Tag Archives: MacBook Pro

Hands-On with Nano-Texture Display: Why the M4 Pro Chip Makes the MacBook Pro the Best Laptop Yet

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When Apple introduced the nano-texture display option, it revolutionized how creators like me interacted with their most crucial tool. Let’s face it, we look at the display on the laptop 100% of the time we use it, so it needs to be as perfect as humanly possible. Until now, despite countless improvements from Apple and others, no display has truly nailed the combination of resolution, quality, accuracy, and glare reduction. This is the first time it genuinely feels like everything has come together perfectly. As someone who frequently battles glare while simultaneously demanding the ideal combination of portability and power, I wholeheartedly believe that the MacBook Pro 14-inch, equipped with the formidable M4 Pro chip, represents a significant improvement that fully satisfies all my creative demands.

Designer: Apple

The Glare-Killing Game Changer: How Does Nano-Texture Technology Work?

The magic lies in microscopic etchings that break down light waves. Instead of applying a coating that dulls the display, Apple precisely alters the glass surface itself. These nanometer-scale etchings scatter ambient light while attempting to maintain the display’s inherent color accuracy and contrast.

The nano-texture display, a $150 upgrade, felt like a luxury at first—until I used it for the first time today. Working outdoors, on airplanes, in cars, or any bright environment is now effortless. Previously, my 16-inch M1 Max MacBook Pro would glare so much under sunlight that I’d have to squint or move indoors. Now, with the nano-texture display, direct sunlight feels irrelevant. I placed both laptops side-by-side during my testing, and the difference was immediate. The nano-texture display stood out, turning a frustrating glare-filled workspace into a productive one.

Apple’s nano-texture technology effectively reduces glare—it’s the closest thing to a paper-like feel I’ve experienced on a laptop screen, offering a unique viewing experience akin to a printed photograph. The etched surface scatters light evenly, making it comfortable to look at for long hours without that usual agony of dealing with glare. The crisp colors and contrast are still intact, which is crucial for my work. The nano-texture display also gives me a genuine sense of immersiveness, drawing me in without distraction, which is particularly beneficial for long sessions of writing, editing images, and videos. Whether I’m writing or editing images or videos, the screen performs seamlessly, with wide viewing angles and consistent quality, regardless of lighting conditions.

Performance Characteristics and Viewing Experience:

  • Glare Reduction: Exceptional, with near-complete elimination of reflections in diverse lighting conditions.
  • Color Preservation: Slightly reduced color vibrancy compared to glossy displays but maintains remarkable consistency across different environments.
  • It feels like viewing a printed photograph
  • Maintains readability in bright sunlight
  • Provides consistent visual performance from multiple angles

Nano-texture is specifically designed for the following professional use cases:

  • Photographers and visual artists
  • Professionals working in variable lighting environments
  • Creators who prioritize consistent display performance over peak color saturation

Portability Without Performance Compromise

For someone who is always on the move, the weight of my gear matters as much as its performance. The M4 14-inch MacBook Pro is incredibly light at 3.5 pounds compared to the 16-inch, which is heftier at 4.7 pounds and almost on par with the 15-inch MacBook Air M3, which weighs 3.3 pounds. This reduction might not sound significant on paper, but it’s transformative in daily use—especially when carrying other essentials.

The smaller display size could seem limiting, but it works perfectly for my needs in real-world use. As an editor and journalist who runs multiple tasks simultaneously—often including working in tight spaces like cafés or planes—the compact form factor fits seamlessly into my workflow without feeling like a compromise. As a one-bag packer, the smaller M4 MacBook Pro fits easily into my backpack, allowing me to travel light without sacrificing capability.

Performance: Effortless Efficiency

Apple Silicon has spoiled me with its reliability. The M4 Pro chip continues the tradition of handling demanding tasks without hiccups. Whether I’m editing a 4K video, running multiple content creation applications, or using a native AI app to transcribe audio to text, the performance is seamless. Efficiency isn’t just about speed—it’s about working without worrying if my machine can keep up.

