Samsung Foundry and ARM have announced a partnership to build chipsets based on the Cortex-A76 core at a 7nm LPP process and later moving to 5nm LPE. These chips will have CPU clock speeds beyond 3 GHz.
The initial production run for the 7nm chips is slated for the second half of 2018. Meanwhile, development of the first Extreme Ultra Violet (EUV) lithography process is under way and should be done by the first half of 2019. This will enable 5nm chips that will be smaller and more power efficient than their 7nm counterparts.
ARM claimed that an A76 core at 3.0GHz (7nm) will be 35% faster than an A75 core at 2.8GHz (10nm). Power usage can drop by as much as 40%. ARM calls the A76 core “laptop-class” so we may see it used in larger, more powerful devices, not just phones.
The chip designer will make its POP IP and hardware libraries available to help chipset makers bring their products to market as soon as possible (but neither ARM nor Samsung mentioned when we’ll see mass market A76-based devices).
Samsung Foundry also unveiled its long-term roadmap, which includes going down to 3nm with a Gate-All-Around-Early (GAAE) technology.
We have been hearing about flexible and foldable smartphone displays for a few years now. But we’ve yet to a see a phone maker actually mass produce a smartphone display that’s actually foldable. We’ve heard rumors of Samsung, Huawei and Motorola working on such smartphones but a newly published LG patent suggests that LG is...
In the latest episode of “Bizarre Inventions,” LG is patenting a smart stylus pen that can potentially replace your phone. Yes, we know what you think, but upon closer inspection the Korean company might be up to something here. The key feature of the stylus are its two displays. It incorporates a small one for...