i5 750 with what motherboard has the potential to upgrade, what motherboard is best to use

The landlord likes to bring the display on Gigabyte GA-H55M-UD3H, if you like P55, Gigabyte GA-P55A-UD3R, these two boards are not very expensive, but the performance is indeed leveraged, Intel's platform seeks stability and performance at the same time, Gigabyte's board adheres to the characteristics of stability first, strong performance.

There is not much potential for a high-end processor like this to be upgraded in the future. The Intel Core i5 750 high-end quad-in-4 thread processor with an LGA 1156 interface can only be used with Intel 55 series (57 series) chipset motherboards at this time. If you upgrade the processor, according to the current situation, you can only upgrade to the Intel Core i7 8 series high-end quad-core eight-thread processor, because its interface is LGA 1156.

Even the Intel Core i7 9 series high-end quad-core eight-thread processor or six-core twelve-thread processor cannot be used, because its interface is LGA 1366, which can only be used with Intel X58 high-end chipset motherboards. If you want to upgrade to the newly released Intel Sandy Bridge processor, it is also unlikely, because the interface is LGA 1155, which is used with Intel 66 series (67 series) chipset motherboards.

The 12th generation Core CPU needs to be paired with Intel's sixth-generation motherboard, the high-end is Z690, and the low-end is H670, B660, and H610.

This motherboard uses the LGA1151 interface, so as long as the CPU that supports this interface can be used, B250M is a motherboard designed for MATX small form factor, which can be matched with Pentium G4560, G4600, i37100, i57400, i57500, i77700 and other CPUs.

How it works. Underneath the circuit board, there is a patchwork of circuit wiring; Above, there is a clear division of labor between the individual components: sockets, chips, resistors, capacitors, etc.

When the host is powered on, the current will pass through the CPU, north-south bridge chip, memory slot, AGP slot, PCI slot, IDE interface, and serial, parallel, and PS 2 ports on the edge of the motherboard.

Subsequently, the motherboard will identify the hardware based on the BIOS (Basic Input and Output System) and enter the operating system to perform the functions that support the operation of the system platform.

The most suitable is the first-line brand ASUS Gigabyte B250 motherboard. Small plates are fine. Generally**700 or so.

Gigabyte B250M-D3H Motherboard (Intel B250 LGA 1151).

ASUS Prime B250M-Plus Motherboard (Intel B250 LGA 1151).

Theoretically, you want to go to the B250 board, and the actual B150 and H110 can also be used, but some may have to brush the BIOS, B250 and B150** are not too big, but H110 is cheaper, depending on personal needs, but I think I bought 7500, then it's better to go to 250.

Nothing to do.

It's just that the frequency is slightly higher, and of course the motherboard is higher. Requires a 200 series motherboard.

1. The seventh-generation i5 installed hot-selection processor is positioned in the mid-range and has outstanding performance, which can play all kinds of stand-alone machines and online games.

2. Intel Core i57500 processor is compatible with the above motherboards, including H110 B150 Z170 and H210 B250 Z270 motherboards. However, given that the i5-7500 is positioned in the mid-range and does not support overclocking, the best match is recommended for the B250 B150 motherboard.

The Intel i5-7500 is paired with a 200-series chipset motherboard with socket type LGA 1151.

Intel's 200 series chipset includes a total of three chips, Z270, H270 and B250, which will replace the current Z170, H170 and B150 chipsets respectively, and the lowest-end H110 chipset will be retained.

200 series motherboard, is currently the best compatible with i5-7500, Intel Core i5-7500 processor is a quad-core four-threaded gaming processor, this processor defaults to the main frequency, can be dynamically accelerated to.

Intel Core i5 7500 Specifications:

The biggest upgrade of the 200 series motherboard should be the increase in the total number of PCI-E channels, this improvement is specially prepared for storage devices to a certain extent, and storage devices are becoming more and more popular, the number of PCI-E channels before is a bit tight, after deducting the 16 channels occupied by the graphics card, there are now 8 channels left to have a little more space for users to match hard disk equipment.

The memory frequency has been slightly increased, which is basically equivalent to the effect of DDR3 upgrading from 1333 to 1600, and after the technology matures, it can be increased to a relatively higher frequency to provide better performance. Of course, the overclocking ability of the memory does not stop there, and the memory will run stably at a frequency of 3600MHz in the test, and the higher frequency memory will be seen in the later frequency.

The most quintessential upgrade of the 200 series motherboards is this flash technology, which uses high read and write speeds to improve the efficiency of hard drives.

The i5-7500 processor is best paired with the B250 motherboard. Of course, it is also compatible with H210 and Z270 motherboards, but H210 is too low-end, while Z270** is more expensive, supports overclocking and positioning high-end, given that the i5 7500 processor does not support overclocking, it will be a bit wasteful with Z270 motherboards, so the best match is still the mainstream level B250 motherboard.

The CPU is paired with the motherboard, which is mainly determined by the interface. Intel's seventh-generation i5-7500 processor is an upgraded version of the sixth-generation i5-6500, and the CPU slot remains the same, and it is still the LGA 1151 interface, which means that the 100 series motherboards can also be compatible with the seventh-generation CPU. The seventh-generation i5-7500 processor corresponds to the next generation of 200 series motherboards, including the entry-level H210, the mainstream-class B250, and the recommended Z270 for high-end overclockers.

LGA 1151 interface motherboards: H110, B150, Z170; New generation H210, B250, Z270.

