GIGABYTE B85 motherboards seem to support overclocking

is able to overclock drops; Able to support Intel's latest Anniversary Edition Pentium processors.

Overclocking (G3258) In addition to supporting G3258, Intel Core.

Haswell K-series and Haswell Refresh K-series processors are also available on non-Z-series chipsets.

Overclocking on the motherboard. Overclocking is now possible via the BIOS of GIGABYTE H97, H87, B85 and H81 series motherboards. The combination of B85+i5 4670K is also a possibility.

If you want to choose an ASUS motherboard to build a computer, you will have the option of choosing a non-Z-series chipset motherboard with an overclockable CPU to further improve the cost performance!

I saw the news that the Gigabyte motherboard overclocking BIOS that "secretly" leaked this time is said to be only a beta version of the BIOS. But judging from the revelations, there is no problem in ensuring that the G3258 is overclocked. There is a screenshot of the ADIA64 half-hour copy as evidence, and the models supported by the BIOS are as follows (you need to pay attention to the version number of the motherboard):

b85m-d2v, b85m-d3h, b85m-d3v, b85m-ds3h, b85m-hd3, h6, h81m-ds2, h81m-s1, h81m-s2pv, h97-d3h, h97m-d3h 。Both can support overclocking.

GIGABYTE individual B85 motherboard updates BIOS have an over-multiplier option that can be super-banded with the K-series.

Yes, I see it, no problem.

<> demo model: ASUS Tianxuan 2 system version: win10

The B85 motherboard uses the B85 chipset, which supports all 1150-pin CPUs, but cannot be overclocked. The CPUs with 1150 pins are: Celeron G1820, G1840; Besturn G3220, G3240, G3260; i
；i k et al.

Combine this case.

a. Conditions required for memory overclocking:

1. Motherboard support is required.

2. CPU support is required.

B. GIGABYTE B85 HD3 motherboards do not support memory overclocking.

Some of the computer's hardware (CPU, RAM, discrete graphics card, etc.) has overclocking capabilities.

But why the manufacturer does not recommend users to turn on the overclocking function.

And because the human damage caused by overclocking is not within the scope of after-sales.

So why do manufacturers still produce hardware with overclocking?

The reason is simple: users or players are divided into ordinary users and professional users from the perspective of use.

The amount of overclocking for each piece of hardware is a variable, not quantitative.

The use of overclocking is not as simple as turning on the overclocking frequency to the maximum value of the hardware.

Different categories, specifications, models, etc. of hardware when overclocking:

1. Adjust the specific value of overclocking according to different categories, specifications, and models of hardware (some software needs 8 to be enough, adjust to 10, and the extra 2 values are wasted, which is not good for performance and life in the long run.) Less is not enough).

2. Adjust the specific value of overclocking according to the different operating environments of the software (win xp and win7 have different requirements for the same software and hardware).

3. The same software transforms different hardware, and new adjustments need to be made to adjust the specific value of overclocking; The same hardware transforms different software, and the specific value of adjusting the overclocking needs to be adjusted again.

4. The implementation of the memory overclocking function also depends on the maximum value that the CPU can identify, if the frequency of the memory exceeds the maximum value allowed by the CPU, even if it is installed, the CPU will be automatically declocked.

5. The frequency of the memory is also restricted by the motherboard.

There are so many factors that affect the value of overclocking (as long as there is a change in important hardware and software, the value of overclocking needs to be changed accordingly), and people who do not have professional knowledge can simply turn on the frequency to the maximum value is equal to the value of the overclocking. (Can a person live long if they are overloaded every minute and every second?) ）

To sum up, manufacturers develop hardware with overclocking functions for professional users with professional backgrounds.

It is recommended that non-professional users who want to pursue better operation results can upgrade or buy a higher-end one when they have enough RMB. (e.g. i5 for i7, GTX960 for GTX980, etc.).

Generally speaking, unlocked K-series processors must be paired with a noble Z-series motherboard to be overclocked. However, this situation has changed this year, and now ASUS, GIGABYTE, MSI and other manufacturers have released overclocking BIOS for B85 motherboards, and users only need to upgrade the BIOS for free to turn on the overclocking option of K-series processors on these motherboards. However, the B85 motherboard is a B85 motherboard after all, and the workmanship of the materials is placed there after all, so the B85 motherboard will not have the power supply design like Z87, and the overclocking will not be too large.

The main difference between the chipset performance parameters of the Z87 motherboard and the B85 motherboard is that the Z87 supports overclocking, supports SLI or CF, supports RAID, and has rich interfaces, while B85 does not support overclocking, does not support CF or SLI, does not support RAID, and has fewer interfaces. The difference in the manufacturer's products is mainly in the materials and **, Z87 is rich in workmanship, and the power supply design is more suitable for overclocking, while B85 is the opposite.

The motherboard recommends the ASUS B85M-G, in addition to using 100% high-quality all-solid-state capacitors, 4 memory interfaces, and more importantly, it can be overclocked slightly by upgrading the official BIOS.

However, it is recommended that it is best if it is not bad for money.