SK hynix To Integrate Computing & Caching Functionalities With Next-Gen HBM4E Memory
SK hynix looks to take the HBM industry to a new level, as the firm plans to integrate additional functionalities in its next-gen HBM4E memory.
SK hynix's Idea Of Merging Semiconductor & HBM Into A Single Package Is Still Relevant, As The Firm Plans To Move One Step Ahead With HBM4E
With the competition in the HBM markets being more fierce than ever, it seems like the Korean manufacturer has found a way to stand out among others, and they plan on doing so by introducing an HBM type that can allow multiple functionalities such as computing, cache, and network memory. Since this is a concept for now, SK hynix has started to secure semiconductor design IPs to fulfill its purpose.
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Korean media, ET News, reports that while details regarding the process are still slim, it is known for a fact that SK hynix plans on setting the foundation for a multi-use HBM through its upcoming HBM4 architecture, as the Korean giant will integrate a memory controller onboard, and with that, the firm plans on bringing the new computing options with its 7th-generation HBM4E memory. SK hynix will position the memory controller at the base die of its HBM structure, which will increase power efficiency and signal transmission speed.
In terms of how big the added functionalities will have an impact on the computing markets, we are not certain yet, however, it will surely enhance the performance since this method deviates from the industry's traditional practices, where HBM and semiconductors were dealt with differently. However, through SK hynix's technique, the package would be a single unit, which would not only ensure quicker transfer speeds since the structure gaps would be reduced massively, and that would also result in higher power efficiencies.
SK hynix looks to proceed fast with its next-gen HBM concept, as the firm has already allied with
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