[ Gearbest Technology News]On May 12, foreign media published an article saying that Intel plans to reintroduce packaged memory in future notebook computer chips, and related solutions are expected to be used in Razor Lake-AX. This means that after Lunar Lake, Razor Lake-AX may become the only architecture in Intel's subsequent product lines that continues to use this design idea.
Razor Lake-AX
Judging from the available information, the so-called packaged memory refers to packaging the memory and processor into a more compact system, rather than using the traditional replaceable independent memory solution. This type of design usually helps shorten the signal transmission path and brings certain advantages in power consumption, space utilization, and internal layout of thin and light devices, so it is more suitable for highly integrated notebook platforms.
The key point of this rumor is that Intel is not preparing to fully restore this solution on all subsequent mobile platforms, but only adopt it on Razor Lake-AX. If this news is true, it means that Intel may make differentiated arrangements for memory packaging methods based on different product positioning. In other words, packaged memory may not become a universal standard for notebook chips in the future, but is more like a choice for specific architectures and specific device forms.
Intel processor
Currently, no further details have been disclosed regarding the release time, specific specifications and supporting platform information of Razor Lake-AX. Intel has not made an official statement on this rumor. Therefore, whether packaged memory will finally return, its scale and scope of application after the return still need to be confirmed by more news in the future.
GearbestTechnology noticed that Lunar Lake has been closely related to the direction of high-integration design, so the outside world continues to pay attention to whether Intel will continue similar ideas. This new revelation shows that Intel may take a more cautious route in its memory design strategy for future notebook chips.
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