(Last Updated On: July 20, 2022)
The choice of motherboards for Pentium G4560 processor, that is, with 1151 sockets, is quite broad, especially in the budget segment. However, the main thing here is not to overpay for extra PCI-e and PCI connectors and slots for RAM (you can take a motherboard of the microATX form factor) and do not overshoot in choosing a chipset.
A chipset is a set of microcircuits that make up a mat. All motherboards, without exception, are built on a specific chipset, which acts as a connecting bridge between the processor and various peripheral devices. The chipset dictates whether the motherboard supports the latest technologies.
Before purchasing your motherboard for a desktop PC, possibly professional, take the time to analyze your needs. You must be sure that the card will correspond to your uses and that the components, including the processor, must be compatible with your new motherboard.
All of these parameters will determine the best price, wattage, and format for your computer. We have compiled some of the best motherboards for g4560 in the article. We recommend that you have a look at them before continuing your journey.
An entry-level PC motherboard will be sufficient if your computer is used for word processing, Internet browsing, and mail consultation. You will only need to change a few parts of your PC – especially the processor.
In addition, you will be able to keep the RAM and the hard drive. All of this, of course, if these components are compatible with your new motherboard. Even if you use your motherboard for primary use, check that the motherboard offers the correct number of ports for your needs.
On the other hand, there is no specific motherboard for home cinema. The format is essential. Note that some boxes are dedicated to cinephile use and only use mini-ATX or micro-ATX.
Also, check that the motherboard you are thinking of buying tolerates your digital audio output. You will also need to have multiple SATA ports to install multiple hard drives and an optical drive. For this versatile use – office automation and home cinema – you should know the resistance to multimedia. The motherboard must accept photo and video editing.
The computer’s motherboard must support SLI or Crossfire, several identical graphics cards, work in Wi-Fi or Bluetooth, and have maximum connectivity. In addition, to withstand overheating, you need to ensure that this motherboard is equipped with fans and overclocking cards.
To choose the correct computer motherboard, you must primarily look at the possible compatibility. You will therefore have to check the compatibility of the socket and the chipset. This criterion has a lot to do with the price range, which is determined by several components:
The mini and micro formats, 170 x 170 mm – like the mini-ITX – are made for a mini-PC. Otherwise, choose a 244 x 244mm micro-ATX card. This format is compatible with the majority of sockets. You can build a gaming computer with it, although the product will be more suitable for office work and home theater.
Moreover, the ATX standard concerns all mainstream motherboards; they measure 305 x 244 mm. The ATX motherboard, which is the most popular format, is available at the entry-level and the top of the range for mid-and high-tower cases.
As for the large format E-ATX, which measures 305 x 272 mm. With this tool, you will be able to add a fourth PCI-Express port and several video cards.
Regarding memory be careful with your RAM or RAM modules. The memory of the rams is more potent than that of the disk. Nevertheless, it encounters compatibility issues. In the context of advanced use, check that your future memory card will consider all your modules.
Best Motherboard for g4560 (Comparison)
|Asus H110M-K||9.8 x 2 x 9 inches||1.54 Pounds||Check Price|
|MSI Z270-A PRO||12.8 x 11.3 x 2 inches||2 Pounds||Check Price|
|Gigabyte GA-Z170X-Gaming 7||14 x 11 x 4 inches||2.2 Pounds|
The H110M-K motherboard is based on the Intel H110 chipset, which allows it to take advantage of all the innovations related to this chipset, such as the presence of 4 native SATA Revision 3.0 ports and many USB 3.0 ports.
This Intel chipset also makes it possible to take advantage of an extended desktop on three screens, thanks to the presence within the processor of an Intel HD Graphics controller.
Compatible with DirectX 12, the Intel chipset allows you to take full advantage of the visual effects of Windows 10, read all the content of your media library without jerking, and play many games in good conditions.
ASUS LANGuard is a hardware protection system that employs signal-coupling technology and quality surface-mounted anti-surge capacitors to provide more stable connections and better throughput.
In addition, the exclusive design of this circuit incorporates voltage regulators to protect your chipset, network ports, and audio codecs from damage that an unstable or insufficient power source can cause.
Electricity is essential in computing, but it can also prove to be electronic components’ worst enemy. As a result, resettable fuses have been incorporated to deal with any overvoltage or short-circuit problem.
The rear panel connectors of the Q170M-C motherboard are made of stainless steel coated with chromium oxide, which prevents rust spots that could cause malfunction of ports, see the motherboard.
There is an advanced mode is available, allowing access to more detailed options and original functions, such as creating shortcuts or notes concerning your overclocking. To offer you even more precision in the management of the fans of your machine, Asus has updated its Fan Xpert 2 tool.
Moreover, whether you are looking for efficient ventilation or your priority is silence, Fan Xpert 2 offers you all the tools to better control your fans.
The auto Tuning mode identifies all the fans connected to your motherboard and then lets you identify them and configure them individually via a simple visual interface. Then, it is up to you to adjust the ventilation stages of your various fans so that they operate at the appropriate speed according to the temperature you deem optimal.
|Four native SATA Revision 3.0 ports||The back plate is flimsy|
|Fan Xpert 2 tool|
For those who seek silence above all, this motherboard has the static RPM mode that offers to stop fans above a certain temperature level. Of course, to configure all of this with ease, Fan Xpert 2 provides you with as much precise information as you need.
