Tag Archives: Intel Wireless Future

It is not a secret that Intel Corp.’s upcoming “Skylake” processors will have a number of micro-architecture-related advantages over predecessors. Various leaks point to different kind of performance gains, but Intel itself, apparently, expects its new central processing units to be 10 – 20% faster than “Broadwell” products depending on …

It is not a secret that Intel Corp. plans to formally introduce its code-named “Skylake” processors for mobile computers in late September or early October, 2015. Apparently, notebook makers are ready to mass produce new generation of laptops based on the next-gen central processing units, according to a media report. …

Intel Corp. has formally unveiled its wireless docking technology first announced last year. The new tech will be supported by laptops, tablets and 2-in-1 hybrid systems powered by the company’s next-generation microprocessors code-named “Skylake”. The new tech will rely on WiGig technology and will eventually be accompanied by Rezence, a …

Earlier this year Intel Corp. announced that reference designs of mobile systems based on its next-generation code-named “Skylake” microprocessors will features Rezence wireless charging technology as well as WiGig ultra-fast wireless interconnection technology. Apparently, the company plans to ensure that not only mobile gadgets feature the new tech, but there …

At the Computex 2014 trade-show Intel Corp. announced that its reference designs based on the Skylake generation of microprocessors will support Rezence, a wireless charging standard developed by the Alliance 4 Wireless Power (A4WP). This week Intel actually licensed wireless charging solutions for computing devices designed by WiTricity. The A4WP’s …

The upcoming systems powered by the Core M “Broadwell” microprocessors will certainly be impressive. But the real revolution awaits us sometimes in 2015 – 2016, when Intel Corp.’s partners roll-out devices based on the code-named “Skylake” central processing units. Those mobile systems are expected to be completely wireless and therefore …