Laptops & PCs

macbook air
Gaming, Laptops & PCs, Tech News

MacBook Air M4 vs M3 vs M2 vs M1 – What’s the Smart Buy in 2025?

Should You Buy the M4 MacBook Air or Stick With an Older Model? When it comes to the new M4 MacBook Air, most people are really only asking two questions: How does it compare to previous Apple Silicon MacBook Airs? Is it worth buying the latest version, or should you save some money and go with an older model? Let’s start with the first question, because it’s the more straightforward one. Physical and Design Differences: Since the redesign from the M1 to the M2 Air in 2022, Apple hasn’t made any major physical changes to the MacBook Air. That redesign introduced a brighter screen, improved webcam, better speakers, upgraded keys, an improved trackpad, and enhanced port selection. Comparing the M3 Air to the M4, the differences are far more subtle. The M4 features a slightly upgraded webcam with Center Stage and marginally better image quality, though in video calls, this doesn’t have a significant impact. There’s also a new color Sky Blue replacing Space Gray, which has been a fan-favorite for years. The current lineup now includes Sky Blue, Silver, Starlight, and Midnight. Perhaps the most significant hardware update is the support for two external displays in addition to the MacBook’s built-in screen. The M3 allowed dual external displays only when the laptop’s lid was closed. The new feature that lets you use the built-in screen and two external monitors at the same time is great news for people who use two monitors. Previous generations, including the M2 and M1, only supported one external monitor, regardless of the lid’s position. Performance and Price: Now to the performance and Apple has made two big changes with the M4 MacBook Air: Base model RAM is now 16 GB, up from 8 GB. Retail price is lower, back down to $999. Just the extra RAM by itself is a big improvement. While partly aimed at streamlining Apple’s offerings and competing with Windows laptops, the bigger picture is Apple’s long-term vision. The company has big plans for Apple Intelligence, and 8 GB simply isn’t sufficient to support it fully. This was clear when the M4 iPads came out with just 8GB of RAM. Doubling the RAM is something users have requested for years, and it finally happened. While the 256 GB base storage remains limiting, more RAM has a bigger impact on performance especially in memory-intensive tasks. Also, the price is back to the old $999, which was the launch price of the M1 Air in late 2020. The M2 increased it to $1,199. Now, the M4 is back at $999 with better features, which makes it possibly the best value laptop available today, even compared to Windows laptops. This also makes it harder to compare with older MacBook Air models, as many of them are now being sold at attractive secondhand prices. Comparing the Apple Silicon Generations Here’s a quick breakdown of what you get in each base model of Apple Silicon MacBook Air: M1 and M2: Base 8GB RAM, single external display support. M3: Also 8GB RAM in most existing models, improved GPU/media engine. M4: 16GB RAM base, support for two external displays, upgraded webcam, new color, faster memory bandwidth. You can upgrade the M4 to 32GB of RAM. There’s also an option to increase the GPU from 8 to 10 cores, but it’s not really needed. The main performance improvement comes from upgrading the RAM and SSD. Also, if you upgrade the RAM or SSD, you automatically get the 10-core GPU and a stronger dual USB-C charger included. One important thing to note: Apple’s current comparison page shows the M2 and M3 Airs starting with 16GB RAM, but that only became standard after the M4 was released. In reality, most used or earlier M2 and M3 base models still come with just 8GB RAM. Media Engines, Gaming, and Real-World Use Both the M3 and M4 introduce hardware-accelerated ray tracing, which benefits gaming and 3D design workflows. RAM access speeds (memory bandwidth) are also faster on the M4 but not dramatically so. To explain, all Apple Silicon MacBook Airs have a neural engine, which handles artificial intelligence and machine learning. With macOS Sequoia supporting Apple Intelligence, this engine is getting more important. The M1 and M2 are starting to get slower in AI tasks, but the M3 and M4 work about the same in AI jobs. In real life, when doing things like multitasking, browsing, checking email, and opening apps, all these laptops feel fast and smooth. Even the M1 Air from 2020 handles these tasks exceptionally well. But what about harder work? Whether it’s compiling big code, rendering in Blender, editing in Final Cut Pro, or handling ProRes videos, the performance is more detailed and varies. The M4’s 16 GB RAM plays a crucial role here. The M1, M2, and M3 units used in testing had only 8GB. While the M4 is faster especially in rendering and 3D workflows the gap isn’t massive. For ProRes footage, the M1 struggles significantly due to lacking dedicated ProRes encoders and decoders. 3D applications like Cinema 4D or Blender clearly benefit from the new ray tracing tech, as long as the software supports it. In gaming, performance gains are marginal gaming on MacBooks remains hit or miss, especially without active cooling. Thermals and Battery Life MacBook Airs don’t include fans. They rely on passive cooling via a metal heat sink, which means during heavy loads, the chassis gets warm. Under max load, temperatures can reach up to 45°C (113°F) uncomfortable, but not dangerous. However, for general use, heat is barely noticeable across all generations. Apple claims all four MacBook Air versions have similar battery life around 15 hours of wireless web browsing. Real-world tests confirm this is mostly accurate. In a streaming-heavy test: M1 lasted until 5% battery. M2 ended at 18%. M3 finished at 21%. M4 clocked in at 22%. The M4 clearly has the edge but not by a massive margin. However, it’s important to remember that older models like the M1 or M2 may

