Expansion Type Slot On Motherboard

Released on September 8, 1998, AMR stands for Audio / Modem Riser and allows OEM's to create a card that has good functionality Modem or Audio or both Audio and Modem on one card. This specification Allows for themotherboard to be manufactured at a lower cost and free up industry-standard expansion slots in the system for other additional plug-in peripherals. In the picture to the right, is an example of what looks like the AMR slot on the motherboard. This specification allows untukmotherboard be produced at a lower cost and freeing the industry standard expansion slots in the system for other additional plug-in peripherals,. In the picture on the right is an example of what it looks like AMR slot on the motherboard. Often this slot is on the far edge of the motherboard, next to a PCI slot. This slot is often at the far edge of the motherboard, next to the PCI slots.

 Released September 8, 1998 , AMR is short for Audio/Modem Riser and allows OEM s to mato one card that has the functionality of either Modem or Audio or both Audio and Modem on one card.

Short for Communication and Network Riser, CNR is a specification that supports audio, USB modems and Local Area Network interface core logic chipset. This technology was first Introduced by Intel February 7, 2000 and was mainly developed by leading hardware and software developers who helped release the AMR (Audio / Modem Riser) The technology was first introduced by Intel 7 February 2000 and was mainly developed by software developers leading software and hardware that helps release the AMR (Audio / Modem Riser). Today, CNR is being shipped with the computer manufacturer's Several different computers. Today, CNR is being sent to multiple computers of different computer manufacturers.

Short for Extended Industry Standard Architecture, EISA, also known sebagaiExtended ISA, is a standard first announced in September 1988 untukIBM IBM compatible computers and to compete with IBM's MCA bus. The EISA bus is found on Intel 80386, 80486 and early Pentium computers and was designed by nine competitors to Compete with IBM's MCA bus. EISA bus found on Intel 80386, 80486dan early Pentium computers and designed by nine competitors to compete with IBM's MCA bus. Reviews These competitors were AST Research, Compaq, Epson, Hewlett Packard, NEC, Olivetti, Tandy, WYSE, and Zenith Data Systems. This competitor AST Research, Compaq, Epson, Hewlett Packard, NEC, Olivetti, Tandy, Wyse, and Zenith Data Systems.
The EISA bus Provided 32-bit slots at an 8.33 MHz cycle rate for the use with 386DX or higher processors. EISA bus provides 32-bit slot at 8.33 MHz cycle rate for use with a 386DX processor or higher. In addition, the EISA can a accommodate a 16-bit ISAcard in the first row. In addition, EISA can accommodate 16-bit ISA card in the first row.
Although the EISA bus is backwards compatible and not a proprietary bus it never Became Widely used and is no longer found in computers today. Although the EISA bus is compatible and not a courtesy bus that never became widely used and are no longer found in today's computers.

Short for Industry Standard Architecture, ISA was introduced by IBM and was originally an 8-bit computer bus which was later expanded to 16-bit bus in 1984. When this bus was originally released it was a proprietary bus, the which only allowed IBM to create peripherals and the actual interface. When the bus was originally released it is the property of the bus, which allows only IBM to create peripherals and interfaces sebenarnya.However, in the early 1980's of other manufacturers were creating the bus. However, other manufacturers in the early 1980s was to create a bus.
In 1993, Intel and Microsoft Introduced a PnP ISA bus that allowed the computer to automatically detect and setup ISA computer peripherals, such as a modem or sound card .In 1993, Intel and Microsoft introduced PnP ISA bus that allows the computer to automatically detect and setup ISA computer peripherals, sepertimodem or sound card. Using the PnP technology, an end-user would have the capability of connecting a device and not having to configure the device using jumpers or dipswitches Using a PnP technology, end-users will have the ability to connect the device and do not have to configure the device using the jumper or dipswitch ,
Many computers today no longer included the ISA slots and instead are using more PCI slots andAGP. Many computers today no longer include ISA slots and instead use more PCI and AGP slots. Below is a graphic of what an ISA expansion cards may look like as well as it connects into the slot on the motherboard. Below is a chart of what ISA expansion cards may look like, and it connects to the slot on the motherboard.

Kependekan dari Peripheral Component Interconnect, PCI diperkenalkan oleh Intel pada1992 , direvisi pada 1993 ke versi 2.0, dan kemudian direvisi pada 1995 untuk PCI 2.1 dan sebagai perluasan ke ISA bus. Below is a graphic illustration of the PCI slot on a motherboard .Berikut merupakan ilustrasi grafik dari slot PCI pada motherboard .

The PCI bus is a 32-bit computer bus that is also available as a 64-bit bus and is the most commonly found and used computer bus in computers today. Bus PCI adalah 32-bit bus komputer yang juga tersedia sebagai 64-bit bus dan yang paling umum ditemukan dan digunakan bus komputer di komputer saat ini.

Awalnya dikenal sebagai 3rd Generation I / O (3GIO), PCI Express, atau PCIe, telah disetujui sebagai standar pada bulan Juli 2002 dan merupakan komputer bus ditemukan di komputer.PCI Express is designed to replace PCI and AGP and is available in several different formats: x1, x2, x4, x8, x12, x16 and x32. PCI Express dirancang untuk menggantikan PCI dan AGPdan tersedia dalam beberapa format yang berbeda: x1, x2, x4, x8, x12, x16 dan x32. Below are some graphic illustrations of what the PCI Express would look like on the motherboard . Berikut adalah beberapa ilustrasi grafis dari apa yang PCI Express akan terlihat seperti pada motherboard .

 Pendek untuk Video Electronics Standard Association, VESA adalah sekelompok kartu video produsen dan memantau bahwa menetapkan standar berbagai tampilan.