There are many important elements for the proper functioning of a computer. But among the latter, the motherboard remains essential. It is presented in a sort of overhanging plate of sockets, pins and ports which perform different functions. Here, the top 10 1151 motherboards have been carefully brought out. These are hardware devices that offer remarkable functionalities and above all, an optimal connection of processors of several types, via their LGA 1151 socket. Ease of installation, extensive connectivity and good performance are factors that they all have in common.
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Motherboard buying guide
The motherboard is perhaps the most complex PC component, due to its extremely important role. Also, it is not easy to make a choice when faced with so many different data and references. Our buying guide is there to help and guide you.
What is the role of a motherboard?
In its primary function, the motherboard is used to connect all the components , in order to make them work together (and make the PC work incidentally), whether it is the processor (CPU), the random access memory (RAM) , the graphics card (GPU), storage media (HDD / SSD ), power supply , or even the PC case .
How to choose your motherboard?
The first step in choosing the right motherboard is above all to see the compatibility of the processor via the socket . The socket is the square connector with pins, on which the CPU comes to rest, and although they may look alike between the different existing sockets, it is not so in terms of compatibility. Here is already a table to better identify you on the more or less recent sockets from AMD and Intel:
- AMD : On the AMD side, as you can see, there is therefore the AM4 socket , designed for the so-called “standard” Ryzen ranges, ranging from the 1000 series to the 5000 series (the 4000 series is not concerned because they are mobile chips). In parallel, we have the TR4 and sTRX4 which are made for the Threadripper, i.e. very high-end CPUs, intended for workstations dedicated to professionals.
- Intel : Intel has a slightly more troublesome history with sockets, as the company is known to change them a bit too often , especially compared to its competitor AMD. For the Intel Core 6000, 7000, 8000 and 9000 series, we are counting on a socket 1151. To succeed it via the 10000 series, the socket 1200 was designed. Finally, there is the socket 2066, intended for the Core X and XE, as well as Intel Xeon, intended for very powerful machines, such as workstations or servers.
In the suite of his choice, you have to look at the different chipsets that can go with the socket you need. Simply put, the chipset is an electronic circuit that is used to circulate data between components. Each chipset brings its particularities and its arguments, it is also advisable to always favor the most recent , in order to have a better capacity for evolution. We have entered you in a table, the list of the most recent and democratized:
|AMD||B350 / X370||Ryzen 1000 / 2000 series (Update)|
|B450 / X470||Ryzen 1000 / 2000 / 3000 (Update) / 4000 (Update) series|
|B550 / X570||Ryzen 1000 / 2000 / 3000 / 4000 series (Updated)|
|X399||Threadripper séries 1000 / 2000|
|TRX40||Threadripper series 3000|
|Intel||B365 / Z390||Intel 8000 / 9000 series|
|B460 / Z490||Intel 10000 series|
|X299||Intel series 7000X/XE / 8000X/XE / 9000X/XE / 10000X/XE|
- AMD : The AM4 socket is very practical, because as you will have seen, it allows the use of old chipsets (to a certain extent) with recent processors by performing a BIOS update. However, compatibility may not be as assured via the upcoming Ryzen 4000 series, but that’s not too much to worry about either, as at least the B450 and X470 have been announced as compatible. with. But the question you must ask yourself is why there are almost always two different chipsets for one or more CPU series? Generally, they make it possible to distinguish the high end (here represented by the X chipsets) from the rest, such as more USB 3.0 / 3.1 / 3.2 ports, more SATA ports, more RAM, more M.2 slots, more PCIe, the possibility of multi-GPU via SLI for example, better network connectivity, better overclocking, etc.
- Intel : On the Intel side, things are a little more restrictive compared to AMD, a BIOS update is not enough to make old or new processors compatible. On the other hand, there too Intel has a model with two types of chipset making the separation with the top of the range. But here, the differences are more present, as for example, the Z versions which are the only ones to overclock the CPU or to obtain higher frequencies of RAM in DDR4. Besides that, the more you go upmarket, the more capacity you have for USB, PCIe, SATA, etc. ports.
To suit different needs and case sizes, each motherboard has a standardized size format, which range from very large with a maximum of possibilities, to very compact which can still accommodate a lot of elements, but which will always be more limited. than larger models. Here are the most well-known standards, ranging from largest to smallest:
- E-ATX : One of the largest motherboard formats, made for very demanding users. The E-ATX allows for example to have two CPUs, to push the multi-GPU to its maximum, to offer as many ports and slots of all kinds as possible, etc.
- ATX : ATX is the format most widely used by the general public. It is supported by a very large part of the boxes available for sale. It is also the default choice, which satisfies as many people as possible with a good size / features ratio.
- MicroATX : A scaled down version of the ATX form factor , microATX is suitable for smaller towers, but sacrifices a few things, usually like PCI Express ports.
- Mini-ITX : The smallest democratized motherboard format to date. The mini-ITX is suitable for smaller towers made to take up less space or be easier to transport. Like the microATX, the problem is that this format offers a union minimum in terms of what it offers on it. But that does not prevent giving the necessary to mount a powerful machine.
It is therefore important to clearly define your needs at this level, as well as to check which sizes of motherboards your case can accommodate . The vast majority can support sizes smaller than the largest format that can be installed in the tower. For example, with a PC case that can accommodate an ATX motherboard, it is almost certain that support for MicroATX or Mini-ITX is possible.