What’s most surprising is how quiet it remains, even under heavy loads. I’ve been extremely spoiled by the noiseless MacBook Air, thanks to its fanless architecture, so this is a welcome feature during late-night writing sessions or when working in quieter environments. Nano-Texture: The Heart of the Upgrade

This display technology presents the perfect opportunity to upgrade—at this very moment. The nano-texture screen significantly reduced reflections, transforming how I work in mixed lighting conditions. My work remains vibrant and clear in a sunlit office, where glare usually dominates. At the same time, in dimly lit offices, the contrast and color accuracy stay sharp. It feels like the display adapts to me rather than vice versa.

For those already using an M1 Max MacBook Pro, the move to the M4 Pro might feel incremental on paper. But for me, it’s the culmination of subtle refinements: the nano-texture display, compactness of the 14-inch form factor, and even more efficient performance. These changes align perfectly with all my daily needs. It’s about having reliable tools that enhance my workflow and make my day-to-day tasks more efficient.

The M4 14-inch MacBook Pro is a reliable and essential part of how I create, edit, and collaborate every day. This is just a rough hands-on, and the full review is forthcoming. I have a trip to Japan, China, and then Dubai in the next few weeks back to back, and I can’t wait to put it through real-world tests. Starting at $1,999, with the nano-texture display option adding $150, it’s an investment that feels justified every time I power it on. For anyone who demand the best from their gear, this MacBook Pro delivers an experience worth every dollar.

The post Hands-On with Nano-Texture Display: Why the M4 Pro Chip Makes the MacBook Pro the Best Laptop Yet first appeared on Yanko Design.

Apple Just Gave Us 10 Reasons to Upgrade to the Ultimate MacBook Pro Powered by M4 Chips

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Apple has launched its most advanced MacBook Pro lineup yet, setting a new standard for what professionals can expect from a laptop. Powered by the new M4 chips, these laptops mark significant strides in performance, efficiency, and AI capabilities while maintaining the sleek, dependable design Apple is known for. Designed with creatives, developers, and power users in mind, the new MacBook Pro is built to handle resource-heavy tasks effortlessly. The integration of AI throughout macOS Sequoia makes workflows faster and more intuitive, adapting smoothly to modern professional demands.

Image: Apple

Designer: Apple

M4 Chips: The Pinnacle of Silicon Innovation

Apple’s M4 chips are the latest evolution of Apple Silicon, built on second-generation 3nm technology. They deliver the fastest single-threaded CPU performance in a MacBook, with substantial gains in multi-threaded workloads. Whether editing high-resolution images or rendering complex 3D models, the M4 provides a smooth experience.

Image: Apple

Apple’s enhanced Neural Engine is over three times faster than its predecessor, making AI-powered tasks more responsive than ever. Apple’s M4 chip integrates machine learning accelerators directly within the CPU, complemented by an advanced GPU for heavy computational tasks. These improvements help creative professionals work more fluidly without the bottlenecks often found in traditional laptops when modeling in AI, rendering animations, or analyzing large datasets.

Base M4: Featuring a 10-core CPU with four high-performance cores and six efficiency cores, alongside a 10-core GPU, the base M4 delivers up to 1.8x faster performance for tasks like editing gigapixel photos or rendering graphics compared to the M1. With 120GB/s of memory bandwidth and up to 32GB of unified memory, the M4 base is versatile for various uses.

M4 Pro: This version of the M4 steps up with a 14-core CPU and up to a 20-core GPU. With increased memory bandwidth and more processing power, it’s ideal for professionals tackling workflows like geomapping or data modeling.

M4 Max: Designed for those who demand the most power, the M4 Max packs a 16-core CPU and a 40-core GPU, capable of handling half a terabyte per second of memory bandwidth. It’s a portable powerhouse meant for advanced simulations, large language models, and heavy 3D animation work—bringing desktop-level power to a portable form.

