is one of the earliest Ethernet standards, providing 10 megabits per second of baseband communication over thick coaxial cable about three-eighths of an inch in diameter. This cable can stretch up to 500 meters per segment, making it useful for connecting larger areas or forming network backbones. Computers connect through an external transceiver, which attaches to a 15-pin AUI port on the network card and physically taps into the cable. Because of the cable’s rigidity and durability, this form of Ethernet came to be known as Thick Ethernet, ThickNet, or ThickWire. Though more difficult to install than its thin-cable counterpart, it delivered stronger signal integrity for long-distance network runs.
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KembaraXtra–Computer Terms – 10Base-F
10Base-F is an Ethernet standard designed for fiber-optic networking and provides a 10 megabit-per-second data rate within a star-shaped network layout. Every computer or device connects to a central hub, repeater, or concentrator through fiber-optic lines. Each station uses a dedicated fiber-optic transceiver, typically paired with connectors such as ST or SMA, which plug into the system’s network interface through an AUI connection. The 10Base-F family includes three specialized branches: 10Base-FB for backbone links requiring efficient synchronization over long distances, 10Base-FL for direct workstation-to-hub connections, and 10Base-FP for passive star setups that do not require powered repeaters. This set of standards brought the advantages of fiber, including electrical isolation and improved resistance to interference, into early LAN architecture.
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KembaraXtra–Computer Terms – 10Base-FP
10Base-FP is a fiber-optic networking design from the 10Base-F family that enables a passive star configuration, meaning that stations connect to a central point that requires no electrical power for signal amplification. Up to several dozen devices can be linked through this passive hub, benefiting from fiber optics’ immunity to electrical noise and the ability to operate safely over longer distances. This approach was useful in environments requiring minimal maintenance or where electrical infrastructure was limited.
10Base-FP is a fiber-optic networking design from the 10Base-F family that enables a passive star configuration, meaning that stations connect to a central point that requires no electrical power for signal amplification. Up to several dozen devices can be linked through this passive hub, benefiting from fiber optics’ immunity to electrical noise and the ability to operate safely over longer distances. This approach was useful in environments requiring minimal maintenance or where electrical infrastructure was limited.
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KembaraXtra–Computer Terms – 10Base-T
10Base-T is a widely adopted Ethernet standard that uses twisted-pair cabling to carry data at 10 megabits per second. The network is arranged in a star configuration, meaning each computer or device connects individually to a central hub, sometimes referred to as a multiport repeater. The use of common copper twisted-pair wires—often found in telephone installations—made this Ethernet version far easier to install and manage than earlier coaxial-based systems. It represented a major shift toward structured cabling systems used in modern networking.
10Base-T is a widely adopted Ethernet standard that uses twisted-pair cabling to carry data at 10 megabits per second. The network is arranged in a star configuration, meaning each computer or device connects individually to a central hub, sometimes referred to as a multiport repeater. The use of common copper twisted-pair wires—often found in telephone installations—made this Ethernet version far easier to install and manage than earlier coaxial-based systems. It represented a major shift toward structured cabling systems used in modern networking.
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KembaraXtra–Computer Terms – 12-hour clock
The 12-hour clock is a method of representing time that divides the day into two repeating cycles labeled a.m. and p.m. Time progresses from 1:00 to 12:59 in each cycle before returning to 1:00 again. This format is commonly used in everyday communication, scheduling, and consumer devices. It contrasts with the 24-hour format, which counts the hours continuously from midnight to 23:59.
The 12-hour clock is a method of representing time that divides the day into two repeating cycles labeled a.m. and p.m. Time progresses from 1:00 to 12:59 in each cycle before returning to 1:00 again. This format is commonly used in everyday communication, scheduling, and consumer devices. It contrasts with the 24-hour format, which counts the hours continuously from midnight to 23:59.
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KembaraXtra–Computer Terms – 1.2M
The term 1.2M refers to a storage capacity of approximately 1.2 megabytes, most commonly associated with high-density 5.25-inch floppy disks. These disks were widely used during the early personal computing era as they offered greater capacity than their lower-density predecessors while still being compatible with standard floppy disk drives of the time. Their design provided a cost-effective storage option for software distribution and file transfer.
The term 1.2M refers to a storage capacity of approximately 1.2 megabytes, most commonly associated with high-density 5.25-inch floppy disks. These disks were widely used during the early personal computing era as they offered greater capacity than their lower-density predecessors while still being compatible with standard floppy disk drives of the time. Their design provided a cost-effective storage option for software distribution and file transfer.
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KembaraXtra–Computer Terms – 1394
The number 1394 identifies a high-speed serial communication interface formally standardized as IEEE 1394. Known popularly as FireWire, it was developed for quick data transfer between digital devices such as camcorders, external drives, and multimedia equipment. It supported fast, real-time data throughput and became a favored technology in professional video production and high-bandwidth consumer electronics.
