An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer
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Are there more issues with heat with the smaller boards? Also what are the expansion slots used for?
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@mary said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
Also what are the expansion slots used for?
The same thing they are used for in larger chassis. Video cards, modems, etc.
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@mary said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
Are there more issues with heat with the smaller boards? Also what are the expansion slots used for?
Not with the boards themselves, but you can run into issues with cooling in the small form factor cases. Remember the Xbox360 red ring of death? That was almost always caused by heat issues inside that small computer body.
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@mary said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
Are there more issues with heat with the smaller boards? Also what are the expansion slots used for?
Definitely, way more of an issue. It's what keeps boards so often so big.
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@scottalanmiller said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
@mary said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
Are there more issues with heat with the smaller boards? Also what are the expansion slots used for?
Definitely, way more of an issue. It's what keeps boards so often so big.
Boards and cases - or the need for loud fans when the cases are small.
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Do small scale motherboards exist in smart phones?
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@connorsoliver said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
Do small scale motherboards exist in smart phones?
Yes. Tiny things, but they exist. You should either grab an old phone and take it apart or see if someone will donate one to the cause.
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@scottalanmiller said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
@mary said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
Are there more issues with heat with the smaller boards? Also what are the expansion slots used for?
Definitely, way more of an issue. It's what keeps boards so often so big.
Not really. Heat issues are almost exclusively related to the CPU and GPU any more. Memory just a little. Almost no other component gets hot.
So heat dissipation is needed for those 3 things. That has little to do with the board size.
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@JaredBusch said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
@scottalanmiller said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
@mary said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
Are there more issues with heat with the smaller boards? Also what are the expansion slots used for?
Definitely, way more of an issue. It's what keeps boards so often so big.
Not really. Heat issues are almost exclusively related to the CPU and GPU any more. Memory just a little. Almost no other component gets hot.
So heat dissipation is needed for those 3 things. That has little to do with the board size.
The smaller the board, though, the less capacity for cooling.
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@scottalanmiller said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
@JaredBusch said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
@scottalanmiller said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
@mary said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
Are there more issues with heat with the smaller boards? Also what are the expansion slots used for?
Definitely, way more of an issue. It's what keeps boards so often so big.
Not really. Heat issues are almost exclusively related to the CPU and GPU any more. Memory just a little. Almost no other component gets hot.
So heat dissipation is needed for those 3 things. That has little to do with the board size.
The smaller the board, though, the less capacity for cooling.
That is not the board. The board does not cool those devices. Well heat radiates, so anything touching them cools it to a minor degree, but that does not affect anything to any degree that matters.
Most memory run cool enough that direct air over the chips suffices.
CPU and GPU need a heatsink and sometimes a fan to push air over the heatsink.
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@JaredBusch said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
@scottalanmiller said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
@JaredBusch said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
@scottalanmiller said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
@mary said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
Are there more issues with heat with the smaller boards? Also what are the expansion slots used for?
Definitely, way more of an issue. It's what keeps boards so often so big.
Not really. Heat issues are almost exclusively related to the CPU and GPU any more. Memory just a little. Almost no other component gets hot.
So heat dissipation is needed for those 3 things. That has little to do with the board size.
The smaller the board, though, the less capacity for cooling.
That is not the board. The board does not cool those devices. Well heat radiates, so anything touching them cools it to a minor degree, but that does not affect anything to any degree that matters.
Most memory run cool enough that direct air over the chips suffices.
CPU and GPU need a heatsink and sometimes a fan to push air over the heatsink.
Frequently small mobos also mean small cases, these small cases can run into issues of lack of airflow... but really, the issue isn't the size of the mobo, but other things.
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@Dashrender said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
@JaredBusch said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
@scottalanmiller said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
@JaredBusch said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
@scottalanmiller said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
@mary said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
Are there more issues with heat with the smaller boards? Also what are the expansion slots used for?
Definitely, way more of an issue. It's what keeps boards so often so big.
Not really. Heat issues are almost exclusively related to the CPU and GPU any more. Memory just a little. Almost no other component gets hot.
So heat dissipation is needed for those 3 things. That has little to do with the board size.
The smaller the board, though, the less capacity for cooling.
That is not the board. The board does not cool those devices. Well heat radiates, so anything touching them cools it to a minor degree, but that does not affect anything to any degree that matters.
Most memory run cool enough that direct air over the chips suffices.
CPU and GPU need a heatsink and sometimes a fan to push air over the heatsink.
Frequently small mobos also mean small cases, these small cases can run into issues of lack of airflow... but really, the issue isn't the size of the mobo, but other things.
Mostly, yes. Although you have less board space for cooling, too. Giant server boards have room for front to back high volume airflow, for example.
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@scottalanmiller said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
@Dashrender said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
@JaredBusch said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
@scottalanmiller said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
@JaredBusch said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
@scottalanmiller said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
@mary said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
Are there more issues with heat with the smaller boards? Also what are the expansion slots used for?
Definitely, way more of an issue. It's what keeps boards so often so big.
Not really. Heat issues are almost exclusively related to the CPU and GPU any more. Memory just a little. Almost no other component gets hot.
So heat dissipation is needed for those 3 things. That has little to do with the board size.
The smaller the board, though, the less capacity for cooling.
That is not the board. The board does not cool those devices. Well heat radiates, so anything touching them cools it to a minor degree, but that does not affect anything to any degree that matters.
Most memory run cool enough that direct air over the chips suffices.
CPU and GPU need a heatsink and sometimes a fan to push air over the heatsink.
Frequently small mobos also mean small cases, these small cases can run into issues of lack of airflow... but really, the issue isn't the size of the mobo, but other things.
Mostly, yes. Although you have less board space for cooling, too. Giant server boards have room for front to back high volume airflow, for example.
Again, the board has zero to do with it. The case has everything to do with it. Granted, typically, small boards equal small cases, but this is in no way a requirement.
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@Dashrender said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
@scottalanmiller said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
@Dashrender said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
@JaredBusch said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
@scottalanmiller said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
@JaredBusch said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
@scottalanmiller said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
@mary said in An Overview of Motherboard Types - CompTIA A+ 220-901 220-902 Video Training by Prof. Messer:
Are there more issues with heat with the smaller boards? Also what are the expansion slots used for?
Definitely, way more of an issue. It's what keeps boards so often so big.
Not really. Heat issues are almost exclusively related to the CPU and GPU any more. Memory just a little. Almost no other component gets hot.
So heat dissipation is needed for those 3 things. That has little to do with the board size.
The smaller the board, though, the less capacity for cooling.
That is not the board. The board does not cool those devices. Well heat radiates, so anything touching them cools it to a minor degree, but that does not affect anything to any degree that matters.
Most memory run cool enough that direct air over the chips suffices.
CPU and GPU need a heatsink and sometimes a fan to push air over the heatsink.
Frequently small mobos also mean small cases, these small cases can run into issues of lack of airflow... but really, the issue isn't the size of the mobo, but other things.
Mostly, yes. Although you have less board space for cooling, too. Giant server boards have room for front to back high volume airflow, for example.
Again, the board has zero to do with it. The case has everything to do with it. Granted, typically, small boards equal small cases, but this is in no way a requirement.
True
