Because the computer needs to obtain an IP address when it starts, it will be slower.
This problem is caused by the IP address of your network card being set to automatically obtain an IP address. Since many current network connections are in pppoe mode, the dial-up network will only obtain the IP address after successful dial-up using a broadband connection.
Hello, this is because the IP is not set. Just set the ip. Modify the IP settings to static settings to prevent the computer from starting slowly. After the IP lease expires, the IP cannot be configured and the network is disconnected.
Set "Local Connection" and fix the IP. The reason why Windows XP is slow to start up is because by default, Windows XP will perform self-checks on network devices such as network cards when starting. If it is found that the IP address of the network card is not configured properly, it will Set it up, this could be the real cause of slow system startup.
If you cannot enter the system, you can go to the system selection after booting and press f8 to select the last known correct configuration (which can solve errors caused by incorrect driver installation) and the safe mode with network connection (after entering, there is Network, use 360 software to remove it), it may be able to be repaired.
Simplify it in the BIOS, turn off the optical drive detection and floppy drive detection, turn off the redundant SATAIDE hard drive, close the LOGO screen, turn on the fast memory detection, if it is still slow, it is an inherent problem with the board, just accept your fate.
For the CPU, both 8-pin and 4-pin power supplies can work. The key depends on the power consumption of the CPU.
Yes, the CPU power supply interface generally has 4 PINs, which can fully satisfy the mainboard CPU power supply. It can still be used if only one 4 PIN plug is inserted. As shown in Figure 2, only connecting 4 pins can also provide power to the corresponding CPU. As long as there is a display when turning on the computer, it means that there is no problem with the power supply.
It can be used, but the power supply is not as high as 8pin. It depends on the CPU. If the CPU tdp is very high or overclocked, it may not light up or be unstable. Look at the anti-fool plug. The shape of the pin is different. Check the shape. Just plug it in. Other questions: If there is no problem, it will be fine. As long as the 12V power supply has enough power, it's no problem.
You are mistaken. The 8-pin plug that powers the CPU can be split into two 4-pin plugs. The 8pin plug that supplies power to the graphics card can be split into 6 2pin styles, so it fits the bill. If the power supply does not have a suitable plug, you can use a converter.
Power consumption is very limited, so as long as the CPU power supply socket is connected to the main 4pin power supply, it is enough to ensure power supply to the CPU. The 8-pin power supply is 150w. In theory, a single 4-pin can support a maximum of 130w processor. If you overclock the processor, the power may exceed 200w, and not matching the 8-pin will cause overclocking failure.
Can. The 4-pin CPU power supply is completely sufficient for the CPU. Designed with 8 pins, it can provide more sufficient power to the CPU, which is useful for overclocking and so on. Normally, it's no problem to use 4-pin power supply.
Question 2: Which motherboard is better, MSI or Gigabyte? Thank you. The two brands are evenly matched. In terms of market share, Gigabyte's shipments are larger than MSI's, and Gigabyte's marketing is quite impressive. In terms of product workmanship and after-sales service, they are almost the same. There are slight differences in specifications, but it has no impact. In terms of R&D capabilities, ASUS is the strongest.
good. In terms of materials. Tanggula badminton racket uses ASL H610M motherboard. The surface of the motherboard has a rainbow-like texture and is equipped with "PECVD" protection technology, which ensures reliable quality. Price wise. The ASL H610M motherboard is affordable and cost-effective, making it a very good product.
When choosing an MSI or Gigabyte motherboard, you should evaluate it based on your personal needs and budget. MSI motherboards are generally known for their high performance, reliability, and excellent cooling, making them suitable for gaming and high-performance computing. GIGABYTE motherboards focus on stability and scalability, and are suitable for users who need more expansion options and stability.
Do you want to ask "What should I do if the voltage of Gigabyte b660 is too high?" First, make sure your BIOS is the latest version. Secondly, manually adjust the voltage value through the BIOS menu. Finally, replace the power supply and choose a higher quality power supply to ensure that the system can operate properly.
You can also use energy-saving or cooling software to reduce the CPU voltage (search on Baidu). Note: CPU voltage adjustment can only be performed within the allowable value range! High CPU voltage can enhance performance, but too high a voltage is a major threat to the CPU; low voltage can save energy, but too low a voltage will affect the stability of the system. So the height must be appropriate.
Enter BIOS settings. Press the DEL key or F2 key when booting to enter the BIOS setup interface. Find the CPU voltage compensation option. In the BIOS setup interface, find the AdvancedVoltageSettings (Advanced Voltage Settings) or AdvancedCPUCoreSettings (Advanced CPU Core Settings) option and enter this option.
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