Intel paints the future of the PC: with AI, you can do things in the past few seconds

Netease Technology News on January 8th, according to foreign media reports, at this year’s International Consumer Electronics Show (CES), Intel painted the future of a folding screen PC with its latest chip integrated into AI.

The idea that personal computers are dying has never been more important; despite the iPad Pro’s progress, the PC has consolidated its position and still serves as the office device of choice. But where do they go from here? With the advent of Moore’s Law, how will they continue to improve?

At CES, Intel showed what it looks like and how it will operate. It sounds no different from the future and now of smartphones: folding screens, artificial intelligence, and Chrome elements.

The most important of these is AI because it has already appeared; Intel’s latest-generation Core processor Ice Lake has begun to enter AI-enabled PC products. The main one is Intel Deep Learning Boost technology, which accelerates the calculation process on the device (that is, the process of the algorithm interpreting new data based on training). As the company detailed at the CES conference, Intel ’s forthcoming Tiger Lake has the kind of performance boost you’d expect-“double-digit” performance boost, Thunderbolt 4 integration, a new graphics architecture-but It also has considerable improvements in handling artificial intelligence tasks.

Gregory Bryant, Intel’s general manager of customer computing, said that artificial intelligence “is now as important as all key aspects of the platform. In advancing our product roadmap, our innovation, research, and development, In terms of engineering and our cooperation with developers, this technology is a great success. “

In practice, it is important to be clear about what you can accomplish with it. Especially the artificial intelligence capabilities at the chip level. After all, you’ve been interacting with neural networks on your computer; it’s just that most of the work is done in the cloud. Bringing it to the device can bring tangible benefits, if not completely transformative.

Roger Chandler, Intel ’s vice president of architecture, graphics, and software, said, “If you move from your device to the cloud and back again, even if it ’s fast, in some cases you also Suffers from very annoying latency issues. “Chandler also noted that running artificial intelligence on the device means it’s ready to use at any time-no network interruption will disturb you-and more private because you don’t complete the task and drop the data on a remote server.

Taking Adobe as an example, the company demonstrated its Ice Lake AI implementation process at the CES on Monday. Those features have penetrated into its software suite for creative tasks and can speed up everything from smart object selection to color matching to video reconstruction. “We can use accelerated reasoning and machine learning to do things that used to take minutes or more in just a few seconds.” Gregory Bryant, general manager of customer computing at Intel, said, “The software can now implement these usages automatically.”

In this regard, Adobe is a natural partner of Intel; the company has invested in artificial intelligence integration for many years through its Sensei framework. Intel is far more than this partner. Chandler mentioned clinical laboratory company Quest Diagnostics and photo software company Topaz Labs. The former has a 33-fold increase in the ability to identify lung nodules in CAD models, while the latter uses artificial intelligence to improve picture resolution by automatically filling pixels. He is optimistic that most software industries will soon follow suit.

“In the next few years, I wouldn’t be surprised if up to 80% of software workloads have some kind of artificial intelligence acceleration feature built-in.” Chandler said, “Some developers may use artificial intelligence To the core and basic elements of the application. Some may use it for small functions. But through communication with developers, we found that almost all of them are seeking to use the ability of artificial intelligence to improve their Workload.”

This may not be surprising, after all, artificial intelligence on such devices has become quite common on smartphones. Apple introduced its Core ML framework in 2017, allowing applications to run neural networks on iPhones and iPads. At last year’s I / O developer conference, Google also emphasized its efforts to let Android devices run the Google Assistant, the Google Assistant.

Creative Strategies analyst Carolina Milanesi said: “There is no doubt that not only in the cloud but the ability to process data on the device side will also play an important role in our future.” (The company also has its own Designed machine learning chips.) Therefore, there is no reason for the industry not to implement this on personal computers.

That also applies to new PC devices. Just as smartphone makers are tinkering with foldable screens-although progress is limited, Microsoft’s project looks promising-large PC makers like Lenovo and Asus have brought foldable dual-screen hardware to CES On the stand. Both companies seem to have learned the most important lesson from previous failed attempts at dual-screen computers: Make sure to provide a physical keyboard for users to type.

Intel has also launched a reference device called Horseshoe Bend. This concept machine is designed to provide a reference for manufacturers. It occupies the same space as a 12-inch laptop and its touch screen can be extended to 17 inches. It won’t show up on store shelves, but it shows that what the PC will look like in the future is unpredictable.

“I think it’s too early to tell what size and form of hardware will succeed.” Intel Chairman Bryant said, “but I believe this dual-screen, foldable, more convergent, more mobile Sexual, more immersive equipment is an emerging market, and we need to meet that market demand. “

In addition, there are some existing device types that can get a boost, such as Chromebooks with Intel chips. Both Samsung and Asus released models belonging to the Intel Project Athena project at CES, which means that they have some elements that are very appetizing for users, such as all-day battery life and fast startup. Since the project was announced last year, 25 PC design products have been added to Project Athena. Adding Chromebooks helps ensure that both platforms get the same attention.

The changes in PC performance in the short term are mostly subtle: the battery life is extended a bit, and the task runs faster. The change in form factor maybe even more dramatic, depending on whether the foldable device is popular with consumers. But they are at least useful in themselves, more reliable than many new products that appear at CES this time of year.

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