triple channel memory motherboard

In the DIY machine, memory is one of the necessary hardware, but in the selection of memory, in addition to looking at the capacity also need to see the frequency. But not all motherboards support high-frequency memory, how to see the motherboard support memory frequency It?

) Manufacturer:serial number:bzacskz001 Asset tag:ram84 part number:mt9htf6472fy-53ea2 Handle 0x001b, DMI type MB, b Ytes. Memory Device Array handle:0x0013 Error information handle:not provided total width:72 bits Data width:64 bits Size:2 048 MB "Slot 4 has 1 2GB of memory" Form Factor:dimm set:none locator:dimm30 Bank locator:bank type:other Type detail:other Speed: 667 MHZ (1.5 ns) manufacturer:serial n

Description Because of all the original, we may need to look at the Linux Server board model, CPU model, memory size, the number of memory lines. Because the server uses a RAID card, the usual view of the hard drive information can not be used, to be added back later! View Motherboard model The code is as follows Copy Code # Dmideco

setup, which is actually two bank But the bank concept here is different from the bank mentioned in the previous analysis of the internal structure of the chip. To put it simply, the bank is the channel between the memory and the North Bridge chip on the motherboard for exchanging data, now, for example, SDRAM system, the interface between CPU and

800MHZFSBPENTIUM4 processor. And for the AXXATHLONXP platform, its processor and North Bridge chip data transmission technology using DDR (DOUBLEDATARATE, double data transmission) technology, FSB is FSB twice times, its demand for memory bandwidth is much lower than the Intel PENTIUM4 platform, its FSB 266, 333, 400MHz, bus bandwidth is 2.1gb/sec,2.7gb/sec and 3.2gb/sec, the use of single channel DDR266,

Analysis of Channel/rank/bank in memoryRecently in the network card to see some of the underlying drivers, the memory bank , these terms to get around rank , the Internet to channel memory Check some information, said not comprehensive. Here, let's take a step-by-step solution to m