On the other hand, if you opt for a mini-ITX with a compact case for gaming, make sure you have good airflow and good heat dissipation for the new RTX 3000 graphics cards from Nvidia or Big Navi from AMD. Moreover, one of the most economical solutions is to start with the micro-ATX format (generally cheaper than ATX and mini-ITX) with a medium-sized tower.
Once the essential choices have been made, either concerning the socket, the chipset, as well as the format, there are other important elements on a motherboard, on which it is necessary to linger, and especially the connectors included.
- Memory : On a motherboard, there will almost always be two or four ports dedicated to RAM, and sometimes even more. The RAM slots support only DDR4, as well as a maximum native frequency which depends on the motherboard, and which can easily be overclocked if the RAM can reach more. It’s best to get a motherboard with as many slots as possible, usually four, even if you only use two, in case you want to add more. It is also important to see the maximum capacity of RAM that can be supported, although the minimum today is often 64 GB, even on low-end models.
- PCI Express : This is the port used to connect your graphics card but also other types of cards (sound, network, acquisition, etc.). At a minimum, a PCI Express 3.0 16X slot is always provided on a motherboard, but the best is to choose one with at least one PCIe 4.0 slot (plus future proof) and that will greatly improve performance in the future of transfer data from new graphics cards.
- SATA : SATA ports are mainly used to connect internal hard drives, SSDs, or disk drives. The majority of motherboards have six SATA 3.0 ports , but it is always important to look at the number of connectors available, in order to adapt according to the elements you want to connect to it.
- USB : It is important to always have as many USB ports as possible, since this is often an underestimated point in relation to the needs. Try to leave at least on a motherboard with six USB ports on the back , just to be quiet, regardless of your use. Of course, also make sure to take it with the most recent connectors possible, at least USB 3.0, or even up to 3.2 in type A and C.
- Video connectors : This is the part that depends the most on the motherboard model. You can find HDMI, DisplayPort, DVI, VGA, etc. ports. These ports are only useful if you have a graphics chipset (the graphics part coming from the CPU) and no graphics card, or to use them with a secondary screen (although we strongly advise to connect all your screens to your GPU).
- Audio connectors : Motherboards often have five audio jacks, as well as an optical port. Most of the time, you will only need two main jacks or a USB port for the audio part, but if you want to connect more specific elements to it, such as 5.1 speakers , remember to check the presence of these audio connectors. You can find a selection of the best pc speakers to go with your config or according to the connectors of your motherboard.
How to know the reference of his motherboard?
To find out the model of your motherboard, open the command prompt by typing ” cmd ” in the search bar of the Windows Start menu, then once there, enter this command line (you can copy/paste it): “ wmic baseboard get product,Manufacturer,version,serialnumber ”. It allows you to display the manufacturer of your motherboard, the product reference, or the serial number. If the command lines scare you, rest assured, there is software giving you this information, as well as the reference of other parts of your PC, such as the Speccy software for example.
What is a motherboard VRM?
VRM stands for ” Voltage Regulator Module “, and it represents a power supply system based on capacitors, where on a motherboard, their role is to regulate the electrical voltage of the CPUs and GPUs . They weigh heavily in the price balance of motherboards, because the more there are and the better the VRMs, the more the system will be stable and well managed in terms of temperature. The importance of VRMs is particularly crucial in overclocking .
What are the best motherboard brands?
The references of quality motherboards with a good price, mainly revolve around three different major brands: MSI , Asus and Gigabyte . Obviously, this does not mean that the others are to be thrown away or forgotten, but the models offered by the brands mentioned just before are the most popular (rightly so), which makes it possible to have more compatibility with certain things, such as RGB control systems , or to have advice more easily, such as answers in the event of a problem.
Which motherboard is the fastest?
This is a difficult question to answer since it depends on what CPU you’re using, what software you’re running, and many other variables. However, Intel’s Z170 board has been the fastest for the last year or so when paired with Core i7 processors.
The motherboard determines how fast your computer will be and how much power it consumes. You’ll want to look for boards that support USB 3.1 if you want the best performance, but if your budget is tight then go straight to USB 3.
What is the most powerful motherboard right now?
Again, this is hard to answer. But, we can tell you what the most powerful motherboards available right now are.
Most Powerful Motherboard – ASUS Rampage V Edition 10
The most powerful motherboard to be released in 2016 is the ROG Rampage V Edition 10, or EVGA X99 Classified for most of us with slightly less deep pockets. It’s a $500 board which is pretty expensive but it contains Dual Core i7 processors and Quad Channel DDR4 memory which makes it one of the best boards out there.
Which motherboard is best for budget gaming?
If you want to get the most out of a $250 budget then make sure you get a motherboard that’s well equipped. The ASUS B350 Prime is one of the best motherboards on the market today and it comes in at around $200 which makes it a very good value if you’re looking for a motherboard to go with a Core i5 processor.
Which motherboard is better – mATX or ATX?
Some people are using mATX motherboards because they are smaller and require less power due to the smaller size. But, you’ll need to make sure that any PSU you use is powerful enough for the entire PC. Some ATX PSUs have a larger wattage rating than their mATX equivalents so try to keep your needs in mind.
What is the brand No 1 of motherboard?
This is hard to say because there are so many motherboard manufacturers out there. But, the top company in 2016 is probably ASUS with their Z270 Maximus Extreme and ROG Maximus X Hero.
What’s the best motherboard brand right now?
This is also difficult to answer because there are so many motherboard brands out there that it’s hard to choose a favourite. The most popular brand right now is probably ASUS as you’ll see.
- 1 Best High Performance Motherboards Under 150
- 2 Motherboard buying guide
- 3 Motherboard FAQ