Slot Ekspansi

Expansion slot openings are located on the back of the computer. Ekspansi bukaan slot terletak di bagian belakang komputer. They look like the ones shown in the picture above. Mereka tampak seperti yang ditunjukkan pada gambar di atas. They provide access to the AGP, PCIe, PCI, and ISA expansion slots on the motherboard. The expansion slot opening shown on our Click-N-Learn computer, does not appear to have a PCI, ISA, or AGP expansion slot associated with it. Mereka menyediakan akses ke PCIe, PCI, dan slot ekspansi ISA, AGP pada motherboard. Slot ekspansi pembukaan ditampilkan pada komputer Klik-N-Belajar kita, tampaknya tidak memiliki, ISA, atau AGP slot ekspansi PCI yang terkait dengannya . To use this expansion slot opening, a person would need an expansion card like the Sound Blaster Live card shown below, which is actually two cards. Untuk menggunakan slot ekspansi pembukaan ini, seseorang akan membutuhkan sebuah kartu ekspansi seperti kartu Sound Blaster Live ditunjukkan di bawah ini, yang sebenarnya dua kartu.



The top card plugs into a PCI slot, while the bottom card sends and receives its data through the larger card via the connected cable. The plugs atas kartu ke slot PCI, sedangkan kartu bawah mengirim dan menerima data melalui kartu yang lebih besar melalui kabel tersambung. The smaller card simply needs an empty expansion slot opening on the back of the case to mount to. Kartu kecil hanya membutuhkan pembukaan slot ekspansi yang kosong di belakang kasus ini untuk dipasang. The expansion slot opening you clicked on would be perfect for the bottom card. Slot ekspansi pembukaan yang Anda klik akan sempurna untuk kartu bawah

 bagian bagian slot ekspansi




















Shared PCI/ISA Slot



If you look at the picture above, you will see two slots: a black ISA expansion slot and a white PCI expansion slot. The problem is that there is only one expansion slot opening available on the back of the case. With this type of expansion slot you must choose whether you want to use an ISA card or a PCI card. You can't use both. That's the reason it's called a shared PCI/ISA slot. This is a good place to use a modem, since modems are available on both ISA and PCI expansion cards. Below is a picture of an ISA modem.



Notice that the modem has its own speaker. When you connect to the Internet and hear the modem dialing, it's this speaker that you hear those sounds coming from. Modems convert a computer's digital data into analog waves, so that it can travel through the telephone lines to another computer. The other computer's modem then converts these analog waves back into digital data, so that the other computer can understand it. Modems are rated by how many bits per second that they can receive data. They normally send data at a slightly lower rate, which is around 48Kbps, (or 48,000 bits per second), for a typical 56Kbps modem. Just because a modem is rated at 56Kbps does not necessarily mean that it will be able to receive data at that speed. Phone lines and your Internet service provider also play a big part in how fast your computer is able to receive and send information via the Internet. Some phone lines are only capable of transmitting data at 28.8k. For this reason, even though Internet service providers usually offer a 56K connection, you can only access the Internet at whatever speed your phone lines will permit. Below is a picture of a PCI modem.

	1.pc Link ISA Slot Expansion PC-Link ISA Slot Expansion merupakan kit untuk mengekspansi 1 buah slot ISA komputer menjadi 4 buah slot ISA yang terletak di luar chassing CPU. Modul ini dapat digunakan untuk modul-modul I/O yang menggunakan slot ISA komputer, misalnya PC-Link ISA PIO Card.
	Dimensi ISA Board: 11.8 cm (P) x 5.5 cm (L) x 1.7 cm (T) Dimensi expansion board: 12 cm (P) x 11.7 cm (L) x 2 cm (T)
	Spesifikasi PC-Link ISA Slot Expansion:
	-	Terdiri dari ISA board dan expansion board.
	-	Antarmuka ISA board ke komputer menggunakan slot ISA.
	-	Expansion board terdiri dari 4 buah slot ISA dan dirancang untuk berada di luar chassing CPU.
	-	ISA board dan expansion board dihubungkan menggunakan kabel DB25 straight through.
	-	Menggunakan catu daya +5VDC dari slot ISA motherboard, tersedia LED indikator catu daya (optional).
	-	Dilengkapi dengan filter untuk meredam masuknya noise ke dalam jalur catu daya motherboard PC.
	-	Jalur-jalur slot ISA komputer yang diekspansi:
		· 8-bit data (D0 - D7),
		· 10-bit alamat (A0 - A9),
		· 4-pin kontrol (IOW, IOR, AEN, & RST DRV),
		· catu daya (+5V & GND).
	-	Jalur-jalur yang diekspansi (kecuali jalur catu daya) dilengkapi dengan buffer yang mampu dibebani hingga 15 buah divais LSTTL dan memiliki delay propagasi 9 ns.
	-	Tidak mendukung ISA card yang memiliki fitur DMA (Direct Memory Access) dan interupsi, seperti sound card.
	Perlengkapan :
	-	1 bh PC-Link ISA Slot Expansion.
	-	1 set kabel DB25 straight-through (p=120cm).
	-	1 lbr quick start

