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MacBook Pro 14-inch review (2023): A blessing for creatives

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With its last batch of MacBook Pros, Apple gave its more demanding fans everything they wanted: Tons of ports, lots of power, and genuinely great screens. As usual, the company is following up that major redesign with a straightforward chip upgrade, featuring the new M2 Pro and M2 Max. They’re faster, as you’d expect, but they also deliver a few features power users may appreciate, like 8K video output and support for WiFi 6E.

Once Apple locks in a redesign, it typically doesn’t mess with a good thing (save for complete disasters like the trashcan Mac Pro). So it’s no surprise to see that this year’s MacBook Pro 14 doesn’t look any different than the 2021 model. It still boasts a gorgeous 14.2-inch Liquid Retina XDR display with ProMotion support and a prominent notch housing a 1080p webcam. It has all of the ports you’d actually want, including a MagSafe power connection, three Thunderbolt 4 USB-C ports, HDMI, a headphone jack and a full-sized SD card slot. And the overall shape of the computer remains relatively flat, an evolution of the long-lived unibody MacBook Pro design.

Under the hood, though, the MacBook Pro 14 has been dramatically upgraded. It can be equipped with Apple’s new M2 Pro chip, which offers up to a 12-core CPU and 19-core GPU, or the M2 Max, which squeezes in a 12-core CPU and 38-core GPU. Much like Intel’s new hybrid processors, as well as mobile chips from Qualcomm, Apple relies on a combination of core speeds for its CPUs (the 12-core chips, for example, have eight performance cores and four efficiency cores). The previous M1 Pro and M1 Max topped out with 10 CPU cores and 16 or 32 GPU cores, respectively.

MacBook Pro 14-inch (2022) side profile showing off ports
MacBook Pro 14-inch (2022) side profile showing off ports

Apple claims the M2 Pro is around 20 percent faster than its predecessor in CPU speeds, and up to 30 percent faster when it comes to graphics. The M2 Max, meanwhile, is up to 30 percent faster than the M1 Max in terms of graphics. We tested the fully-upgraded $3,299 MacBook Pro, which was equipped with the M2 Max chip with 38 GPU cores and 64GB of RAM. It scored around 2,600 points (19 percent) faster in the GeekBench 5 multitasking CPU benchmark, compared to the M1 Max-equipped MacBook Pro 16. It was also 18 percent faster in the GPU-powered GeekBench 5 Compute test and a whopping 60 percent faster than the M1 Max Mac Studio in the 3DMark Wildlife Extreme benchmark.

None Geekbench 5 CPU Geekbench 5 Compute Cinebench R23 3DMark Wildlife Extreme
Apple MacBook Pro 14-inch (Apple M2 Max, 2023) 1,970/15,338 71,583 1,603/14,725 18 ,487
Apple MacBook Pro 13-inch, (Apple M2, 2022) 1,938/8,984 27,304 1,583/8,719 6,767
Apple MacBook Pro 14-inch (Apple M1 Pro) 1,767/11,777 38,359 1,515/12,118 N/A
Apple MacBook Pro 16-inch (Apple M1 Max, 2021) 1,783/12,693 60,167 1,524/12,281 N/A
Apple Mac Studio (Apple M1 Ultra) 1,785/23,942 85,800 1,537/24,078 10,020

These are phenomenal results if you’re planning to use the MacBook Pro to its full potential. But I’ll admit, during everyday usage, I didn’t notice any major performance benefits over the previous models. That’s not really a knock against the new computer, it’s more a testament to how much Apple got right last time. Unlike PCs, you probably won’t be gaming too much with your Mac, either, so there’s less of a reason to chase frequent upgrades. On that note, it’s nice to see some modern games with native Mac support. Resident Evil Village easily hits 60fps on the MacBook Pro at full resolution, but I wouldn’t be surprised if the same was true for the M1 models.

MacBook Pro 14-inch (2022) running Resident Evil VillageMacBook Pro 14-inch (2022) running Resident Evil Village
MacBook Pro 14-inch (2022) running Resident Evil Village

If you’re among the folks dealing with large video encoding or high compute jobs daily, though, it may be worth moving up from the last MacBook Pro. It took me 31 seconds to transcode a minute-long 4K clip into 1080p using Handbrake — but the M1 Max MacBook Pro 16 took a full 10 seconds longer. Extrapolate that to longer jobs and you could be saving yourself some serious time. And if you’ve managed to hold out with an Intel MBP until now, it’s definitely time to upgrade — you’ll easily see a night and day difference in speed.