impressive samsung-galaxy book 5 pro review
Gaming, Laptops & PCs, Tech News

Impressive Samsung Galaxy Book 5 Pro Review: A Compact Powerhouse You’ll Love!

The Samsung Galaxy Book 5 Pro is a powerful yet compact laptop that caught my attention, and after using it for a few weeks, I’m excited to share my initial thoughts and experiences with this device. At the time of writing, the starting price for this model is $1,350. I’ll be reviewing the 14-inch version here, but there is also a 16-inch model available. The laptop comes in three configurations: 16GB of RAM with 512GB of storage, an upgraded version with 16GB of RAM and 1TB of storage, and the top-of-the-line model with 32GB of RAM and 1TB of storage, which is the version I have. What makes this laptop even more interesting is that it comes with the new Intel Lunar Lake processors, which give strong performance. I was excited to try the Galaxy Book 5 Pro and see how well this new processor works, and I’ll share my results with you here. Unboxing and Design: Inside the box, you’ll find a 65W charger, a lengthy USB Type-C to Type-C charging cable, and a small pamphlet of paperwork. Now, let’s dive into the design of the Galaxy Book 5 Pro. Upon first impressions, it’s very similar to other Samsung laptops from the past, featuring the signature Samsung engraving on the side. The color is a standard gray, and on the bottom, you’ll notice some ventilation areas and speakers. Interestingly, the rubber feet on the back are raised, which is the first time Samsung has done this in a laptop. It gives better grip and stability. Looking at the ports, on the left side, you’ll find two Type-C ports (both supporting Thunderbolt 4), as well as an HDMI 2.1 port. On the right side, there’s a microSD card slot, a USB-A 3.2 port, and a headphone jack. The overall design of this laptop feels very premium, and the lightweight construction makes it very easy to carry around. The 14-inch version weighs only 2.71 pounds, which adds to the overall portability. When compared to previous Samsung laptops, the Galaxy Book 5 Pro is incredibly slim and lightweight, and I personally prefer the 14-inch size over the larger 16-inch models. The display is clear, vibrant, and crisp, with a 3K AMOLED touchscreen featuring a 120Hz refresh rate. The anti-reflective coating is another feature that stood out to me, especially since I often use the laptop in bright office environments and even outdoors in direct sunlight. With a peak brightness of 500 nits, I never had trouble seeing the screen, even under challenging lighting conditions. Keyboard and Trackpad: One of the highlights of the Galaxy Book 5 Pro is the typing experience. Even though the keys don’t go down much when pressed, typing still feels comfortable and fast. The keyboard layout is good, and the keys respond well. The glass trackpad also works nicely, but the physical clicks are not as smooth as in some other laptops, which is a small drawback. Performance: The standout feature of the Galaxy Book 5 Pro is its performance, thanks to the Intel Lunar Lake processor. I’ve faced many problems with Samsung laptops before, especially with the Galaxy Book 4 Edge that came with the Snapdragon X Elite processor. It had compatibility problems and didn’t give the graphic performance I wanted. But now with the Lunar Lake processor, Samsung has really improved. For daily use, the laptop runs smoothly and handles light tasks easily. It’s very efficient, stays quiet with almost no fan noise, and has great battery life. I also played some casual games without any problem. For example, while playing RuneScape, the Galaxy Book 5 Pro gave 120 frames per second on the same settings where the Galaxy Book 4 Edge only gave 60. This extra performance is a big plus, especially for people who like gaming or use many apps at the same time. Battery Life: Battery life is another strong point of the Galaxy Book 5 Pro. In my first test, I used it with high brightness and 120Hz refresh rate while browsing and watching videos. In 2 hours, it used only 25% battery, which means I can easily get 8 hours of screen-on time with lighter use. Compared to the 2025 Surface Pro 11, which gave around 7 hours with similar use, the Galaxy Book 5 Pro performs a bit better in battery life. For heavy use like gaming, the laptop lasted about 2.5 hours while running high-frame games with around 30% CPU and 70% GPU usage. While it’s not amazing, it’s still a big improvement compared to older laptops, which usually lasted only 1 hour during such demanding tasks. Final Thoughts: Overall, my first thoughts about the Galaxy Book 5 Pro are very positive. It offers a good mix of portability, strong performance, and value for money. With the new Intel Lunar Lake processor, bright AMOLED display, and long battery life, Samsung has made a powerful and compact laptop that’s great for daily use, light gaming, and watching videos. Still, there are some areas that need improvement. The trackpad doesn’t feel as premium as other laptops with glass haptic trackpads. The webcam is average, with only 1080p at 30fps. Also, the speakers are not very impressive for a laptop in this price range and don’t compete well with others like the Surface Pro. Even with these small issues, the Galaxy Book 5 Pro gives strong performance at a fair price. It’s a solid option for anyone who wants a powerful and lightweight laptop without spending too much. The version I tested costs $1,350, which is still much cheaper than something like the Surface Pro, which starts at around $2,100 for similar specs. I’ll keep testing it and will share a full review soon. Till then, let me know what you think about the Galaxy Book 5 Pro in the comments! Thanks for reading see you in the next one! What are the key features of the Samsung Galaxy Book 5 Pro? The Samsung Galaxy Book 5 Pro features a 14-inch 3K AMOLED

