Whether its with the AMD Ryzen 7 3700X selling more than Intel’s entire lineup, or with the Ryzen 9 3900X outperforming any other processor in its territory, Team Red has pulled ahead.

However, it’s not hard to look back four or five years ago to see AMD processors sitting at the bottom of the pile.

For instance, the AMD Ryzen 7 1800X was able to score 1,612 in Cinebench R15, compared to the Intel Core i7-7700K’s 970.

Looking back, this kind of started a pattern, where AMD processors would come out, wipe the floor with the current-generation Intel processors in multi-core workloads, then Intel would release another refinement of Skylake, and then the process would repeat.

These were potentially catastrophic security failures, where attackers could execute some relatively simple code to get access to anything from passwords to photos you’ve since deleted.

There is more information here, but essentially these attacks take advantage of speculative execution, where a processor essentially guesses its next project, and then dumps any wrong data into the cache.

Once third-party results confirmed AMD's outstanding benchmarks and retail delivery was a success, the big remaining question was: could the company extend its 7nm success story to mobile and server CPUs?

Yesterday, AMD formally launched its new line of Epyc 7002 "Rome" series CPUs—and it seems to have answered the server half of that question pretty thoroughly.

Rome offers far more CPU threads per socket than Intel's Xeon Scalable CPUs do.

While it's easy to complain that Intel CPUs have an unfair advantage in MKL-DNN benchmarks, it is representative of the kind of entrenched advantage Intel enjoys—and it's a real advantage.

On vendor-neutral and multithreading-friendly workloads such as x265 video and OpenSSL, the Rome CPUs significantly outperformed the Xeons across the board.

In the past, that sharp delta in cost efficiency has forced a project to seriously consider putting up with added machine count and more complex overall architecture.

Intel Ice lake 10 nanometer processors have just been launched, and the Dell XPS 13 2-in-1 (2019) is one of the first laptops to benefit from Intel's new tech.

This is exciting news, as the Dell XPS 13 is – in our opinion – the best laptop in the world right now, so now that the 2-in-1 version has been upgraded with the latest 10nm Intel Ice Lake processors, it means the best laptop has just got better.

The new processors will bring a significant power boost to the XPS 13 2-in-1.

Intel’s Ice Lake processors feature a smaller and more efficient 10nm Sunny Cove architecture, Intel claims a 2x performance boost.

The new CPUs also feature Intel’s next-generation Gen11 graphics, which gives the XPS 13 a noticeable upgrade when it comes to graphics performance as well.

What’s perhaps most impressive is that the Dell XPS 13 2-in-1 uses the full U-series of Ice Lake processors.

The wait for the Dell XPS 13 2-in-1 is now over, as it is officially on sale as of Thursday, August 8.

In addition to bringing an encouraging refresh to Dell’s 2-in-1 product line in the form of a device with respectable performance, worthy of sharing a name with its flagship cousin, it notably marks the debut of the first of the long-awaited Intel 10th-generation processors.

Although challenges in production scaling have prevented Intel from staging a massive release of its 10th-generation CPUs, alternatively known by their “Ice Lake” moniker, Intel gave Dell the go-ahead to put them at the heart of its latest convertible laptop product, and the CPU seems to shine as far as hands-on testing so far has indicated.

Intel fans were understandably disappointed at the revelation that Ice Lake desktop chips will not land in consumer devices anytime soon, but the mobile Ice Lake chip that ships in the XPS 13 2-in-1 is proving to be no consolation prize.

In fact, leaks from a test of an Ice Lake i7 CPU running in an HP Spectre x360 laptop shows clear areas of strength over AMD’s powerhouse Ryzen 9 3900X chip, to say nothing of the kinds of hardware that the Ice Lake mobile series is more likely to face head-to-head via comparable consumer devices.

While the device has not been run through the gauntlet enough to confirm this impressive level of competitive performance outside the lab, it fares well enough to give something for consumers to look forward to in the more than 30 additional laptops with Ice Lake slated to arrive by this year’s holiday season.

Qualcomm might be a contender in the mobile space, but Always Connected Windows laptops powered by Snapdragon 835 and 850 chips have seen mixed results.

Both Intel’s and Qualcomm’s chips combine CPU and GPU cores on a single die, so we’ll look at the performance of each segment of the chips individually and consider their cost and efficiency too.

That means it has eight cores to work with, four of which will be lower-power and operate when efficiency is more important than performance.

That may have been evidenced during a graphics test at Computex, which saw the Intel 8250U maintain a greater CPU score than the Snapdragon part, despite seemingly weaker performance in more productivity-focused tasks.

That’s a more than 20 percent uplift in performance for the Snapdragon SoC and equates to an FPS difference of 29 FPS for the Intel chip (at best), versus the Snapdragon’s 37 FPS.

One of the concerns with Microsoft’s “Always Connected” PC style is the lack of native applications for the Qualcomm hardware under the hood.

The Dell XPS 13 is – in our opinion – the best laptop in the world right now, and it’s now even better, with Dell upgrading its flagship 2-in-1 laptop with the latest 10 nanometer Intel Ice Lake processors.

The new processors will bring a significant power boost to the Dell XPS 13 2-in-1 (2019).

Intel’s Ice Lake processors feature a smaller and more efficient 10nm Sunny Cove architecture, Intel claims a 2x performance boost.

The new CPUs also feature Intel’s next-generation Gen11 graphics, which gives the XPS 13 a noticeable upgrade when it comes to graphics performance as well.

What’s perhaps most exciting is that the Dell XPS 13 2-in-1 uses the full U-series of Ice Lake processors.

Previous XPS 13 models used the lower-powered Y-series of Intel CPUs.

Bringing up a system for the first time, or developing for an IoT device, has unique challenges that can be addressed by downloading and using Intel System Studio.

Meeting the Needs of More Complexity + Shorter Development Cycles

Solution complexity has grown exponentially, in recent years, in IoT, industrial, automotive, retail, healthcare, comms, and networking applications.

Shrinking timelines, limited resources, and rigorous requirements for quality and performance optimization mean that software development teams can really benefit from effective and insightful tools.

Intel System Studio is specifically designed with these challenges in mind, to help make developers more efficient through better tools.

The suite simplifies system and IoT application development in order to make the move from prototype to product easier and more predictable.

It commemorates the iconic achievement of Nobel laureate Sir CV Raman, who had discovered the famous Raman effect on this day.

It is fitting therefore that while celebrating the strides that we as a country have made in the field of science and technology, we spell out how a new approach to science and technology policymaking has been behind some of the key landmarks that have been accomplished in this field in recent years.

At the 106th session of the India Science Congress in the beginning of the year, when the PM exhorted the scientific community to connect with people and commit themselves to addressing problems ranging from affordable healthcare and housing to clean air, water, energy and agricultural productivity, he was impressing upon the need to utilise science for the most basic needs of common people.

While emphasising the need for delivery of technological solutions in a certain timeframe, PM has called for application of technology in spheres where time is of great essence, such as drought management in low rainfall areas, early warning systems for natural disasters, tackling of malnutrition and diseases such as encephalitis that impacts children, in addition to cyber security and cleaner energy and drinking water.

Focusing on the need to move away from rigid silo-based research, the PM has highlighted the need for a research system wherein research in arts, humanities and social sciences was not conducted separately from science and technology but in sync and even in fusion with one another in order to provide more holistic solutions to people.

It will involve an end-to-end IoT-based real-time water and air quality monitoring solutions, creating affordable and applicable solutions for India’s community challenges.

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