Aside from its performance, the MacBook Pro 14 remains a wonderful workhorse to live with. The MiniLED Liquid Retina display looks fantastically bright, especially when viewing HDR content. Mostly, though, I appreciated the smooth scrolling thanks to Apple’s 120Hz ProMotion refresh rate. The six speaker sound system remains excellent, with crisp and punchy audio that’s leagues ahead of most other laptops. And I remain impressed with the MacBook Pro’s built-in three-mic array. It’s no replacement for a dedicated USB microphone, but it sounds great during video calls.

MacBook Pro 14-inch (2022) keyboard and trackpadMacBook Pro 14-inch (2022) keyboard and trackpad
MacBook Pro 14-inch (2022) keyboard and trackpad

The MacBook Pro’s keyboard is certainly better than the old butterfly models, but I wish Apple was able to deliver more key travel. It’s still great to type on, to be clear, I’m just feeling a bit spoiled from the mechanical keyboards I’ve seen in some gaming laptops. The Pro’s trackpad remains best in class though, with a large surface area and responsive performance. After testing the XPS 13 Plus last year, which featured an attractive yet hard to use trackpad hidden in the wrist rest, I’m even more appreciative of Apple’s clean design. It turns out that being able to feel the difference between the trackpad and the wrist rest is pretty helpful!

Apple is touting better battery life as another major benefit of the M2 Pro and Max chips, and I definitely noticed an improvement. The previous MacBook Pro lasted 12 hours and 36 minutes during our testing, but the new model made it to 15 hours and 10 minutes. That’s a healthy step up, especially if you find yourself stuck on a long flight without any working outlets. Apple says that the new MacBook Pros can reach up to 22 hours of battery life, but take note that figure only refers to the 16-inch model.

MacBook Pro 14-inch (2022) notchMacBook Pro 14-inch (2022) notch
MacBook Pro 14-inch (2022) notch

Just like last time, the 14-inch MacBook Pro starts at $1,999 — a huge leap from the $1,299 13-inch model. I’m still a bit baffled by that MacBook Pro, though. Most mainstream shoppers would be better off with the revamped M2 MacBook Air, while power users might as well bump up to this more powerful 14-inch model. If you’re aiming for something bigger, the 16-inch MacBook Pro starts at $2,499. New gear also means the old models will inevitably go on sale, so it’s worth keeping an eye on the M1 Pro and Max machines if you’re aiming to save some money. Sure, they’re a bit slower, but you could put that extra money towards buying more RAM or storage.

It’s no wonder Apple announced the new MacBook Pros without much fanfare. It’s just a simple spec bump, not the sort of thing most buyers would get too excited about. But for the creative professionals who need the most power possible, it’s another reason to stick with Apple instead of jumping to a PC.

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Building Homes Faster with our Latest 3D Construction Printer

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Copenhagen, 22.10.2024 – COBOD International, the global leader in 3D construction printing technology, proudly introduces the BOD3 3D Construction Printer for 3D printing of real concrete. Equipped with an extendable ground-based track system, the BOD3 advances the construction process by eliminating printer downtime between multiple buildings on the same site, setting a new benchmark for productivity and efficiency. The BOD3 is the most advanced solution for high-volume low-rise construction and a very effective alternative to conventional construction methods.

The heart and key feature of the new BOD3 3D printer is the advanced extendable ground-based track system. This system enables limitless extension along the Y-axes (length), expanding the printable area to cover 2 or 3 buildings, and reducing setup time to a single installation for multi-building projects. It’s a game-changer, allowing continuous, uninterrupted printing across large sites, increasing efficiency for high volume and mass production at an unmatchable scale.

 

Render of COBOD BOD3 3D Construction Printer.

Render of COBOD BOD3 3D Construction Printer.

The BOD3, COBOD’s third printer model, is the outstanding achievement of years of dedicated research, development, and close collaboration with customers. It is a vital advancement in automated construction technology, directly addressing the urgent global demand for faster, smarter, more efficient and sustainable building solutions. Like every COBOD 3D printer, the BOD3’s modular design offers customization, allowing it to easily adapt to any customer’s size wishes in addition to complying with the various sizes of construction sites anywhere in the world.

The BOD3 follows COBOD’s vision to build smarter through automation. Its operational stand combines the control and monitoring of both the 3D printer and supplementary equipment in one user-friendly system. The Advanced Hose Management System (AHMS) transports 3D printable material from the materials delivery system to the printhead via hoses secured within E-chains, minimizing physical labor and optimizing material flow. With the addition of the dual dosing system for additives, operators can better control the concrete and adapt it to onsite environmental conditions. By introducing additives directly at the printhead, the system reduces drying time between layers, speeding up the overall construction process. Designed for easy operation and precision, the BOD3 can be operated by a small, trained, and certified team, reducing the costs of projects.