m1 chip
Gaming, Laptops & PCs

How the M1 Chip Changed Everything for Apple and Computing

I’ve been using Macs for as long as I can remember from my old bulky laptop to the fully loaded Intel Mac I bought in 2019. Over time, I thought I understood what Apple could do. But here’s the truth: if you had asked me five years ago whether to buy a Mac or a Windows PC, I would have said Windows without thinking twice. At that time, Macs were slow, full of bugs, and not good for heavy tasks. Even though I always used a Mac, I had to admit that Windows was a better option for most people. But then, Apple changed things. Today, I’m really excited to talk about the big change that started when Apple launched its first chip made just for Macs the M1. Using the M1 felt like going from a bicycle to a Lamborghini. Everything started working smoothly no noise, no heating just fast and easy performance. For the first time in many years, it didn’t feel like I was making a sacrifice by using a Mac. At first, Apple had to slow down M2 chip production because they weren’t selling much and the reason was obvious. The M1 chip was already so good. To explain it better, let me break down how big this change really was. Traditional PCs vs. the M1 Chip: A Whole New Approach Let’s take a look at a traditional PC setup. It includes separate components like a graphics card, cooling system, motherboard, and CPU, all working together. But with the M1 chip, it’s a completely different story. The M1 is a single piece of silicon that combines the CPU, GPU, and other essential components. This integrated design makes it far more efficient, using less energy while still producing the same if not more power. For many years, I saw Apple struggling with their computers. My Intel Mac was powerful, but it was noisy and got hot easily. Many times, I wondered why I didn’t just switch to Windows. For the same price, I could have bought a laptop that didn’t sound like it was ready to fly. But when Apple released the M1 chip, everything changed. Macs became not just good they became better than most other options in the market. How Apple Went from Struggling to Dominating the Laptop Industry How did Apple go from struggling with its computers to dominating the laptop industry? The answer lies in a single chip that revolutionized everything. The M1 didn’t just change the way we view computers; it completely altered the way we think about technology. When Apple announced the M1 chip in 2020, many people thought it was just a one-time surprise and that other companies would soon catch up. But now, four years later, with the launch of the M4 chips, something amazing has happened. Instead of the gap getting smaller, the difference between Apple’s chips and its competitors has become even bigger. For example, the MacBook Pro with the M4 Max chip is not just competing with other laptops now it’s challenging desktop workstations that use five times more electricity. In a recent video test, a Mac running Windows through a virtual machine performed better than a $4,000 Razer laptop with the latest RDX 490 graphics. This was very surprising, especially because running Windows on a Mac usually reduces performance by half. A Look Back: Apple’s Early Struggles and the Intel Partnership Let’s go back to 2005. At that time, Apple was having a tough time because their PowerPC chips were getting weak. These chips couldn’t keep up with Intel’s performance and were bad for battery life. Apple needed a big change and they turned to an old rival: Intel. At WWDC 2005, Steve Jobs shocked everyone by announcing that Apple would switch from PowerPC to Intel processors. This news shook the tech world. Apple’s Intel Macs worked well, but there were still problems. The Intel chips became very hot and needed strong cooling systems. By 2019, Apple was in trouble again. Intel had once saved them, but now those same chips were holding them back. The Turning Point: Apple’s Shift to Custom Silicon Intel’s processors were powerful enough to make iPhones faster than many laptops but they still couldn’t make a MacBook that could handle video editing without overheating. Apple realized that if they wanted to stay ahead, they needed another big change and this time, they would build it themselves. That’s when the M1 chip was born. But the M1 story didn’t really begin in 2020. It actually started much earlier and not with computers. In 2007, Steve Jobs asked Intel to make chips for a new device called the iPhone. Intel said no. They thought mobile phones wouldn’t be a big market. That turned out to be one of the biggest mistakes in tech history. Apple didn’t stop there. In 2008, they bought a small chip company called P.A. Semi for $278 million. At the time, it didn’t seem like a big deal but it was the start of Apple’s journey in making its own chips. Over time, Apple’s mobile chips didn’t just catch up to Intel they went far ahead. By 2013, iPhone processors were already beating Intel’s mobile chips. By 2018, they were keeping up with Intel’s laptop chips. Apple had now surpassed the very company that once saved them. I remember sitting at my desk with a $5,000 Intel Mac struggling with a heavy Photoshop file. Right next to it, my iPad Pro handled the same file with ease no noise, no lag. That moment made it clear: the future wasn’t coming from Intel anymore. The Apple Silicon Gamble: A Bold New Era By 2020, Apple made a bold move. They chose to switch all their Macs to Apple Silicon ARM-based chips that had already proven successful in iPhones and iPads. But this raised a big question: Could these mobile-style chips really replace Intel in powerful computers? It was a massive risk. Apple had to rebuild all Mac apps,

