Each time Intel updates their family of processors, they do so in two waves: the first one is based on developments in the process they use to fabricate silicon where advances are made in the number of components that can be physically packed into the wafer that comprises the processors. Then in the second wave, they add in new features and capabilities to the processors while retaining their pre-existing fabrication process. And the cycle repeats with the following wave based on still further improvements in fabrication. This cycle has classically been referred to as the ‘tick-tock’ cycle.
This time around with the new 7th generation of processors, Intel has added a second ‘tock’ in this cycle, as these are based on their existing 14nm fabrication process but with improvements in power and efficiency, and several features that should make for a smoother experience when using today’s experiences like 4K video, facial recognition, 360-degree videos and augmented reality.
The new processors will include the Intel Core m3, Core i3, Core i5 and the Core i7 in order of increasing performance. There will also be a Y- and U-Series of processors that will now directly integrate the platform input/output controllers for USB 3.0, SATA ports, and SDXC ports into the processor itself. All of the processors are dual core parts, with variations in their base and maximum single core frequencies.
When it comes to performance per watt, the company claims that the new family of processors is 10 times more efficient that their first generation and productivity apps will run 12 percent faster.. The processors also include features that make them especially adept at handling new-gen web experiences such as 360-degree videos, augmented reality etc--the performance improvements here are pegged at 19 percent, according to the company’s own benchmarks.
In the real world, this can translate to scenarios like being able to edit multiple 4K videos simultaneously while surfing and doing other work. This is attributed to specific optimizations for 4K video including hardware support for the new HEVC 10-bit decoding, VP9 decoding, and 360-degree video playback even while multitasking with other applications. Systems running these processors will supposedly be able to last 9.5 hours playing a 4K video stream, making for a compelling entertainment experience on the go. The 7th-gen processors will also have the graphics capability to play new games such as Overwatch at HD resolutions on a laptop.
These new processors will also bring special support for the new Thunderbolt 3 standard that enables a single cable to support up to 40 Gbps transfer speeds, two 4K 60Hz displays, system charging up to 100W, external graphics, and Thunderbolt networking.
Among the key implications of this updated processor family is the ability for laptop manufacturers to create ever-thinner devices, even under 10mm. This is especially relevant for the new breed of hybrid and ultra-thin form factors such as thin and fanless ultrabooks, 2-in-1 clamshell designs and the like.
Listed here are all of the new processor features:
Read more about Intel’s new Core processor family here.