Incorporating the innovative Universal X-Carriage, the BOD3 is ready for future COBOD advancements and technologies, like the introduction of additional tools for the printer aimed at insulating, painting, sanding, etc. This ensures long-term versatility and performance that will keep the BOD3 at the forefront of the industry for years to come.

 

Universal X-Carriage with Printhead

Universal X-Carriage with Printhead.

Already deployed to the global market, the BOD3 is currently active in Indonesia, by Modula Tiga Dimensi, Angola, by Power2Build, and Bahrain, by Ab’aad 3D. The customers report faster project execution with near-zero downtime between individual buildings on the same site. The projects showcase the BOD3’s ability to speed up construction and print with real concrete, with 99% locally sourced materials and 1% of innovative D.fab, a co-developed solution by COBOD and Cemex to make concrete 3D printable.

Henrik Lund-Nielsen, Founder and General Manager of COBOD, commented on the BOD3: “The global housing crisis demands a more efficient construction solution that is faster, more efficient, and scalable. The BOD3 is our answer to this challenge. Drawing on years of research and expertise, we’ve designed the BOD3 with innovative features, making it our most cost-effective and efficient model yet for multiple low-rise buildings. Its design supports high-volume, linear production of houses, enabling mass production without compromising quality. The fact that six units have already been sold before its official launch speaks volumes about the BOD3’s market demand and the trust our customers place in our technology.

Michael Holm, Chief Innovation Officer at COBOD, states, “The advanced ground-based track system was developed as a response to our customers’ needs to increase efficiency and productivity. Now the 3D construction printer can be easily extended, and multiple consecutive structures can be printed with minimal repositioning and zero downtime between projects, making 3D construction printing more efficient than ever before.

 

The BOD3 is now available for purchase worldwide; for more information, please visit our website, www.cobod.com, or contact us at info@cobod.com.

 

RELEVANT LINKS

 

ABOUT COBOD

COBOD stands as the global leader in supplying 3D printers for the construction sector, with over 80 printers distributed across North and Latin America, Europe, the Middle East, Africa, and Asia-Pacific. Driven by a mission to revolutionize construction through multifunctional robots based on 3D printing, COBOD envisions automating half of the construction processes to achieve faster, cost-effective, sustainable results with enhanced design versatility.

From residential, commercial, and public buildings, COBOD’s 3D printers have been instrumental in erecting 1- to 3-story structures across all six inhabited continents. The innovative technology also extends to fabricate large-scale data centers, wind turbine towers, tanks, and more.

Embracing an open-source material approach, COBOD collaborates with global partners, including customers, academia, and suppliers. The company, backed by prominent shareholders such as General Electric, CEMEX, Holcim, and PERI, operates from its main office in Copenhagen, Denmark, and regional competence centers in Miami, Florida, and Kuala Lumpur, Malaysia. COBOD’s dynamic team comprises over 100 professionals from 25 diverse nationalities.

 

ABOUT MODULA TIGA DIMENSI

PT Modula Tiga Dimensi is a joint venture between Bakrie & Brothers (BNBR) and COBOD. BNBR focuses on offering and providing solutions for housing backlog problems currently encountered by the country.

Teaming up with COBOD International, the company is now set to adopt the latest 3D printing construction technology and is ready to offer the Indonesian market a new and better solution to housing obstructions.

 

ABOUT POWER2BUILD
Reshaping the construction sector and adapting it to urgent human needs.

Power2Build is a technology company for the construction industry, prepared to establish partnerships with private, public, and non-governmental organizations (NGOs) so that they can make the transition to Build 4.0 through 3DCP.

We offer our clients value-added services and high-quality projects, always with a multidisciplinary approach that brings together the necessary experience to deal with complex issues.

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Slack researcher discusses the fear, loathing and excitement surrounding AI in the workplace

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SAN FRANCISCO (AP) — Artificial intelligence‘s recent rise to the forefront of business has left most office workers wondering how often they should use the technology and whether a computer will eventually replace them.

Those were among the highlights of a recent study conducted by the workplace communications platform Slack. After conducting in-depth interviews with 5,000 desktop workers, Slack concluded there are five types of AI personalities in the workplace: “The Maximalist” who regularly uses AI on their jobs; “The Underground” who covertly uses AI; “The Rebel,” who abhors AI; “The Superfan” who is excited about AI but still hasn’t used it; and “The Observer” who is taking a wait-and-see approach.