starlink vs 5g lte
Laptops & PCs, Smartphones, Tech News

Starlink vs 5G LTE: Which Is Better for Remote Internet in 2025?

Starlink vs. 5G LTE: Which Internet Solution is Right for You? When it comes to high-speed internet access in areas where fixed terrestrial options like fiber or cable aren’t available, both Starlink and 5G LTE are excellent solutions. However, there are several key differences between the two. In this article, we’ll break down the pricing, internet speeds, and geographic flexibility of both options to help you decide which one suits your needs. Understanding the Context for Starlink vs. 5G LTE Before diving into the details, it’s important to understand who these solutions are for. Many people with reliable fiber or cable internet at home may argue that traditional wired connections are far superior to Starlink or 5G LTE. If you have access to stable fiber or cable broadband, that’s great – stick with it. But this article is mainly for people who live or work in far or moving places—like RV travellers, temporary construction sites, or remote events—  normal internet is not available. Even if you have normal internet at home, it’s still smart to keep a backup connection. For example, I use Comcast Business Cable as my main internet, but I also have T-Mobile 5G home internet as backup, which costs around $30 per month. This backup helps me stay connected all the time. Breaking Down 5G and LTE Solutions 5G internet is delivered through cellular networks, connecting to nearby cell towers. There are several ways to connect to these networks, including through a 5G modem (like the one I use from T-Mobile), mobile hotspots, or third-party routers. Most major cellular providers in the U.S. such as AT&T and Verizon offer 5G services, and there are a variety of routers and devices available to support 5G LTE, such as SIM-card slot routers from Peplink and GL.iNet. One advantage of 5G LTE is the wide range of available options, both in terms of services and devices. For example, I use the GL.iNet Spitz AX router in my RV, which is paired with an external omnidirectional antenna from MobileMark. This setup is perfect for camping trips, providing reliable connectivity even in more remote areas. If you’re farther from a cell tower, you can boost the connection by using a directional antenna like the one from Waveform, which can be used with both Peplink and GL.iNet devices. These antennas can improve the signal by pointing in the direction of the nearest cell tower. To help locate nearby towers, you can use websites like cellmapper.net to find 5G and LTE coverage in your area. That being said, cellular coverage comes with some limitations. Cellular service depends on proximity to cell towers, and the farther you are from one, the slower and less reliable your connection will be. Once you’re out of range, you won’t have any service. To counteract this, many remote users have SIM cards from multiple carriers to ensure that they’re always connected to the strongest signal available. Starlink: A Different Approach to Internet Connectivity Starlink, on the other hand, works by connecting to low Earth orbit (LEO) satellites. SpaceX currently has more than 6,000 satellites in orbit that facilitate the transmission of internet data between satellite dishes and ground stations with high-speed internet access. This system enables Starlink to provide internet connectivity virtually anywhere with a clear view of the sky. The most popular versions of Starlink are the Gen3 and the Starlink Mini. The Gen3 dish is larger and supports higher internet speeds, while the Starlink Mini is smaller, portable, and designed for more temporary setups. The Gen3 dish offers a separate modem and is ideal for more permanent installations, supporting both Wi-Fi and Ethernet connectivity. On the other hand, the Starlink Mini integrates everything into the dish itself, making it more portable but with slightly slower speeds. Internet Speeds: Comparing 5G LTE and Starlink When it comes to internet speeds, there are notable differences between 5G LTE and Starlink. For 5G LTE, speeds can vary significantly based on your location and whether you’re connected to 5G or 4G LTE. In areas with 4G LTE service, download speeds usually range from 5 to 50 Mbps, which is fine for browsing the web, checking email, and standard office work, but not ideal for heavy streaming or large file transfers. If you’re in a 5G coverage area, speeds typically range between 50 to 500 Mbps, allowing for activities like HD video streaming, online gaming, and file uploads/downloads. Personally, with my T-Mobile home internet, I usually see speeds between 300 to 500 Mbps. Starlink Mini, by comparison, delivers speeds ranging from 50 to 200 Mbps. While that’s more than sufficient for HD video streaming and Zoom calls, one key drawback of Starlink is the variability in speeds. This is because Starlink relies on satellites that move quickly through space. As your dish connects to different satellites as they pass overhead, your speeds can fluctuate, sometimes from 50 Mbps to 150 Mbps in just a few minutes. While this doesn’t disrupt basic internet use like web browsing, it can be problematic for activities like online gaming or video conferencing. For more consistent performance, Starlink’s Gen3 dish offers speeds between 100 to 400 Mbps. However, even the Gen3 dish will still experience occasional speed fluctuations due to the nature of satellite connections. Pricing Comparison: Starlink vs. 5G LTE When it comes to pricing, 5G LTE is generally more affordable than Starlink. Most 5G home internet plans from providers like T-Mobile cost around $50 per month, with discounts available if you bundle with a cell phone plan. For example, I pay just $30 a month for T-Mobile home internet because it’s bundled with my family’s cell phones. For those who need more data, unlimited SIM card plans typically range from $65 to $90 per month. Starlink, on the other hand, comes at a higher cost. The Roam Unlimited plan is priced at $165 per month, while the standard plan costs around $50 per month, though it limits bandwidth to 50GB, with additional charges for

airpods pro features
Gaming, Laptops & PCs, Smartphones

AirPods Pro 2: The Game-Changing Features That Will Revolutionize Your Hearing Health

