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Another feature of PLUS cards is that they are stackable. Again, PCjr sidecars are not technically expansion cards, but expansion modules, with the only difference being that the sidecar is an expansion card enclosed in a plastic box with holes exposing the connectors.
Most other computer lines, including those from Apple Inc. The Amiga used Zorro II. Even many video game consoles, such as the Sega Genesis , included expansion buses; at least in the case of the Genesis, the expansion bus was proprietary, and in fact the cartridge slots of many cartridge based consoles not including the Atari would qualify as expansion buses, as they exposed both read and write capabilities of the system's internal bus.
However, the expansion modules attached to these interfaces, though functionally the same as expansion cards, are not technically expansion cards, due to their physical form.
Other computer buses were used for industrial control, instruments, and scientific systems. Laptops generally are unable to accept most expansion cards.
Several compact expansion standards were developed. The primary purpose of an expansion card is to provide or expand on features not offered by the motherboard.
In that case, a graphics card and an ST hard disk controller card provided graphics capability and hard drive interface respectively. Some single-board computers made no provision for expansion cards, and may only have provided IC sockets on the board for limited changes or customization.
Since reliable multi-pin connectors are relatively costly, some mass-market systems such as home computers had no expansion slots and instead used a card- edge connector at the edge of the main board, putting the costly matching socket into the cost of the peripheral device.
In the case of expansion of on-board capability, a motherboard may provide a single serial RS port or Ethernet port.
An expansion card can be installed to offer multiple RS ports or multiple and higher bandwidth Ethernet ports. In this case, the motherboard provides basic functionality but the expansion card offers additional or enhanced ports.
One edge of the expansion card holds the contacts the edge connector or pin header that fit into the slot. They establish the electrical contact between the electronics on the card and on the motherboard.
Peripheral expansion cards generally have connectors for external cables. In the PC-compatible personal computer, these connectors were located in the support bracket at the back of the cabinet.
Industrial backplane systems had connectors mounted on the top edge of the card, opposite to the backplane pins. Depending on the form factor of the motherboard and case , around one to seven expansion cards can be added to a computer system.
When many expansion cards are added to a system, total power consumption and heat dissipation become limiting factors.
Some expansion cards take up more than one slot space. For example, many graphics cards on the market as of are dual slot graphics cards, using the second slot as a place to put an active heat sink with a fan.
Some cards are "low-profile" cards, meaning that they are shorter than standard cards and will fit in a lower height computer chassis.
There is a "low profile PCI card" standard  that specifies a much smaller bracket and board area.
A daughterboard , daughtercard , mezzanine board or piggyback board is an expansion card that attaches to a system directly.
Daughterboards often have only internal connections within a computer or other electronic devices, and usually access the motherboard directly rather than through a computer bus.
Daughterboards are sometimes used in computers in order to allow for expansion cards to fit parallel to the motherboard, usually to maintain a small form factor.
This form are also called riser cards , or risers. Daughterboards are also sometimes used to expand the basic functionality of an electronic device, such as when a certain model has features added to it and is released as a new or separate model.
It is technologically superior to the older slots in every way. PCI-Express can be referred to using various names: They all mean exactly the same thing.
There's another completely different and incompatible bus called PCI-X so be sure not to get them confused. It was just the computer industry doing their level best to confuse people.
Just for the record, the USB 2. In PCI-Express x16, the "x16" part is pronounced, "times sixteen" or "by sixteen". The number following the "x" is the number of PCI-Express lanes in the slot.
The more lanes in the slot, the faster it can go. The motherboard picture above shows both a x16 slot and a x1 slot. Video cards are normally designed to fit in x16 slots since they are the fastest.
You can also get video cards designed for x1 slots. Those are normally used only if you want more than one video card in the computer.
Most motherboards have one PCI-Express x16 slot for a video card and one or more x1 slots for other things like network adapters.
Less common are x4 and x8 slots. You can "up-plug" PCI-Express cards. The x1 expansion card can only run at x1 speed in any of those slots but it will work.
Likewise, you can plug x4 expansion cards into x4, x8, and x16 slots and you can plug x8 expansion cards if you can find one into x8 and x16 slots.
But you can't "down-plug" PCI-Express cards because an expansion card with a higher number of lanes the "x" value physically won't fit into an expansion slot with a lower number of lanes.
For example, a x16 expansion card won't fit into a x8, x4, or x1 slot. When it comes to video cards, some motherboards can be extremely picky about up-plugging.
You should always be able to plug a x1, x4, or x8 video card into a x16 PCI-Express slot and have it work.
It may only run at x1 speeds but it should work nonetheless. Unfortunately, many motherboards have problems with video card up-plugging.
As time passes, the motherboard BIOSes should have better support for up-plugging video cards but for now it may not work.
Plugging a x16 video card into a x16 slot always works and plugging a x1 video card into a x1 slot almost always works but the other combinations may not work properly.
If you have problems up-plugging a video card then you should go to the motherboard manufacturer's website and update the motherboard BIOS.
That's where they will fix problems with expansion card up-plugging. Some motherboards come with two PCI-Express x16 slots so you can run two full speed video cards at once.
This is normally used only by serious gamers who want the highest possible performance in 3D games. In these modes, both video cards work together on the same game to increase performance.
Many motherboards with two PCI-Express x16 slots have special rules about using the second x16 slot. With some motherboards you have to plug a small circuit board into the motherboard to enable the second x16 slot.
Even when enabled, the second x16 slot may have special restrictions. In some cases that slot may not work with anything but video cards.
The manual of a dual x16 slot motherboard will tell you if there are any restrictions related to its x16 slots.
Don't assume that you can treat them like "normal" PCI-Express slots unless the motherboard manual says so. They are four different AGP speeds.
The eight refers to the speed. There are also slower speeds of 4, 2, and 1 times. You gain at most a few percent by going from AGP 4X to a faster slot.
As time passes it will make more of a difference. On top of that, the fastest video cards are not available for AGP at all.
Basically, AGP is in the process of being orphaned. New video cards may not be compatible with old motherboards and old video cards may not be compatible with new motherboards.
That's why it pays to be careful. That's especially true if you're buying used hardware. Each AGP card has one or two slots in its card edge. If a video card has the 3.
If it has the 1. If the card has both slots then it can use both signaling voltages. The newest version of AGP added support for 0.
If a video card supports either 1. The AGP connectors on the motherboard are keyed to prevent insertion of AGP cards which would be damaged if plugged in.
If you try to insert a card without a 3. Likewise an AGP 1. So you need to check to see that the video card can fit into the motherboard connector to know if they are compatible.
This page gives you a more detailed explanation of the rules AGP compatibility.