Sentences with phrase «rockchip arm»

So while there is the Samsung ARM processor on one end, the NVIDIA's Tegra CPU finds pride of place in the top of the line RoverPad TegA W70 tablet with Marvell and RockChip ARM CPUs too coming into the picture in between.

Not exact matches

Underneath the hood is a Rockchip OP1 processor which incorporates two high - performance ARM Cortex - A72 cores, four energy - efficient Cortex - A53 cores, supports hardware decode / encoder for UHD 4K video, and has a number of Chrome OS - specific optimizations designed to improve user experience (and brought in by Google).

This ensures enhanced response times while a 1 GHz Rockchip RK2818 ARM - based processor ensures blazing performance.

Named the Nextbook Premium 7, the tablet comes with a 1 GHz ARM Rockchip RK2918 Cortex - A8 single core processor and has a 7... [Read more...]

Packing in a 1.6 GHz Rockchip RK3066 ARM Cortex - A9 processor and Mali - 400 graphics, the tablet comes with 1 GB of RAM and 16 GB of internal storage.

For that price what you gt is the Nextbook Premium 7, a tablet with a 1 GHz ARM Rockchip RK2918 Cortex - A8 single core processor and a 7 inch, 800 x 480 pixel display.

«The 7 inch Archos 7c coming out in June has a 1.2 GHz Rockchip 2918 ARM Cortex - A8 processor.

Named the Nextbook Premium 7, the tablet comes with a 1 GHz ARM Rockchip RK2918 Cortex - A8 single core processor and has a 7 inch 800 x 480 pixel display.

It appears to have a Rockchip RK3188 ARM Cortex - A9 quad - core processor with Mali - 400 graphics, 1 GB of RAM, and 8 GB of storage.

The dual - core 1.6 GHz RockChip RK3066 processor might not be equally exciting, although the ARM Mali 400 GPU could save the tab's overall performance.

Rockchip RK3066 dual - core ARM Cortex - A9 also reaching more devices on the market like the Archos Titanium tablet series at $ 7» 1024x600 $ 119.

Rockchip RK3188 quad - core ARM Cortex - A9 on 28nm HKMG process node launched for about Exynos4412 - level performance in cheap tablets.

Also check - out my video of the Rockchip RK2918 based laptop which could also provide great value for an ARM Powered laptop running Chrome OS or Honeycomb.

It's using the Rockchip RK2918 ARM Cortex - A8 Single Core processor at 1.2 Ghz, the screen resolution is 800x480, it has 512 MB RAM, a MicroSD slot, between 2 GB and 16 GB built - in flash ROM storage (depending on the configuration, mine has 8 GB), no Bluetooth, the graphics are powered by the Vivante Gc800 that does up to 57 million triangles per second and full OpenGL ES 2.0 for fully smooth Flash 10.3 (and soon Flash 11) support, it supports smoothly all the latest Android 3D games, video playback support is 1080p with all codecs but there is no HDMI output.

The M8 Pro comes armed with 1.6 GHz Rockchip 3188 Cortex - A9 quad core processor, Mali 400 graphics processing uni, and 2 GB DDR3 RAM.

Quality Industrial has a $ 80 Rockchip Rk2818 resistive (+ $ 15 for capacitive) and they are also showing a 1024x600 7» capacitive 3G - enabled NEC / Renesas ARM Cortex - A9 533Mhz Dual - Core based tablet for about $ 200 a piece.

It features a 9.7 - inch 20148 x 1536 touchscreen, an ARM - based Rockchip processor optimized for Chrome OS, 4 GB of RAM and 32 GB of storage, with microSD card support if students need additional space.

For this price, buyers can get the Flip running on a quad - core Rockchip 3288 - C processor clocked at 1.8 GHz, an ARM Mali T624 graphics processing unit and 2 GB of RAM.

You can quibble over camera quality and app performance, but the reality is that as long as they're running a recent version of Android, with a turnkey set of Qualcomm or MediaTek (or perhaps Samsung or Rockchip or any number of companies producing SoCs based on ARM's architecture) chips, they'll be fine.

XDA also dug through the other readable files and found references to the Rockchip rk3399, the ARM - based chip that's powering the Samsung Chromebook Plus.

During the early days of Chrome OS, there were also handful of Chromebooks that were powered by ARM chipsets made by MediaTek and Rockchip, as pointed out by 9To5Google.