In what seems to be an accidental leak, a product page for the highly-awaited Samsung 980 PRO SSD was posted and later taken down from Samsung's website for Singapore. The 980 PRO was first previewed in January at CES as their first consumer SSD to support PCIe 4.0, but with very little technical information. No release date was announced but Samsung's PR said to expect more information in Q2.

The timing of this leak is unsurprising: if Samsung was planning for

Today Qualcomm is announcing an update to its Snapdragon 730G platform, introducing the higher-binned Snapdragon 732G. The new chip gives the platform a slight boost in terms of clock frequencies on the part of the CPU and GPU, and will see a release in the an upcoming POCO device.

Yesterday during Marvell’s quarterly earnings call, the company had made a surprise announcement that they are planning to restructure their server processor development team towards fully custom solutions, abandoning plans for “off-the-shelf” product designs.

The relevant earning call statements are as follows:

"Very much aligned with our growing emphasis on custom solutions, we are evolving our ARM-based server processor efforts toward a custom engagement model.

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Having worked with them for multiple generations, it has become apparent that the long

ASUS’s ROG Phones over the last few years have been devices of interesting differentiation, with the company delivering experiences that stood out from the crowd in one way or the other. This year, the new ROG Phone III doesn’t quite represent an as radical change compared to its predecessors, however ASUS makes some important upgrades and improvements to the popular gaming phone formula, updating the ROG3 to the newest Snapdragon 865+ SoC, introducing a 144Hz display, as well as most importantly,

One of the main drivers for the semiconductor industry is the growth in always-connected devices that require silicon inside, either for compute, communication, or control. The ‘Internet of Things’ era, depending on who you speak to, is set to scale to many billions of devices and subsequently many billions of dollars in opportunities. In order to drive this segment, semiconductor foundries have been developing cost-effective low power process node technologies for its customers to help drive a new level of power efficiency and low cost implementations