The move will have multiple negative ramifications for Intel’s chip business. The most obvious is the direct impact of losing revenue as the sole processor supplier for Apple’s PC line.
Browsing: ARM
Apple is preparing to announce a shift to its own main processors in Mac computers, replacing chips from Intel, as early as this month at its annual developer conference.
ARM on Tuesday released new technology aimed at helping Android devices catch up to Apple’s iPhones for certain computing tasks such as videogames.
UK-based chip designer ARM has reportedly informed employees not to work with Chinese technology giant Huawei.
About a week ago, a rather important event happened in the Internet-of-things space. You may have missed it, perhaps because the dry technicalities of IoT is not all that appealing. Intel has quietly discontinued its three SBC boards, the Joule
SoftBank Group has agreed to buy ARM Holdings for £24,3bn (US$32bn; R460bn), securing a slice of virtually every mobile computing gadget on the planet and future connected devices in the home. The Japanese company is offering £17/share in cash
Forget Vodacom’s R899 Smart 4 mini, launched last week. Forget, too, MTN’s entry-level, R499 Steppa smartphone, which the mobile provider launched earlier this year. British semiconductor firm ARM Holdings is predicting the cost of smartphones will drop to just
Intel, the world’s largest chip maker, is at a crossroads. The company, with Microsoft, dominated the client-server era of computing. Its chips power most servers and PCs sold today. But the action in the computing industry is no longer in desktops and laptops, but rather in smartphones
Rumours are circulating that Apple may abandon Intel chips in favour of those designed by ARM Holdings. Bloomberg reported on 6 November that “people familiar with the company’s research” had said Apple was “exploring” the idea. Of course these sources
Intel, the world’s largest manufacturer of microprocessors that power computers, has taken the wraps off what it is describing as the most radical shift in semiconductor technology in more than half a century. The “three-dimensional” technology, based