Chipset: The chipset is the soul of the motherboard and it determines what the motherboard can support. The common chipsets currently on the market include Intel, VIA, SiS, Ali, AMD, and several other companies. Among them, Intel's mainstream products are 440BX, i820, i815/815E and so on. VIA company mainly has VIA Apollo Pro 133/133A, KT 133 and other chipsets. SiS is mainly a SiS 630 chipset. Ali mainly has the Ali Aladdin TNT2 chipset, and AMD has the AMD 750 chipset. Among them, in addition to Intel's i820, i815/815E chipset, all chipsets are composed of two chips: the one near the CPU is called the North Bridge chip, is mainly responsible for controlling the CPU, memory and display functions; close to the PCI slot The one called South Bridge is mainly responsible for controlling input and output (such as support for hard disk UDMA/66/200 mode), soft sound and so on. Intel's i820, i815/815E chipset uses a new architecture consisting of three chips. They are MCH (memory controller hub), ICH (I/O controller hub), and FWH (Fireware hub). Since the new chipset uses a dedicated bus (commonly referred to as an Accelrated Hub Architecture (AHA, Accelrated hub Architecture)) to connect devices on the motherboard, rather than using the PCI bus for data transmission as it was originally, there is a large amount of time when working with multiple devices. Increased effectiveness.
CPU interface: Since the mainstream CPUs in the market are mostly products of Intel and AMD, Socket 370 (supporting Intel's new Celeron and coppermine "copper mine" processors) and Slot 1 (supporting Intel) are common on motherboards. Celeron and the old PIII processor can also be used with Socket 370 processors with riser cards, Slot A (supports AMD Athlon processors), and Socket A (supports AMD's new Athlon and Duron processors). There is no universal interface between different interfaces (only SLOT 1 interfaces can add riser cards to support Socket 370 processors). Everyone should recognize it when they buy it.
New practical technology:
a, soft jumper technology: the so-called jumper, is a set of on-off switches, through the different combinations of on and off, to achieve the purpose of adjusting the CPU frequency or to achieve some other functions (such as adjusting the voltage). Previous jumpers generally consist of a set of metal pins or finger switches. Since the emergence of Softmenu, Abit's classic soft jumper technology, many manufacturers have also added this function, that is, they can directly set the CPU frequency and voltage in the BIOS. However, because viruses such as CIH and other viruses were severely damaged by the virus some time ago, some companies still retain hard jumpers (such as DIP switches) and other functions.
b. New BIOS upgrade technology: Previous BIOS upgrades were considered "master" patents. Therefore, it has certain risks, so ordinary users dare not easily get involved. However, some vendors have developed special BIOS upgrades that will make the BIOS upgrade no longer as dangerous and mysterious as it used to be. For example, MSI's new 815 motherboard can be directly upgraded on the Internet. As long as you connect to the network , the system will automatically detect your BIOS version. If you find that your product has a new BIOS file, it will be automatically downloaded and updated. Reduce the user's operation. Make the BIOS simpler.
c, energy-saving features: The current energy-saving features are mainly STD and STR. STD (Suspend to Disk).
CPU interface: Since the mainstream CPUs in the market are mostly products of Intel and AMD, Socket 370 (supporting Intel's new Celeron and coppermine "copper mine" processors) and Slot 1 (supporting Intel) are common on motherboards. Celeron and the old PIII processor can also be used with Socket 370 processors with riser cards, Slot A (supports AMD Athlon processors), and Socket A (supports AMD's new Athlon and Duron processors). There is no universal interface between different interfaces (only SLOT 1 interfaces can add riser cards to support Socket 370 processors). Everyone should recognize it when they buy it.
New practical technology:
a, soft jumper technology: the so-called jumper, is a set of on-off switches, through the different combinations of on and off, to achieve the purpose of adjusting the CPU frequency or to achieve some other functions (such as adjusting the voltage). Previous jumpers generally consist of a set of metal pins or finger switches. Since the emergence of Softmenu, Abit's classic soft jumper technology, many manufacturers have also added this function, that is, they can directly set the CPU frequency and voltage in the BIOS. However, because viruses such as CIH and other viruses were severely damaged by the virus some time ago, some companies still retain hard jumpers (such as DIP switches) and other functions.
b. New BIOS upgrade technology: Previous BIOS upgrades were considered "master" patents. Therefore, it has certain risks, so ordinary users dare not easily get involved. However, some vendors have developed special BIOS upgrades that will make the BIOS upgrade no longer as dangerous and mysterious as it used to be. For example, MSI's new 815 motherboard can be directly upgraded on the Internet. As long as you connect to the network , the system will automatically detect your BIOS version. If you find that your product has a new BIOS file, it will be automatically downloaded and updated. Reduce the user's operation. Make the BIOS simpler.
c, energy-saving features: The current energy-saving features are mainly STD and STR. STD (Suspend to Disk).
Outdoor Fibre Termination Box,Fiber Optic Distribution Cabinet,Wall Mount Fiber Distribution Box,Distribution Box Fiber Optic
Ningbo Fengwei Communication Technology Co., Ltd , https://www.fengweifiberoptic.com