Display Technology for Precision and Comfort

The MacBook Pro’s Liquid Retina XDR display is a treat for those who demand precision and clarity. Adding an innovative nano-texture glass option significantly reduces glare, making it practical for working outdoors or under bright lights without compromising the screen’s color accuracy. With brightness levels reaching 1000 nits in SDR and up to 1600 nits in HDR, the display is perfect for media production, providing vibrant and true-to-life colors.

Image: Apple

Apple’s attention to display quality ensures that graphic designers, filmmakers, and photographers get reliable color consistency across projects. This helps make the MacBook Pro as comfortable for fieldwork as it is for studio editing, minimizing the need to recalibrate across different environments.

Enhanced Connectivity with Thunderbolt 5

The M4 and M4 Max models now support Thunderbolt 5, providing data transfer rates of up to 120 Gb/s. This kind of connectivity is transformative for professionals who juggle multiple high-resolution monitors or work with enormous external drives. Thunderbolt 5 ensures that moving files or efficient workflows with docking stations is as fast as possible. Additionally, the HDMI port now supports up to 8K resolution, allowing for presentation flexibility and extended work setups.

Image: Apple

MagSafe 3 is back, offering a fast and reliable charging option—enabling up to 50% charge in 30 minutes. With Wi-Fi 6E and Bluetooth 5.3, the new MacBook Pro models are ready for seamless high-speed connections in any environment.

Apple Intelligence: AI Integration for Enhanced Productivity

Apple’s M4 chip brings AI closer to macOS Sequoia’s core experience with Apple Intelligence, a suite of smart tools for system assistance. Apple Intelligence aims to make every interaction, whether rewriting text, summarizing documents, or generating visuals, more productive. For example, the upcoming Image Playground can generate visuals for quick mock-ups. At the same time, Genmoji lets users create personalized emojis in real-time—with Apple’s promise of on-device privacy.

Image: Apple

Developers also benefit from the enhanced AI, using tools like integrated ChatGPT for prototyping or code suggestions. Researchers can streamline their workflows with instant dataset summaries, while professionals in other fields might appreciate AI-generated responses to routine communications. AI’s practicality and direct usefulness across professions make macOS Sequoia powerful and contextually intelligent.

Performance Across Creative Workflows

Apple’s M4 lineup makes a real impact across creative workflows. With Affinity Photo, users can see processing times up to seven times faster than Intel-based models and nearly double the speed of the M1. Blender users will notice significant reductions in rendering times—up to 10.9 times faster than older Intel Macs. For filmmakers, Adobe Premiere Pro’s scene detection is almost ten times faster, helping ensure seamless edits and productivity aren’t held back by hardware.

Image: Apple

This version of the M4 performs exceptionally well in heavy rendering tasks like those in Maxon Redshift, showing up to a fourfold increase in speed over Intel models. Meanwhile, the M4 Max provides incredible gains—with video processing performance enhanced over 30 times, offering near-instant previews for even the most complex projects.

Image: Apple

Advanced Camera, Audio, and Battery Life

Apple has upgraded the MacBook Pro’s camera to a 12MP unit with Center Stage, keeping users perfectly framed during video calls if they are presenting or moving about. The six-speaker sound system is another leap, delivering balanced, rich audio perfect for editing or simply enjoying media. The force-canceling woofers reduce distortion, ensuring that what you hear is always precise.

Image: Apple

Even with all these features, battery life stretches up to 24 hours, allowing for extended productivity without needing to recharge constantly. This balance of power and portability makes the new MacBook Pro perfect for professionals on the go.

Sustainability, Design, Pricing and Availability

Apple continues its commitment to sustainability by incorporating 100% recycled materials—aluminum, rare earth elements, tin, and copper—in the construction of the new MacBook Pro. The sleek new space black finish reduces visible fingerprints, keeping the device looking clean. Moreover, Apple’s ongoing focus on fiber-based packaging reflects its push to eliminate plastics by 2025 and achieve full carbon neutrality by 2030.

