Intel Alder Lake Mobility CPU Victorious Against AMD & Apple

Intel Alder Lake processors are almost here, not just for desktop users, but also for laptops. The upcoming Intel Core i9-12900HK processor is likely to be one of the best processors for laptops.

An early benchmark has leaked, showing fantastic results for the Core i9-12900HK — the processor beats every single other CPU out there, including Apple’s latest M1 Max chip.

The 12th Generation of Intel processors, Alder Lake, is set to release in the fall. (Image credit: Intel)

According to the Geekbench test that emerged today, the CPU in question has 14 cores — six performance cores and eight efficiency cores — and 20 threads. The processor appears to have a base clock of 2.9GHz, but no accurate information as to its boost clock has been found. Considering that it’s part of the HK series of processors, it should be unlocked and offer turbo mode.

The Intel Core i9-12900HK has a long list of competitors to beat, and in this benchmark, it outperformed them all. With a single-core score of 1851 and a multi-core score of 13,256, it’s safe to say that the processor did a great job. Compared to its predecessor, the current-generation Core i9-11980HK, the new Alder Lake CPU performed 14.5% better in the single-core benchmark and a whopping 44.8% better in the multi-core test.

The new Intel CPU also stands victorious against AMD’s notebook king, the Ryzen 9 5980HX. The upgrade in performance is even more noticeable here, with a lead of 22.9% in single-core and 61.3% in multi-core for the Core i9-12900HK.

It was also compared to Apple’s M1 Max chip, which is the closest thing to Alder Lake, considering that it’s freshly released and AMD has no same-gen equivalent to the Intel Core i9-12900HK just yet. Intel’s new laptop CPU still won in this test, with a 3% lead over the M1 Max chip. AMD will start having a real horse in this race when the new Zen 4 processors are released next year.

Intel Core 12th-gen processor boxes.

Apple has released a powerful chip in the M1 Max, but it’s good to see that Intel is rising to meet the increasing standard in laptop performance. It’s possible that while the Alder Lake HK processor will be equally powerful  as the M1 Max, Apple’s processor will remain the more power-efficient of the two.

The screenshot of the Geekbench test was first posted by Wccftech. Geekbench no longer displays benchmarks of unreleased hardware to the public, so this is likely a private benchmark that is difficult to verify. However, it won’t be long now before these processors are released and the benchmarks will start rolling in.

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The Future of Mobility: 5 Transportation Trends to Watch

The way we move about is changing — and not just because, as the coronavirus pandemic recedes, we’re able to actually move about again. Transportation is changing around the world, thanks to new breakthrough technologies that promise to revolutionize the way we travel.

Whether it’s planes, trains, or automobiles, here are some of the key trends shaping the present — and future — of transport as we know it.

Autonomous vehicles

When you talk about the future of mobility, no piece of technology better sums up expectations than autonomous vehicles. Dismissed by experts as an impossibility less than two decades ago, self-driving cars have today driven tens of millions of miles, much of it on public roads. Big players in this space are split between tech companies like Alphabet (through its Waymo division) and China’s Baidu and traditional automotive companies like General Motors and BMW. Some firms, like Tesla, are a blend of the two.

Fully autonomous self-driving cars are still not for sale, but don’t let that fool you into thinking that interest or research has cooled off. Self-driving vehicles are a challenge for a number of reasons: Technologically, in terms of social acceptance, and from a regulatory perspective. While some evangelists who thought these problems would have been solved by now are having to revise their optimism, things are clearly headed in the right direction — even if there have certainly been some setbacks along the way.

It’s all about electrification

Rising customer demand and increased government emphasis and regulation have meant electrification has gained considerable momentum over the past few years. Don’t expect that to slow down, either. According to the World Economic Forum, electric car registrations increased 41% in 2020 despite a 16% decline in overall car sales across the world. The ramping up of EVs can be seen in the United States, Europe, and China, the three biggest car markets globally — with China remaining the leading EV market.

An electric vehicle plugged into a garage outlet.

In a world increasingly focused on sustainability, mass adoption of electric vehicles could potentially cut emissions around the world by more than one third by 2030, according to the International Energy Agency (IEA). In total, there are more than 11 million electric vehicles registered on the road, roughly equivalent to the populations of New York and Los Angeles combined.

With countries including Sweden and Israel testing custom roads that charge vehicles’ batteries as they drive over them, the process of charging electric vehicles should get easier, too. That would be a major bottleneck solved.

In-car technologies

A.I. is making the way cars get around smarter, but so too is the in-car experience changing. And not just because the dashboard now increasingly features gorgeous Tesla-style tablets. Affective computing company Affectiva is one of several companies working on in-cabin sensing to analyze what is happening inside the vehicle. That could mean using cameras and sensors to detect when a driver is tired or distracted, alerting if a child is left behind, or simply analyzing who is in the car and offering up personalized entertainment accordingly.

Mockup of how augmented reality in a car might look.

Meanwhile, companies like Envisics are building headset-free, in-car holography systems that can give drivers augmented reality HUD tech on their windshield that compares to the technology usually found in fighter jets or commercial aircraft. Innovations such as this can provide contextual information about the road during journeys.

A recent crowdsourced, lidar-based research project adds another twist on this by promising to give every car on the road X-ray vision. Until fully autonomous cars are widespread (and, even then, for entertainment reasons) this technology will help define the future of road vehicles. Not that every vehicle is to be found on the road, of course.

Flying cars

Flying cars have been promised for decades — to the point that their mythical status was the subject of an hilarious (and, language-wise, NSFW) short film by Clerks director Kevin Smith. But here in 2021, they’re certainly not quite as science fiction as they once were.

A drone-based flying taxi in midair.

The New York Times has likened the rise (no pun intended) of flying car startups to the trajectory of autonomous vehicles, “from the enormous ambition to the multi-billion-dollar investments to the cutthroat corporate competition, including a high-profile lawsuit alleging intellectual property theft. It also recreates the enormous hype.” This hype, and some impressive technological advances, mean that they’re now raking in no shortage of capital from enthusiastic investors.

Bloomberg recently reported on how “airlines plan to plow billions into flying taxis.” For a glimpse at some of the big names and most exciting projects in this space, check out our roundup here.

Other futuristic forms of transport

It’s not just private forms of transport that are experiencing a revolution right now. Shared forms of mass transportation are also undergoing a shakeup — whether it’s the next generation of supersonic jet, giant 40-seat drone buses, or even Elon Musk’s bold claim that Space X’s Starship could shuttle passengers between any two cities on the planet in less than an hour.

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