MSI Z270-A PRO is low-cost ATX motherboard designed for overclocking Skylak/KabyLake processors. MSI was the first to use reinforced PEG slots. A little later, other manufacturers also pulled up. The so-called “technology” Steel Armor is used even in budget solutions.
The Z270-A PRO has six expansion slots: two PCI Express x16 and 4 PCI Express x1. The PEG connector for the graphics adapter is removed from the socket. Therefore, the installation of an oversized processor cooler will not block it.
The motherboard is declared to support DDR4 BOOST technology. It is the presence of additional isolated tracks and the separation of each memory channel in its layer of textolite.
All this has a positive effect on overclocking the RAM and generally working with high-frequency modules. The list of supported Z270-A PRO memory modules is genuinely impressive.
The EZ Debug LED is located next to the DIMM slots. It demonstrates when the system is booted – initializing the processor, RAM, video card, or drive.
The board has six connectors for connecting fans at once. All are 4-pin. Both the number of revolutions per minute and voltage regulates the rotation. The rotational speed is linked either to the processor temperature or to the System sensor.
In addition, there are six SATA 3.0 ports are located in the usual place. The M.2 slot can accommodate drives up to 110mm in length. When using the drive-in SATA mode, the SATA1 port is disabled.
Z270-A PRO received D-Sub (via DP-VGA IT6516BFN converter), Display Port, and DVI-D. HDMI, as you can see, is not. Two ASMedia ASM1464 repeaters are responsible for powering the four USB 3.0 ports on the I/O panel.
The sound system is similar to that used in the ASRock Z270 Pro4. The assembly uses a Realtek ALC892 chip and four Nippon Chemi-Con capacitors. Like other boards, the PCB strip is highlighted during operation.
The BIOS has everything you need to overclock a processor at home, but you can see that many settings are disabled. Therefore, there is only one Load-Line Calibration level. In more expensive solutions, there are usually eight of them.
In addition, there are no processor power management algorithms such as Offset and Adaptive. The CPU Core Voltage parameter changes only explicitly. The minimum and maximum limits are indicated in the table above.
|Six expansion slots||Only one Load-Line Calibration level|
|Two cooling heatsinks|
Z270-A PRO is the only motherboard equipped with two cooling heatsinks at once. It uses a screw that is more efficient in fixing. The power supply circuit has six phases. Responsible for load sharing is the RT3606BC PWM controller from Richtek. In addition, there are NIKOS PK6328A and PK616BA Mosfets under the radiators.
Gigabyte GA-Z170X-Gaming 7 motherboard of the G1 Gaming family is made within the ATX format with 305 × 244 mm. The power unit of the board has an 11-channel circuit.
To control the parameters of the stabilizer, and Intersil ISL95856 controller is used. The VRM elements are additionally cooled using a pair of heat sinks interconnected by a heat pipe.
The PCB is black with a matte finish. The exterior design of the device is extraordinary. Some of the elements are also made in black.
At the same time, the area of the interface panel and the area of the audio subsystem is covered with a milky-white plastic casing. Bright red expansion slots and connectors for memory modules add contrast to the exterior of the model.
The board has four slots for memory modules. Intel Skylake family processors support DDR3L and DDR4 standards. Of course, high-end motherboards provide slots exclusively for DDR4 brackets. There are six expansion slots on the board.
These are three full-size PCI Express x16 and the same number of compact PCI Express x1. ATX motherboards are nominally capable of carrying seven connectors onboard.
All three PCI Express x16 slots are reinforced with a metal frame to withstand heavy loads when installing massive graphics cards. At the very least, such “armor” is appropriate to complement the external décor of the device.
There are five 4-pin connectors on the board for connecting a fan. Two of them are nominally allocated for the processor cooling system, three more – for creating climatic conditions inside the system unit.
In the upper right corner, there is a sizeable backlit power key. It is also an indicator of the supply of standby voltage from the power supply. Nearby are close buttons for rebooting the system and clearing the CMOS memory.
The segment LED an indicator is a valuable tool for diagnosing possible problems at system startups. The miniature two-character display is easy to read, simultaneously being an additional source of illumination.
This area also contains additional ECO and OC keys. The first includes mechanisms for saving energy; the second is designed for overclocking the processor using a predefined profile.
At the top edge of the board, next to the slots for memory modules, there is a line of contact pads to measure various nodes’ voltages using a multimeter—another nod to users who are seriously keen on overclocking.
|11-channel circuit||Distance between onboard buttons|
|Segment LED indicator|
|Intersil ISL95856 controller|
The board is, of course, equipped with a couple of microcircuits with firmware. The manufacturer strictly follows the Dual BIOS principle. There is an additional toggle switch on the PCB that enables and disables the BIOS duplication mode.
Perhaps, in this case, it would be more beneficial to switch from one microcircuit to another manually, but the developers thought otherwise.
Several parts of the motherboard can cause compatibility problems with existing computer components. First, it is the case with the processor socket. Second, it is the location of the processor, the focal point of your machine. This unit, which operates calculations, can pose compatibility problems.
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