Image: Apple

The new MacBook Pro lineup starts at $1,599 for the base 14-inch M4 model, with special pricing for students at $1,499. The 16-inch model starts at $2,499, with pre-orders opening on October 30 and general availability beginning on November 8.

Image: Apple

Apple’s M4 MacBook Pro lineup meets today’s demanding workflows with unmatched performance, thoughtful AI integration, and a sustainable design.

The post Apple Just Gave Us 10 Reasons to Upgrade to the Ultimate MacBook Pro Powered by M4 Chips first appeared on Yanko Design.

Apple’s Blazing Fast Performing M4 Macs Are Coming on October 28!

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Apple is shaking things up next week with a series of announcements centered around its Mac lineup. Forget the grand on-stage unveilings this time—Apple is keeping it low-key, relying on press releases and possibly a few polished pre-recorded videos. The first wave of these announcements kicks off on Monday, October 28, 2024, and it promises to be an important moment for the company’s Mac product line. Here’s what to expect as Apple gears up to roll out its latest upgrades.

Designer: Apple

What’s Happening Next Week

Apple’s new approach avoids flashy keynotes or packed theaters. Instead, this time, as reported by Mark Gurman with Bloomberg, Apple will let its products do the talking through a week of releases, beginning with updates about its Mac lineup.

Following these initial reveals, Apple will host a hands-on experience session in Los Angeles on October 30, as confirmed by Gurman. This event will give select media and creators an exclusive first look. The news will be distributed online beforehand, allowing fans to quickly learn about the latest Mac offerings.

M4 Takes the Spotlight

At the heart of Apple’s upcoming announcements is its new M4 chip, which debuted in the iPad Pro earlier this year. Now, it’s time for the Mac lineup to receive the same power boost.

The M4 chip is expected to find its way into several new Macs, including the MacBook Pro, iMac, and Mac mini. This integration marks a significant performance step forward for Apple’s desktop and laptop offerings, bringing the same efficiency and power seen in the latest iPad Pro to its Mac devices.

MacBook Pro: Power in 14 and 16-inches

Apple plans to introduce new 14-inch and 16-inch MacBook Pro models, each equipped with the M4 Pro and M4 Max chips. These updates promise significant performance improvements, focusing on enhanced RAM capacity and additional Thunderbolt ports to support creative professionals and power users.

Visually, though, don’t expect any dramatic changes. These models appear to be focused on internal improvements rather than external redesigns. The emphasis is on delivering better multitasking capabilities and faster workflows for creative professionals who need that extra power.

iMac Refresh: Familiar Looks, New Guts

The 24-inch iMac is also in line for an upgrade, finally getting the M4 chip under the hood. The refresh could include improvements in RAM and CPU core counts.

However, no major design overhaul is expected here like the MacBook Pro. Expect Apple to stick with its current colorful aesthetic while improving what’s inside. The M4 chip will enhance the iMac’s ability to handle more intensive tasks, making it a solid choice for home and office users.

Mac mini: Smaller, Yet More Capable

Among the biggest shifts expected is a redesigned Mac mini. Apple seems ready to shake up this form factor, making it even more compact—rumors suggest a design inspired by the slim profile of an Apple TV.

The new Mac mini will get both the M4 and M4 Pro chips, and it’s likely to see some tweaks in port offerings, with more USB Type-C slots added to the mix. This redesign could make the Mac mini appealing for those looking for a powerful yet space-saving desktop solution.

How Does the M4 Compare to the M3?

The short answer is that the new Apple M4 chip performs significantly better than its predecessor, the M3 chip.

Performance Improvements

CPU Cores and Speed: The M4 chip features a 10-core CPU compared to the M3’s 8-core CPU. This increase in core count contributes to enhanced multitasking and better overall processing power. The M4 operates at a base frequency of 4.41 GHz, notably higher than the M3’s 4.05 GHz. This boost in clock speed means faster response times and improved efficiency, particularly in demanding applications.