The new AirPods Pro 2 have made waves with some groundbreaking features, and after reviewing them initially, it’s clear that Apple is taking hearing health to the next level. The most exciting updates include three innovative features that are aimed at improving hearing health: a scientifically validated hearing test, a clinical-grade hearing aid, and active hearing otection. These features are designed to make managing and maintaining hearing health easier and more accessible, and I’m excited to walk you through my experience testing them out. Hearing Test: A Simple, Personalized Approach One of the standout features of the AirPods Pro 2 is the hearing test, which is both simple and effective. The test only takes about 5 minutes to complete and will categorize your hearing loss based on the standards set by the World Health Organization (WHO). This is an incredibly useful tool, especially for those who may not have had their hearing tested regularly. After completing the test, you’ll receive a personalized hearing categorization that gives you a clearer idea of where you stand in terms of hearing health. For those with mild to moderate hearing loss, the AirPods Pro 2 take things a step further with the hearing aid feature. This feature provides real-time, clinical-grade adjustments to sound, whether you’re listening to music, taking phone calls, or even experiencing ambient noises. The goal is to make everyday listening clearer and more enjoyable, enhancing the overall audio experience. Testing the Hearing Test: So let’s dive into the actual test. I already had my AirPods connected, and I was ready to start. Now, the cool thing with the AirPods Pro 2 is that they come with different sizes of ear tips. I had to size down to the extra small ones—something I couldn’t do before. In the past, the AirPods would always fall out of my ears, but with the smaller ear tips, I’ve finally got a comfortable, secure fit. Having the right ear tips is critical, and if you’ve ever had trouble with earbud fit, you’ll appreciate how important this is. If you do need extra tips, Apple offers a kit that you can purchase online (not from the App Store, but from the actual Apple Store). Now, it’s time for the hearing test. Here’s how it works: the test plays tones at different volumes and frequencies, and you’re asked to tap on the screen each time you hear a tone. After a few quick checks, the test was complete. The result? The left ear showed a slight decline in hearing, with a score of 10 (out of 20), while the right ear was slightly better at 8. This was a bit surprising, but it was good to get a clearer understanding of my hearing. What’s great about this feature is that you can export your results as a PDF. This makes it easy to keep track of your hearing over time and even share the results with your doctor. Over time, you can retake the test and compare your results, which will be charted in the app for you. For someone who wants to stay on top of their hearing health, this is a huge plus. The detailed chart that shows the decibel levels required to hear each sound makes it clear just how much hearing loss you may have, and it’s all available in a simple, portable PDF. I was honestly impressed by the depth of the hearing test and the fact that you can get such a detailed readout right from your AirPods. It’s pretty incredible! Hearing Protection: A Game-Changer for Loud Environments Another fantastic feature of the AirPods Pro 2 is the hearing protection function, which is designed to minimize exposure to loud, environmental noise. This is incredibly useful in scenarios where you’re exposed to loud sounds for extended periods, like commuting, working in noisy environments, or attending live events. The feature actively reduces harmful loud noises while still allowing you to enjoy the music or sounds you want to hear. I got to test this out at a Charlie XCX and Troye Sivan concert an experience that was made all the better thanks to the AirPods Pro 2’s noise cancellation feature. Normally, when I attend concerts, I find myself wishing I had earplugs, especially when I’m standing in the pit right in front of the speakers. In the past, I’d rely on earplugs, but they often block too much of the music and vocals, leaving only the bass and drums. For loud concerts, this can make the music feel less immersive and less enjoyable. With the AirPods Pro 2 in, however, I had the active noise cancellation feature on, and it was a game-changer. I was still able to hear the music clearly bass, vocals, and all but without the overwhelming noise that usually comes with being close to the speakers. The experience was like hearing the concert the way it was meant to be heard, without damaging my ears. It’s hard to explain unless you’ve experienced it, but if you’ve ever been to a concert and used earplugs, you know that you lose a lot of the richness of the music. With the AirPods Pro 2, I could still enjoy the sound, but with a much more balanced audio experience. I can’t wait to test this out at more shows. It’s especially exciting for me because I’m someone who never used to protect my hearing at concerts, but now I can enjoy the event without risking further hearing damage. Testing in Real-Life Scenarios: A Quick Comparison To give you an idea of how well the AirPods Pro 2 perform in other scenarios, I decided to test them against the M1 Pro MacBook while doing some tasks in Xcode. For instance, I opened an existing project, which normally takes a bit longer to load on my M1 Pro. With the new AirPods Pro 2, however, I could quickly switch between different audio scenarios (noise cancellation, transparency, etc.), which made tasks like answering phone calls or listening to music while working even easier. Both

Laptops & PCs, Smartphones, Tech News

Samsung’s AI Features: Free for Now, but a Subscription-Based Model is Coming in 2025