Only 50% of the respondents fell under the Maximalist or Underground categories, posing a challenge for businesses that want their workers to embrace AI technology. The Associated Press recently discussed the excitement and tension surrounding AI at work with Christina Janzer, Slack’s senior vice president of research and analytics.

Q: What do you make about the wide range of perceptions about AI at work?

A: It shows people are experiencing AI in very different ways, so they have very different emotions about it. Understanding those emotions will help understand what is going to drive usage of AI. If people are feeling guilty or nervous about it, they are not going to use it. So we have to understand where people are, then point them toward learning to value this new technology.

Q: The Maximalist and The Underground both seem to be early adopters of AI at work, but what is different about their attitudes?

A: Maximalists are all in on AI. They are getting value out of it, they are excited about it, and they are actively sharing that they are using it, which is a really big driver for usage among others.

The Underground is the one that is really interesting to me because they are using it, but they are hiding it. There are different reasons for that. They are worried they are going to be seen as incompetent. They are worried that AI is going to be seen as cheating. And so with them, we have an opportunity to provide clear guidelines to help them know that AI usage is celebrated and encouraged. But right now they don’t have guidelines from their companies and they don’t feel particularly encouraged to use it.

Overall, there is more excitement about AI than not, so I think that’s great We just need to figure out how to harness that.

Q: What about the 19% of workers who fell under the Rebel description in Slack’s study?

A: Rebels tend to be women, which is really interesting. Three out of five rebels are women, which I obviously don’t like to see. Also, rebels tend to be older. At a high level, men are adopting the technology at higher rates than women.

Q: Why do you think more women than men are resisting AI?

A: Women are more likely to see AI as a threat, more likely to worry that AI is going to take over their jobs. To me, that points to women not feeling as trusted in the workplace as men do. If you feel trusted by your manager, you are more likely to experiment with AI. Women are reluctant to adopt a technology that might be seen as a replacement for them whereas men may have more confidence that isn’t going to happen because they feel more trusted.

Q: What are some of the things employers should be doing if they want their workers to embrace AI on the job?

A: We are seeing three out of five desk workers don’t even have clear guidelines with AI, because their companies just aren’t telling them anything, so that’s a huge opportunity.

Another opportunity to encourage AI usage in the open. If we can create a culture where it’s celebrated, where people can see the way people are using it, then they can know that it’s accepted and celebrated. Then they can be inspired.

The third thing is we have to create a culture of experimentation where people feel comfortable trying it out, testing it, getting comfortable with it because a lot of people just don’t know where to start. The reality is you can start small, you don’t have to completely change your job. Having AI write an email or summarize content is a great place to start so you can start to understand what this technology can do.

Q: Do you think the fears about people losing their jobs because of AI are warranted?

A: People with AI are going to replace people without AI.

The Canadian Press. All rights reserved.

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Biden administration to provide $325 million for new Michigan semiconductor factory

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WASHINGTON (AP) — The Biden administration said Tuesday that it would provide up to $325 million to Hemlock Semiconductor for a new factory, a move that could help give Democrats a political edge in the swing state of Michigan ahead of election day.

The funding would support 180 manufacturing jobs in Saginaw County, where Republicans and Democrats were neck-in-neck for the past two presidential elections. There would also be construction jobs tied to the factory that would produce hyper-pure polysilicon, a building block for electronics and solar panels, among other technologies.

Commerce Secretary Gina Raimondo said on a call with reporters that the funding came from the CHIPS and Science Act, which President Joe Biden signed into law in 2022. It’s part of a broader industrial strategy that the campaign of Vice President Kamala Harris, the Democratic nominee, supports, while Republican nominee Donald Trump, the former president, sees tariff hikes and income tax cuts as better to support manufacturing.

“What we’ve been able to do with the CHIPS Act is not just build a few new factories, but fundamentally revitalize the semiconductor ecosystem in our country with American workers,” Raimondo said. “All of this is because of the vision of the Biden-Harris administration.”

A senior administration official said the timing of the announcement reflected the negotiating process for reaching terms on the grant, rather than any political considerations. The official insisted on anonymity to discuss the process.

After site work, Hemlock Semiconductor plans to begin construction in 2026 and then start production in 2028, the official said.

Running in 2016, Trump narrowly won Saginaw County and Michigan as a whole. But in 2020 against Biden, both Saginaw County and Michigan flipped to the Democrats.

The Canadian Press. All rights reserved.

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