Skip to main content
  1. Home
  2. Tablets
  3. Mobile
  4. Legacy Archives

Intel targets ARM with Medfield-powered smartphone prototype

Add as a preferred source on Google

Intel Medfield Reference DesignHot on the heels of the formation of their new Mobile and Communications Group, Intel’s first prototype hardware has begun to circulate, giving the mobile market a glimpse of an Intel-powered future. The so-called “reference design” phones and tablets hide Intel’s Medfield chip, designed to take on the might of industry leader ARM.

Based on the Atom processor, the new Medfield chip takes a different approach to Intel’s previous efforts, adopting instead the “system on a chip” method preferred by ARM. Rather than splitting tasks between multiple chips, an SoC works more efficiently by consolidating all functions down onto a single chip.

Recommended Videos

Intel’s Stephen Smith told MIT’s Technology Review that the Medfield is the company’s first, true single chip system. It’s an important step towards seeing their chips used in mobile devices, thanks to the greatly reduced power consumption of such a design.

The phone you see pictured here is designed to show manufacturers what’s possible, and although any final product won’t necessarily look exactly like it, Intel says they’re are free to use “as much or as little” of the design as they like. A tablet has also been made, but no pictures have been released.

Intel has already announced a partnership with Google, and sure enough the prototype uses Android Gingerbread. The device’s exact specification isn’t known, but the unit tested by Technology Review played HD video and could also stream live TV. Web browsing was described as “fast and smooth,” thanks in part to Intel’s collaboration with Google to optimize overall performance for the Android operating system.

There’s a strong chance the first devices featuring the Medfield chip could be announced during the first half of 2012, with initial information potentially appearing at CES 2012 in January.

Andy Boxall
Andy has written about mobile technology for almost a decade. From 2G to 5G and smartphone to smartwatch, Andy knows tech.
AT&T just gave parents a kids tablet that won’t have them sacrificing their iPad
AT&T's refreshed kids tablet checks more boxes for parents, from 5G connectivity to all-day battery life.
Computer, Electronics, Tablet Computer

If handing a toddler an iPad felt more like a gamble than a convenience, AT&T has something that will solve that problem for you. 

So what's actually new with this tablet?

Read more
TCL just refreshed the Tab A1 Plus with its NXTPAPER tech and a bigger battery
The new model costs $70 more than the original, though a launch discount brings it down to $299.
TCL Tab A1 Plus NXTPAPER

TCL has refreshed its budget Tab A1 Plus tablet, and the new model comes with two significant upgrades. As its name suggests, the new Tab A1 Plus NXTPAPER features TCL's in-house paper-like display tech that emulates an e-ink display on an LCD. In addition, the tablet now packs a substantially larger battery.

What's new on TCL's latest budget tablet

Read more
Samsung is once again betting on MediaTek to power its flagship tablet
Samsung’s flagship tablets could go a third year without a Qualcomm chip
Galaxy Tab S11 Ultra Pen Up live drawing

Samsung appears ready to place another major bet on MediaTek for its most expensive Android tablet. After using the Dimensity 9300+ inside the Galaxy Tab S10 Ultra and the Dimensity 9400+ in last year’s Tab S11 Ultra, the company may stick with the chipmaker for a third consecutive generation.

A new Geekbench listing linked to the Galaxy Tab S12 Ultra now gives that possibility more weight. The device carries the model number SM-X946B, closely following the SM-X936B used by its predecessor. Its processor configuration points toward MediaTek’s Dimensity 9500. The chip features one prime core, three performance cores, and four efficiency cores, while the fastest core reaches 4.21GHz. Those details rule out Qualcomm’s last two flagship Snapdragon processors.

Read more