Samsung has been rolling out some remarkable AI features on their latest Galaxy phones, offering a range of tools that are truly innovative. Many users are integrating these features into their daily lives, finding them indispensable, while others might consider them gimmicky and not essential. Regardless of where you stand, the reality is that these features are highly functional and, as of now, available for free. However, that’s set to change. In a significant industry shift, Samsung has announced its intention to introduce a subscription-based model for some AI features starting in 2025. This move is likely driven by several factors: the increasing computational power required to run advanced AI, the opportunity to monetize their cutting-edge technology, and the growing trend across industries toward subscription services. With the recent launch of the Galaxy S24 FE and the Galaxy S10 series, Samsung has confirmed its future plans regarding these AI features. Their latest press release mentions, in one of the footnotes, that AI features on supported Galaxy devices will remain free until the end of 2025, though terms may vary for features provided by third-party apps or developers. This essentially means Samsung is preparing to charge for these features once we enter 2025, though there’s no clarity yet on whether this will happen immediately in January or later, after some time for strategy and rollout. What AI Features are Available Now? Samsung’s AI features are quite extensive. Here are some of the prominent ones currently available on Galaxy devices: Call Assist: Helps with real-time voice translation during phone calls. Chat Assist: Assists with writing formal emails and messages. Interpreter: Translates conversations in real time, especially useful when traveling abroad. Note Assist: A tool for helping users organize and manage their notes. Transcript Assist: Transcribes spoken words into text. Browsing Assist: Enhances web browsing by offering smart suggestions. Photo Assist: Helps enhance images, erase unwanted objects, or add effects. Drawing Assist: Assists with drawing and design work Photo Ambient Wallpaper: Customizes wallpapers with AI-generated imagery. Health Assist: Offers insights and recommendations for improving your health. Many of these features are highly useful depending on the user’s daily needs, and Samsung is likely to add more to this list as they continue to develop their AI technology. My Experience with Samsung’s AI Features: Personally, I don’t use all of these features. For example, I don’t need Call Assist, as I don’t require real-time translation during voice calls. On the other hand, Chat Assist is something I use occasionally when drafting formal emails. Interpreter is another feature I rarely use maybe once or twice a year when I travel abroad. When it comes to Note Assist and Transcript Assist, I don’t really use them. However, for people who take a lot of notes, Note Assist might be very helpful. Browsing Assist is another feature I don’t find much use for. Photo Assist, on the other hand, is something I occasionally enjoy. It’s great for playing around with images, erasing objects, or adding special effects. Drawing Assist isn’t something I use, and honestly, I don’t quite understand why Photo Ambient Wallpaper is linked to AI, as I don’t use it either. Lastly, there’s Health Assist, which seems promising, but I haven’t gotten around to using it much yet. So, while Samsung’s AI feature list is extensive, I, like many others, don’t utilize all of them. But that’s common, as not every user has the same needs or interests. Should Samsung Introduce Subscription-Based AI Features? The big question is: should Samsung introduce a subscription model for these AI features? After all, Samsung is a business, and monetizing these AI tools is likely part of their strategy. But as users, the real question is whether we will be willing to pay for these features. If Samsung decides to offer the features as a package deal, I, personally, wouldn’t be interested. But, if they offered separate subscriptions for individual features, that could be more appealing. Depending on a user’s needs, they could pick and pay for the AI features that are most relevant to their lives. For example, if someone frequently uses Photo Assist, they might find value in paying for just that feature. On the other hand, someone who uses Call Assist for international business communication might find that worth a subscription fee. However, bundling all these features into a single subscription package might not appeal to users who only need one or two tools. Pricing Concerns: Another consideration is pricing. Google, for instance, charges around $20 per month for some of its AI-integrated services, which equates to around ₹1,900 to ₹2,000 in India. Many users have already expressed concerns that this price point is too high, and something similar might happen with Samsung’s AI features if they bundle them all together at a premium price. Samsung might want to reconsider this approach. A flexible, feature-by-feature subscription model might be more well-received by users than a high-priced bundle. What Do You Think? That’s all we know for now, and it’s too early to predict exactly how Samsung will implement its subscription model for AI features. But I’ll keep you posted as more information becomes available. In the meantime, what’s your take on this? Are you using these AI features, and would you be willing to pay for them once Samsung starts charging in 2025? Let me know your thoughts in the comments. Thanks for reading, and if you found this article informative, feel free to share it! Stay tuned for more updates on the latest in technology, especially if you’re a fan of Samsung Galaxy phones, Android devices, and smart gadgets. Stay safe and take care!

Why Macs Last Longer Than Other Computers
Laptops & PCs, Tech News

Why Macs Last Longer Than Other Computers: Exploring the Secrets Behind Apple’s Device Durability