2.slot memory

Pengertian Dan Jenis Slot Memori

Slot Memori

Slot memori adalah slot yang dikhususkan untuk pemasangan kepingan memori.Pada PC ada 3 jenis slot memori yang digunakan secara umum, yaitu:

SIMM ( Single In Line Memory Module )

Yaitu, slot memori yang berwarna putih dan digunakan untuk pemasangan modul memori berjenis SRAM dan EDORAM.Dalam pemasangan memori dengan slot ini kepingan harus dalam jumlah genap ( minimal 2 keping ).

DIMM ( Double In Line Memory Module )

Yaitu, slot memori yang berwarna hitam atau biru yang digunakan untuk pemasangan modul memori ( RAM ) dengan jenis SDRAM dan DDRAM. Dalam pemasangan pada slot ini kepingan memori yang terpasang tidak harus dalam jumlah yang genap.

RIMM ( Rambus In Line Module Memori )

Yaitu, slot yang berwarna hitam atau biru yang digunakan untuk memasang memori berjenis RDRAM. Perbedaan yang mencolok antara soket DIMM dengan RIMM hanya terletak pada Jumlah cekungan yang ada ditengah – tengah slot.

3.slot agp

AGP Expansion Slot



The AGP expansion slot connects AGP video cards to a motherboard. The video card shown above is an AGP GeForce FX 5500. Video expansion cards are also known as graphic expansion cards. AGP stands for Accelerated Graphics Port. AGP video cards are capable of a higher data transfer rate than PCI video cards. Video cards, like the one shown above, simply plug into an AGP slot and connect a monitor or other video display device to a computer. The "DVI Out" connector shown in picture above connects to a digital video display. DVI stands for Digital Video Interface. Video cards with a TV output connection are capable of displaying a computer's video on a television. Video cards with a TV input connection are able of displaying a television's video on a computer. The AGP card and the monitor are what determine the quality of a computer's video display. The photo below shows what an AGP slot looks like.



AGP slots and cards come in 4 different modes. You must be careful to match the card and slot with the correct mode. Some cards and slots are capable of running in more than one mode. AGP 1x mode is the oldest. It transfers data at 266MBs per second. AGP 2x mode transfers data at 533MBs per second. AGP 4x mode transfers data at 1.07GBs per second. The latest AGP mode is AGP 8x. It transfers data at 2.14GBs per second. Below is a picture of three PCI Express slots.



PCI Express is a more recent technology that is slowly replacing AGP. PCI Express x16 slots can transfer data at 4GBs per second, which is about double that of an AGP 8x slot. PCI Express slots come in PCIe x1, PCIe x2, PCIe x4, PCIe x8, and PCIe x16. PCIe x16 slots are used for video cards.



The photo above shows what a GPU looks like. GPU stands for Grap 4..slot cnrThe Intel® Desktop Board D845PT provides (3) PCI local bus slots. PCI slots are identified as PCI slot #x, starting with the slot closest to the processor. The ATX/MicroATX specifications identify expansion slot locations with respect to the far edge of a full-sized ATX chassis. The ATX specification and the board's silkscreen are opposite and could cause confusion. The ATX numbering convention is made without respect to slot type (PCI vs. AGP), but refers to an actual slot location on a chassis.

The CNR slot located on the edge of the desktop board shares PCI slot #3. Avoid conflicts & resource performance issues by not populating PCI slot #3 with add-in card if CNR is installed.