Qualcomm's Snapdragon 1000 chip is looking to support Intel's low-end Core i processors

SUPREMACY CHIP tends to involve Intel and AMD on the number of threads and threads, but Qualcomm takes a different approach by aiming to challenge Intel at the low end with its Snapdragon 1000 SoC.

While Qualcomm did not officially reveal the Snapdragon chip, WinFuture has the truth about the latest silicon slice of the business, aimed not at smartphones, but to drive thin 10 thin Windows computers as part of the Always-Connected PCs initiative.

When it comes to powering such peripherals, the Intel Y and U-series Core I processors have held up, balancing performance with energy-efficient identification information. . But some of these processors are a little dull, which is why the Snapdragon 1000 apparently has a 12W thermal design power.

That's almost three times the power of Intel's Y-series processors and only 3 W behind the chips in the U-series chip. As such, the Snapdragon 1000 should be able to leverage enough power to give it a boost in performance that is comparable to the most prominent low-end notebook chips.

The Snapdragon 1000 promises to be a more stilted chipset than the Snapdragon 850 announced earlier this month, which is basically a revamped Snapdragon 845 chip designed to run Windows 10.

By using the ARM Cortex-A76 processors and using a 7nm manufacturing process, the Snapdragon 1000 should be comparable to a 15W Core i5 Intel Core Series, but we will have to wait to see if such expectations come true.

But such a chip could really challenge Intel in the market for low-power laptops and hybrids in the PC market. And that's not something Intel really needs, since AMD already uses it with its second-generation Ryzen and Threadripper processors, as well as SoCs with outstanding graphical features to beat Intel's own integrated graphics in notebook chips.

Of course, Intel is a hand at making portable processors, while Qualcomm in comparison is a bit of a upstart, so time will tell that the last one can really challenge the old one. μ

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