Benchmark Scores: In Geekbench v6 tests, the M4 chip demonstrates a 27% increase in single-core performance and a 30.6% boost in multi-core performance compared to the M3. Specifically, the M4 scored 3864 in single-core and 15288 in multi-core tests, while the M3 scored 3048 and 11708, respectively. These gains are significant for users relying on raw processing power and effective multitasking capabilities.

Memory Bandwidth: The M4 chip supports quad-channel memory with a theoretical bandwidth of 120 GB/s, approximately 17% higher than the M3’s dual-channel support at 102.4 GB/s. This enhancement allows for quicker data access, which is particularly beneficial for tasks involving large datasets, video editing, and other high-bandwidth requirements.

GPU Performance: The integrated GPU in the M4 chip also delivers a significant upgrade, with a Metal score of 57603 compared to the M3’s 47414—indicating roughly a 20% improvement in graphics performance. This is particularly advantageous for graphics-intensive workflows, including video rendering, gaming, and creative applications.

Architectural Enhancements

Transistor Count: The M4 chip has 28 billion transistors, compared to the M3’s 25 billion. More transistors mean the M4 can manage more tasks simultaneously, resulting in smoother performance and better multitasking. This makes the M4 ideal for demanding tasks like video editing, gaming, and other creative work where efficiency is vital.

Fabrication Process: The M3 and M4 chips are made using a 3 nm process, but the M4 uses a second-generation version of this technology, which makes it slightly more efficient and powerful. The M4 also features ARMv9 architecture, while the M3 uses ARMv8. This updated architecture means the M4 can perform tasks faster, with less delay, and handle more complex workloads more easily.

Overall, the Apple M4 chip offers substantial upgrades over the M3, especially in processing speed, core count, memory bandwidth, and graphics performance. These improvements make it a powerful choice for users seeking enhanced performance for their creative and professional workflows.

What It Means for Apple’s Lineup

If you’re a MacBook Pro user, upgrading to the M4 Pro or M4 Max could mean a big boost in your daily workflow. Faster multitasking and a smoother experience overall are on the horizon. The new Mac mini, now even smaller but packed with more power, will be perfect for those who need a compact yet capable desktop. And for iMac fans, the new M4 chip means better performance without losing the classic look everyone loves.

Make sure to mark your calendar for October 28, and keep coming back for our coverage of all the exciting news. We’ll have everything you need as Apple reveals its latest updates.

The post Apple’s Blazing Fast Performing M4 Macs Are Coming on October 28! first appeared on Yanko Design.

The New Apple M3 Chip Enables Workflows Previously Unavailable on a Laptop

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The next generation of silicon is coming to Apple computers. Announced in an uncharacteristically late-afternoon Apple Event on October 30, the three newest Apple chips (M3, M3 Pro, and M3 Max) are packed with the tiniest transistors Apple has ever stuck into its laptop and desktop computers. The newest chips, which use Apple’s groundbreaking 3nm process, are first launching with the new M3 iMac and M3 MacBook Pro, and, boy howdy, Apple is certainly giving other laptop manufacturers a run for their money in the final quarter of 2023.

Designer: Apple

Apple makes a big deal over the fact its base 10-core M3 GPU can render graphics up to 2.5x faster than a comparable M1 GPU, while the base 8-core M3 CPU gets a 50% relative boost in performance to its M1 counterpart. In terms of raw performance alone, those two figures represent a massive upgrade over a chip that released alongside new Apple computers only three years ago. That’s just the tip of the iceberg; thanks to a bevy of new capabilities unlocked by M3’s ultra-compact transistor size, the upper performance limits of the M3 family are higher than ever — meaning, if you’re an AI developer, a game designer, or a visual designer of some sort, your next primary workstation may be a new Mac running on a hyper-powerful M3 Max, armed to the teeth with a 40-core GPU, 16-core CPU, 128 gigs of high-speed RAM, and a 8 TB SSD.