The CPU is paired with the motherboard, which is mainly determined by the interface. Intel's 7th generation i5 7500 processor is an upgraded version of the 6th generation i5-6500, the CPU socket remains the same, it is still the LGA 1151 interface, and the 100 series motherboard is also compatible with the 7th generation CPU.

At present, the i5-7500 processor is best paired with the B250 motherboard. Of course, it is also compatible with H210 and Z270 motherboards, but H210 is too low-end, while Z270** is more expensive, supports overclocking and positioning high-end, given that the i5 7500 processor does not support overclocking, it will be a bit wasteful with Z270 motherboards, so the best match is still the mainstream level B250 motherboard.

The i5-7500 is best equipped with a B250M motherboard

Although the 100 series B150 motherboard is also compatible with the i5-7500, it still needs to be flashed BIOS, while the 200 series motherboard has a bonus to the number of PCI-E channels, and also supports Intel Optance technology, which reserves enough space for future upgrades, so on the whole, the best choice for the motherboard with the i5-7500 is the B250 series.

Look at the budget, the sixth-generation B150 The seventh-generation B250 motherboard is all in the line. ASUS Gigabyte is such a first-line brand.

B150 around 500. 250 or so for the B600. Personally, I recommend the B250, which belongs to the latest model.

The most suitable is the first-line brand ASUS Gigabyte B250 motherboard. Small plates are fine. Generally**700 or so.

Gigabyte B250M-D3H Motherboard (Intel B250 LGA 1151).

ASUS Prime B250M-Plus Motherboard (Intel B250 LGA 1151).

1. General B150, H170, B250, and H270 can all be supported, but B150 and H170 need to refresh the BIOS to support it.

2. Therefore, B250 is basically chosen, such as: MSI-B250M Mortar, ASUS Prime B250M-Plus, ASRock B250M Pro4, B250M-HDV

This is the seventh-generation U, and you can use the corresponding B250 series.

The budget of about 3000 is basically 750ti 1050 right now

1060 Graphics CardSingle Graphics CardJD Minimum 6G 2499 3G 2100 You don't have enough budget.

It is recommended to use the core graphics card first, and then buy the graphics card after the mining disaster.

A 750ti or 1050 graphics card is fine.

Content expansion: 1. The full name of the graphics card is the display interface card (video card, graphics card), also known as the display adapter (video adapter), and the display configuration card is referred to as the graphics card, which is one of the most basic components of the personal computer.

2. The purpose of the graphics card is to convert and drive the display information required by the computer system, and provide a line scan signal to the display to control the correct display of the display.

3. As an important part of the computer host, the graphics card undertakes the task of outputting and displaying graphics, which is very important for people engaged in professional graphic design. The leading manufacturers of graphics chips for civilian graphics cards include AMD (Supermicro Semiconductor) and NVIDIA (Nvidia).

The GTX1060 6G is the best, and the CPU and graphics card performance can be maximized.

I'll give you a few options.

Since it is a 7th generation processor.

H110 and B150

Some require an updated BIOS

ASUS H110M-K

No need to flash the BIOS

You can go straight on.

Seven generations of u** in.

Around 330.

I used a board with a low of December 16 and do not need to brush the bios) Colorful H110M-VH

Need to flash the bios

You can find a store to help you brush directly.

**Around 270.

ASUS B150M-K

See the warehouse time as above.

Some require flashing BIOS

Some don't need to.

**Around 400.

ASUS B250M-K

You can go directly to the 7th generation U

**Around 500.

i57500 and the previous generation i5

The 6500 uses the same interface, so the motherboard has not changed, and it is still a motherboard that can use Z170 or B150M, where B150M belongs to the mid-range small motherboard, and then Z170 belongs to the game large motherboard. Gigabyte.

z170x-gaming

3 PC Gaming Motherboard DDR4 Big Board This Gigabyte Z170

Belongs to LGA1151 high-end gaming enthusiast motherboard**1200 yuan, faster performance than B150M motherboard, faster overclocking, both sound card and network card are equipped with very good, faster network speed, better sound quality. **: 1200 yuan Gigabyte.

b150m-hd3

DDR4 Gaming Computer's New Solid-State MotherboardThis GIGABYTE B150M is also a gaming motherboard, of course, it is much lower than the above one, but overall it is not bad. The all-solid-state capacitor used is not very suitable for overclocking, no problem with a small super, a little inappropriate for over-over, the performance is average, and the sound card network card is also average. B250 can also be, B250 is an upgraded version of B150 to put it bluntly, but in fact, it has not been upgraded anything.

It's just a change in the vest, and the performance is improved by about 5%-10%.

Gigabyte B250M-DS3H

**: 650 RMB.

Actually the performance and the one above.

Gigabyte B150M

The performance of the HD3 is about the same, and there is no difference in actual use. The Z270 has upgraded the read and write capabilities of the memory and hard disk, making the hard disk and memory faster and the read and write speed faster. Now that the memory module has improved, the overclocking performance has naturally improved, and the overclocking is faster, stronger, with lower TDP and lower voltage.

The Z270 is better, but the Z270 motherboard is of course equipped with an i7

The 7700k is used for overclocking, so I didn't give you the z270 above if you plan to change to i7

7700k, then decisive z270If you can't overclock, then it's better to buy the B150, as soon as the B250 comes out, the B150 starts to drop in price. So the B150 has the same performance, ** cheaper.