[more backwards go? It is reported that Intel will change the H310 of 14nm process back to 22nm process production. Intel introduced eight generations of Core processors last year. The CPU has upgraded its six-core and 12-thread architecture. However, the chipset has been hard-wired on the Z370 chipset. Z270's vest, but until the appearance of B360/H310/H370 mainstream chipset, the last eight generations of processors can only choose Z370. Now more optional, entry-level can choose H310, but the latest news shows that the H310 chipset suddenly out of stock, to resume supply in July.
Intel 300 Series Motherboard Specific Models and Specifications
Digitimes just broke the news that the H310 chipset has experienced a shortage of supply in less than a month after its release in April. Motherboard makers reported that Intel’s 14nm capacity was insufficient to meet the needs of entry-level desktop CPUs.
The H310 was originally a chipset that was widely used by motherboard makers. After all, the low-end product shipments were huge. But now this change has forced them to choose B360 as their main force, but the cost of the latter is higher.
The out-of-stock condition of the H310 chipset is expected to be eased in July.
As to why this happened, motherboard makers believe that Intel may change the H310 of the 14nm process back to the 22nm process. After all, Intel announced that the 10nm process was postponed again. Then the 14nm process will continue to be the main force, and the low-end chip. The group's occupation of 14nm production capacity is somewhat extravagant, so there has been such an outflow.
However, Intel’s plan to use the 14nm process for the H310 remains unchanged.
300 chipset
For this issue, many people may not be aware of the changes. In fact, although the Z370 chipset is positioned higher, it is originally a Z370 chipset and belongs to the Kaby Lake PCH-H series. The real 300-series chipset is Cannonlake PCH-. The H chipset series can support next-generation processors, and the process technology has been upgraded from 22nm to 14nm. This year, Intel has for the first time raised the chipset process to the same level as the processor technology.
Although the H310 is lower than the Z370, the technology is actually more advanced
For Intel's rumors that the H310 chipset process technology will be changed back to 22nm, individuals are actually more inclined to agree with Intel's claims, although the chipset is much simpler than the CPU, but originally for the 14nm process R & D and then changed back to 22nm process, so toss is not necessarily What is the benefit, not to mention only an entry-level chipset, so now out of stock may have encountered other problems.
To take a step back, even if the H310 is really returned to the 22nm process, it will have little impact on consumers. The specifications will not change. Theoretically, the power consumption will increase. However, the current chipset's TDP is 6W, 22nm Z370 and 14nm. This is true of the H310, and no changes can be seen in the indicators.
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