ARM Readies Cortex-A72 and Mali-T880 for Mobile Devices

ARM has just announced a series of solutions for the upcoming next-generation mobile SoC. The most notable developments are Cortex-A72 processor and Mali-T880 graphics. According to the manufacturer, both components will be interconnected within SoC by means of CoreLink – CCI-500. The launch of new items is scheduled for 2016. Rockchip, MediaTek and HiSilicon are among the companies to integrate both elaborations into their products.

It should be noted that Cortex- A72 is a successor of Cortex-A57, taking analogous 64-bit operations but demonstrating three times higher performance. The new-comer will be designed under 16 nm FinFET+ technological process. Its layout corresponds to big.LITTLE framework requirements; this promotes for its combination with other ARM cores.

As far as Mali-T880 GPU is concerned, it provides for 1.8 response time increase if compared with the Mali-T760 model. Herewith, its power consumption is reduced by 40%. Moreover, this GPU might support 4K …

Background illumination PaintPack - analogue Philips Ambilight on your monitor

You've probably seen the modern TVs with dynamic backlight called Ambilight, developed by Philips. The essence of its work is to highlight the space behind the TV in different combinations of colours, depending on the events happening on the screen.

PaintPack vs Ambilight

A new development called PaintPack is presented. This model is intended to implement the same idea as the technology of Ambilight, but allows to «light around» any computer monitor. A device called PaintPack is a simpler version in a small box with ten cable-trains, which have bright LEDs at the ends. These LEDs are placed evenly around the perimeter of the back of the monitor, and provide illumination in accordance with what is happening at the moment on the screen. The second more advanced equivalent of Ambilight – is light-line PaintPack with 30 LEDs connected in separate blocks for a few pieces for easy placement on the screen, and create a more vibrant and detailed lighting. This is many times …

Haswell processors for laptops will consume up to 57 W, desktop - up to 100

Intel provides with three graphics levels: GT1, GT2 and GT3. Desktop processors won’t receive graphics performance higher than GT2, but mobile processors will be able to boast of with GT3 class. Support of PCI Express 3.0 for Haswell processors will be quite usual characteristics, but at the memory controller little progress is seen — yet provides dual-channel DDR3-1600.

By energy consumption Haswell desktop versions will be divided into models with values of 35, 45, 65 and 95 watts of TDP level. For mobile processors the values are ​​37, 47 and 57 W. Finally, ultra book processors with built-in system logic will be filled by TDP level not more than 15 watts. It is assumed that this will enable them, among other things, be in standby mode up to 10 days without charge.

The desire of Intel to compete with AMD in terms of performance integrated in graphics processor, will add some work to companies producing cooling systems for laptops. The developers report about …
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Registered at: 02 March 2012, 00:21
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