Galaxy S10 Snapdragon 855 processor likely to be a 7nm chip

Last updated: Feb 16th, 2018 at 08:03 UTC+01:00

I know, I know, it'south a bit likewise early to be talking most the Galaxy S10 right at present but this will be interesting for those who like to proceed track of processor nodes. We're assuming here that Samsung'due south 2019 Galaxy S flagship volition be chosen the Galaxy S10 but what nosotros certainly don't have to assume is that it's going to characteristic a more powerful chip than the Galaxy S9's Exynos 9810/Snapdragon 845 duo.

According to a written report, which when taken into consideration with a recent announcement fabricated by Qualcomm, suggests that the company's next flagship processor will be a 7nm flake. If that's accurate, the Galaxy S10 volition probable be the first smartphone to feature it.

Galaxy S10 Snapdragon 855 processor

Qualcomm unveiled the Snapdragon X24 yesterday, it's the visitor'due south new LTE modem for smartphones which promises theoretical download speeds of up to 2Gbps. Qualcomm says that this is the first Category 20 LTE modem with support for such high speeds and it happens to the first LTE modem that has been manufactured on the 7nm FinFET compages.

Since Qualcomm has said that we can expect the first commercial devices with this modem to hit the market past the stop of this yr, it goes without saying that the X24 won't debut with the Snapdragon 845, the chip that's going to power the Milky way S9 in markets like Due north America. The Snapdragon 845 has Qualcomm's Snapdragon X20 LTE modem.

Qualcomm is yet to ostend the process on which its next loftier-cease SoC is going to exist congenital but it appears that the LinkedIn profile of a Qualcomm contractor'south employee has revealed that the "latest Snapdragon chip" is the Snapdragon 855 and that it'due south being built on the 7nm FinFET node.

Therefore, it is now being speculated that the Snapdragon 855 volition exist the earth's showtime SoC to exist built on the 7nm FinFET procedure and may also include the new 7nm LTE modem that the company announced but yesterday. It doesn't seem out of the realm of possibility when you recall about it.

Do keep in heed, though, that this is pure speculation based on circumstantial prove right now so until there's physical data to go on, maybe don't start dreaming well-nigh the significant and efficiency gains that a 7nm flake would bring to the Galaxy S10.

While Samsung has manufactured Qualcomm's recent Snapdragon chips on its 10nm process, information technology was reported last year that Qualcomm has contracted TSMC to manufacture its next-generation high-end chipset on its 7nm process.

Samsung'southward 7nm procedure was delayed because the visitor wanted to focus more than on its 10nm procedure. On the other hand, TSMC skipped the 10nm process and focused entirely on the 7nm process. Information technology supplied 7nm chip development tools to its clients in 2016.

Samsung recently revealed that information technology'southward going to provide 8nm and 11nm processes to customers this year and start a risk production of 7-nano. TSMC started gamble production on the 7nm process last year.

However, some industry analysts believe that Samsung's 8nm node is actually a "relaxed version" of its 7nm using multiple patterning. This suggests that the company will be able to deliver similar performance with its 8nm that other foundries like TSMC practice with their 7nm process.

Samsung'due south 7nm volition then likely be superior to its rivals when it eventually arrives. This will be courtesy of the farthermost UV (EUV) lithography technology for making microprocessors that Samsung will employ for 7nm compared to the more than traditional optical process used past TSMC.

It's because of EUV that Apple tree is expected to render to Samsung for its 7nm A12 processors. TSMC has been Apple's exclusive chip manufacturer since the whole chipgate controversy with Samsung.

Source: https://www.sammobile.com/news/galaxy-s10-snapdragon-855-processor-likely-to-be-a-7nm-chip/

Posted by: rileydiness.blogspot.com

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