In a world where most laptops from a decade ago are considered relics of the past, there’s something special about the 2013 MacBook Pro. Not only is it still going strong, but it’s also running both macOS Sequoia and Windows 11. As someone who has spent time working behind the Genius Bar, I’ve witnessed firsthand the physical abuse and wear that Mac computers can withstand. To truly understand why Macs tend to outlast other computers, we need to go back in time to 1997 the year Steve Jobs made his celebrated return to a struggling Apple. At that time, most computer manufacturers were engaged in a race to the bottom, creating mass-market machines that seemed almost designed to fail after a few short years. It was a time when planned obsolescence dominated the market. However, Apple had a different vision. Steve Jobs once said, “Quality is the best business plan, period.” And this philosophy defined Apple’s approach moving forward. Their goal wasn’t to sell you a new machine every couple of years, but to create a product you’d cherish for almost a decade a product built to last. The Shift Toward Durability: Apple’s Material Revolution While most manufacturers continued to rely on cheap plastic, Apple began experimenting with higher-quality materials. In 1997, Apple introduced the PowerBook G3, which featured a magnesium alloy case with titanium accents. This marked a significant departure from the industry standard and began Apple’s journey toward more durable designs. Fast forward to 2008, when Apple released the iconic unibody aluminum MacBook. This marked a revolution in laptop design and durability. Apple’s then design chief, Jony Ive, described the unibody structure as thinner, lighter, and more robust thanks to the precision machining of a single piece of aluminum. This wasn’t just about aesthetics it was about creating a laptop with fewer components that could fail, ultimately leading to greater longevity. This design innovation laid the foundation for laptops that could easily last over a decade, making it clear why a MacBook Pro from 2013 still feels sturdy today, while PCs from the same era have long since crumbled. Intel and Mac’s Versatility: The Game Changer Two years prior, in 2006, Apple made another pivotal move: the switch to Intel processors. This transition didn’t just improve performance; it unlocked a new level of versatility. Macs could now run Windows natively using Bootcamp, a game changer for those who needed both operating systems. My 2013 MacBook Pro, for instance, runs both macOS Sequoia and Windows 11, all thanks to that switch to Intel. This flexibility extended the lifespan of Intel-based Macs well beyond their official support dates, turning them into the Swiss Army knives of computing. Even today, Intel Macs remain valuable due to their unique capability to run Windows natively, something the newer Apple Silicon Macs can’t do. While virtualization options like Parallels exist for running Windows on Apple Silicon Macs, they don’t quite match the seamless experience of Intel Macs. The Role of Design in Mac Longevity Apple’s obsession with simplicity and user experience plays a massive role in the longevity of their products. Well-designed products aren’t just useful today they continue to be valuable for years. Take, for example, the original iMac G3 from 1998. It was a bold design departure from the beige boxes that dominated the PC market and is still considered a design icon to this day. Apple designs not just for durability, but for long-term desirability. Software: The Unsung Hero of Mac Longevity Hardware durability is only part of the story. One of the secret weapons behind Mac longevity is macOS. Apple’s operating system is generally optimized to run more efficiently with each new release. My 2013 MacBook Pro, which originally shipped with macOS Mavericks, now runs macOS Sequoia, and it still performs remarkably well. Apple’s engineering team ensures that each new version of macOS is designed to make your machine run faster and more resource-efficiently, even as it ages. Craig Federighi, Apple’s VP of Software Engineering, has stated that each macOS update is intended to make your machine feel more responsive, not slower. This is in stark contrast to other operating systems, particularly Windows, where updates can often feel like they’re bogging down older hardware. Beyond performance improvements, macOS is also the glue that binds Apple’s ecosystem together. Features like Handoff, AirDrop, and Universal Clipboard enable seamless interaction between your Mac, iPhone, iPad, and Apple Watch, encouraging users to hold onto their Macs longer, knowing they’re part of a broader, connected experience. Upgradability: Breathing New Life into Older Macs One of the reasons my 2013 MacBook Pro is still running strong is because of its upgradability. I’ve replaced the battery twice, and each time it felt like I had a brand-new machine. Many older Intel Macs are designed with upgradeability in mind, allowing you to replace the battery, and sometimes even the RAM or SSD. This keeps your Mac running smoothly for years beyond what most other laptops can offer. These upgrades are often much cheaper than buying a new machine, making them a smart investment. Unfortunately, this level of upgradeability is becoming less common. Newer laptops, including some premium models and Apple’s Silicon Macs, are increasingly being designed with soldered-in components like RAM and storage, making upgrades nearly impossible. Unsupported macOS: The Community That Keeps Macs Alive Even when Apple stops officially supporting older Macs, it doesn’t mean they’re ready for the scrap heap. Thanks to the dedicated unsupported macOS community and tools like OpenCore Legacy Patcher, my 2013 MacBook Pro is still running the latest macOS, smooth as ever. This community support showcases the enduring value of Apple’s hardware. It’s like breathing new life into a classic car vintage charm with modern capabilities. Macs vs. Other Premium Laptops You might wonder, “What about other premium brands?” While high-end laptops from other manufacturers often boast impressive specs and sleek designs, they tend to fall short in terms of longevity. Many are notoriously difficult to repair or upgrade, with glued-in

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