On a basic level, the standard 10-core M3 GPU is an impressive component, fitted with all-new features like hardware-accelerated ray-tracing, mesh shading, and Dynamic Caching to deliver, at a minimum, “65 percent more performance” over M1-based Macs when performing rendering-heavy tasks such as gaming and 3D imaging. It’s facilitated by the M3 chip’s new unified memory architecture (which is supposed to vastly speed up RAM while boosting power efficiency) and support for up to 24 gigs of RAM by default (or up to 36 gigs for the M3 Pro, or up to 128 for the M3 Max), which all make use of the aforementioned new unified architecture. Apple says this “unlocks workflows previously not possible on a laptop, such as AI developers working with even larger transformer models with billions of parameters.”

For the average user, that’s not a huge deal on its own. Sure, games are capable of running smoother and looking prettier as a result of the new hardware, and it sounds like macOS 14 is equipped to make use of the M3 chip design to enable things like Game Mode, which deprioritizes background tasks while a game window is active. But, another big draw of the new M3 architecture is the addition of integrated AV1 decoding. Built-in AV1 support means a new M3-powered iMac or MacBook Pro can smoothly stream 4k60 video from digital streaming services without a noticeable drop in quality if the connection starts to waver.

This also has work applications. For instance, two or more M3-powered Macs communicating with one another via Screen Share should have a buttery-smooth experience, even when both Macs are working on resource-heavy tasks.

The post The New Apple M3 Chip Enables Workflows Previously Unavailable on a Laptop first appeared on Yanko Design.

M3 MacBook Pro Boasts 11x Better Performance Than an Actual Intel Desktop

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The October 30 Apple Event was exactly as “scary fast” as it was deemed to be, clocking in at no more than 30 minutes in total. That was more than enough time for Apple to show up and hammer out the most important details about its M3-powered next-gen upgrades for the MacBook Pro and the iMac, and admittedly there’s a lot to love. It’s worth noting the 2020-era M1 chip was the sole point of reflection for the company; Apple specifically noted a 60% upgrade in performance between the 14-inch M3 Pro-powered MacBook Pro and the 13-inch M1 MacBook Pro.

MacBook Pros featuring the M2 Pro and M2 Max launched in January, and so it’s probably too soon for an upgrade from those. But Apple’s point is clear: if you own anything earlier than an M1-powered MacBook Pro, or if you own even the most powerful Intel-based Mac on the market, you’re tailing behind the pack.

Designer: Apple

It’s hard to argue against the swath of powerful new features included in the late-2023 MacBook Pro lineup — equipped with the full array of hyper-powerful Apple M3 chips, which use a 3-nanometer process much like the A17 Pro chip included in the iPhone 15 Pro and iPhone 15 Pro Max. These new M3, M3 Pro, and M3 Max-powered MacBook Pros are the current flagship of the macOS fleet, and all models benefit from the vastly increased base performance, which Apple claims is “11x faster than the most powerful Intel-based MacBook Pro”.

If you’re a designer or a creator who needs all the horsepower you can get, the MacBook Pro M3 Max model is probably your best bet thanks to its 16-core CPU and 40-core GPU with Dynamic Caching, a feature that can evidently boost performance by dynamically allocating memory in real time. For even just the base M3 model, however, macOS Sonoma’s new features (like Screen Sharing between M3-powered Macs and Game Mode, which prioritizes framerates in games like Baldur’s Gate 3) make great use of all that computing power.

The new MacBook Pro color scheme, Space Black, is a gorgeous, metallic black chassis that marks a MacBook first since 2006. Apple considers it a “Pro” color, so it’s less likely we’ll see a similarly-colored M3-powered MacBook Air any time soon, and that’s a real shame because it does look quite sleek.

Both the 14-inch and 16-inch M3 MacBook Pro are now available to pre-order from Apple’s online store. The base M3-powered 14-inch MacBook Pro will begin at $1,599 while the M3-powered 16-inch is set to start at $2,499. Of course, you’ll need to shell out a bit more for the M3 Pro and M3 Max versions. Orders will begin shipping out on November 7.

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